var language = 'en';



//Bloc des catégories applicables aux interactions binaires.
	var ic_0 = new BIC(0,'Supraadditivity') ; 
	var ic_1 = new BIC(1,'Additivity') ; 
	var ic_2 = new BIC(2,'Infraadditivity') ; 
	var ic_4 = new BIC(4,'Independent effects') ; 
	var ic_5 = new BIC(5,'Impossible to decide') ; 


//Bloc des unités de mesure utilisées.
	var un_1 = new Unit("un_1",0, '% COHb') ;
	var un_2 = new Unit("un_2",10, 'f/cm³') ;
	var un_3 = new Unit("un_3",0, 'g/L') ;
	var un_4 = new Unit("un_4",0, 'mg') ;
	var un_5 = new Unit("un_5",0, 'mg/d') ;
	var un_6 = new Unit("un_6",0, 'mg/kg') ;
	var un_7 = new Unit("un_7",0, 'mg/kg diet') ;
	var un_8 = new Unit("un_8",0, 'mg/kg/d') ;
	var un_9 = new Unit("un_9",30, 'mg/m³') ;
	var un_10 = new Unit("un_10",0, 'ppb') ;
	var un_11 = new Unit("un_11",20, 'ppm') ;
	var un_12 = new Unit("un_12",0, 'µmol') ;


//Bloc des classes d'interaction toxicologique.
	var c000001 = new ToxClass(1,'Eye disorder') ;
	var c000002 = new ToxClass(2,'Upper respiratory tract irritation') ;
	var c000003 = new ToxClass(3,'Lower respiratory tract disorder') ;
	var c000004 = new ToxClass(4,'Disruption of oxygen transport') ;
	var c000005 = new ToxClass(5,'Blood coagulation disorder') ;
	var c000006 = new ToxClass(6,'Leucopenia') ;
	var c000007 = new ToxClass(7,'Metabolic acidosis') ;
	var c000008 = new ToxClass(8,'Stimulation of the basal metabolism') ;
	var c000009 = new ToxClass(9,'Antithyroid effect') ;
	var c000010 = new ToxClass(10,'Immune system disorder') ;
	var c000011 = new ToxClass(11,'Liver disorder') ;
	var c000012 = new ToxClass(12,'Spleen disorder') ;
	var c000013 = new ToxClass(13,'Kidney disorder') ;
	var c000014 = new ToxClass(14,'Gastrointestinal disorder') ;
	var c000015 = new ToxClass(15,'Cardiac system disorder') ;
	var c000016 = new ToxClass(16,'Vasoconstriction') ;
	var c000017 = new ToxClass(17,'Vasodilation') ;
	var c000018 = new ToxClass(18,'Autonomic nervous system disorder') ;
	var c000019 = new ToxClass(19,'Central nervous system disorder') ;
	var c000020 = new ToxClass(20,'Peripheral nervous system disorder') ;
	var c000021 = new ToxClass(21,'Ototoxic effect') ;
	var c000022 = new ToxClass(22,'Muscle stimulation') ;
	var c000023 = new ToxClass(23,'Bone disorder') ;
	var c000024 = new ToxClass(24,'Dental fluorosis') ;
	var c000025 = new ToxClass(25,'Dental erosion') ;
	var c000026 = new ToxClass(26,'Argyria') ;
	var c000027 = new ToxClass(27,'Skin disorder') ;
	var c000028 = new ToxClass(28,'Male reproductive system disorder') ;
	var c000029 = new ToxClass(29,'Female reproductive system disorder') ;
	var c000030 = new ToxClass(30,'Embryonic or fetal disorder') ;
	var c000031 = new ToxClass(31,'Teratogenic effect') ;
	var c000032 = new ToxClass(32,'Cancer') ;




//Les type de veas
	var pelt1 = new PELType("pelpelt1", 20, 'STEL' ) ;
	var pelt2 = new PELType("pelpelt2", 30, 'TWA' ) ;
	var pelt3 = new PELType("pelpelt3", 10, 'Ceiling' ) ;


//Les sources des veas
	new PELSource(1, 'RROHS 2001', 'Quebec.  Regulation Regarding Occupational Health and Safety(August 2001)' ) ;




//Les substances


	new Substance(0,'','_No product selected',[],[],false,null) ;
 	new Substance(524, 's000524', '1,1,1,2-Tetrachloro-2,2-difluoroethane', [new PEL( pelt2, 4170, un_9 ), new PEL( pelt2, 500, un_11 )], [c000006, c000011],false,1) ;
 	new Substance(596, 's000596', '1,1,2,2-Tetrabromoethane', [new PEL( pelt2, 14, un_9 ), new PEL( pelt2, 1, un_11 )], [c000011],false,1) ;
 	new Substance(525, 's000525', '1,1,2,2-Tetrachloro-1, 2-difluoroethane', [new PEL( pelt2, 4170, un_9 ), new PEL( pelt2, 500, un_11 )], [c000003, c000006, c000011, c000019],false,1) ;
 	new Substance(597, 's000597', '1,1,2,2-Tetrachloroethane', [new PEL( pelt2, 6.9, un_9 ), new PEL( pelt2, 1, un_11 )], [c000011, c000014, c000019, c000032],true,1) ;
 	new Substance(526, 's000526', '1,1,2-Trichloro-1,2,2-trifluoroethane', [new PEL( pelt2, 7670, un_9 ), new PEL( pelt2, 1000, un_11 ), new PEL( pelt1, 9590, un_9 ), new PEL( pelt1, 1250, un_11 )], [c000015, c000019],false,1) ;
 	new Substance(588, 's000588', '1,1,2-Trichloroethane', [new PEL( pelt2, 55, un_9 ), new PEL( pelt2, 10, un_11 )], [c000011, c000013, c000019],false,1) ;
 	new Substance(372, 's000372', '1,1-Dichloro-1-nitroethane', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(502, 's000502', '1,1-Dichloroethane', [new PEL( pelt2, 405, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(503, 's000503', '1,1-Dichloroethylene', [new PEL( pelt2, 4, un_9 ), new PEL( pelt2, 1, un_11 )], [c000011, c000013],false,1) ;
 	new Substance(362, 's000362', '1,1-Dimethylhydrazine', [new PEL( pelt2, 1.2, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000004, c000011, c000019, c000027, c000032],true,1) ;
 	new Substance(527, 's000527', '1,2 Dichloro-1,1,2,2-tetrafluoroethane', [new PEL( pelt2, 6990, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000015],false,1) ;
 	new Substance(657, 's000657', '1,2,3-Trichloropropane', [new PEL( pelt2, 60, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000011, c000013, c000032],true,1) ;
 	new Substance(137, 's000137', '1,2,4-Trichlorobenzene', [new PEL( pelt3, 37, un_9 ), new PEL( pelt3, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(46, 's000046', '1,2-Dibromoethane', [new PEL( pelt2, 155, un_9 ), new PEL( pelt2, 20, un_11 )], [c000001, c000002, c000003, c000011, c000013, c000030, c000032],true,1) ;
 	new Substance(51, 's000051', '1,2-Dichloroethane', [new PEL( pelt2, 4, un_9 ), new PEL( pelt2, 1, un_11 ), new PEL( pelt1, 8, un_9 ), new PEL( pelt1, 2, un_11 )], [c000011, c000013, c000019, c000032],true,1) ;
 	new Substance(339, 's000339', '1,2-Dichloroethylene', [new PEL( pelt2, 793, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002, c000003, c000011, c000015],false,1) ;
 	new Substance(584, 's000584', '1,2-Dichloropropane', [new PEL( pelt2, 347, un_9 ), new PEL( pelt2, 75, un_11 ), new PEL( pelt1, 508, un_9 ), new PEL( pelt1, 110, un_11 )], [c000011],false,1) ;
 	new Substance(48, 's000048', '1,3-Butadiene', [new PEL( pelt2, 4.4, un_9 ), new PEL( pelt2, 2, un_11 )], [c000032],true,1) ;
 	new Substance(127, 's000127', '1,3-Dichloro -5,5-dimethyl hydantoin', [new PEL( pelt2, 0.2, un_9 ), new PEL( pelt1, 0.4, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(699, 's000699', '1,4-Dichloro-2-butene', [new PEL( pelt2, 0.025, un_9 ), new PEL( pelt2, 0.005, un_11 )], [c000032],true,1) ;
 	new Substance(684, 's000684', '1,6-Diaminohexane', [new PEL( pelt2, 2.3, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(373, 's000373', '1-Chloro-1-nitropropane', [new PEL( pelt2, 10, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(66, 's000066', '1-Nitropropane', [new PEL( pelt2, 91, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(521, 's000521', '2,2-Dichloropropionic acid', [new PEL( pelt2, 5.8, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(649, 's000649', '2,4,5-T', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(128, 's000128', '2,4,6-Trinitrotoluene (TNT)', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000004, c000011, c000027],false,1) ;
 	new Substance(652, 's000652', '2,4-D', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000013, c000032],true,1) ;
 	new Substance(166, 's000166', '2,6-Di-tert-butyl-p-cresol', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(226, 's000226', '2-Aminoethanol', [new PEL( pelt2, 7.5, un_9 ), new PEL( pelt2, 3, un_11 ), new PEL( pelt1, 15, un_9 ), new PEL( pelt1, 6, un_11 )], [c000001, c000002, c000003, c000011, c000013],false,1) ;
 	new Substance(328, 's000328', '2-Aminopyridine', [new PEL( pelt2, 1.9, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000019],false,1) ;
 	new Substance(117, 's000117', '2-Butoxyethanol', [new PEL( pelt2, 121, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000004],false,1) ;
 	new Substance(693, 's000693', '2-chloropropionic acid', [new PEL( pelt2, 0.44, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000028],false,1) ;
 	new Substance(10, 's000010', '2-Diethylaminoethanol', [new PEL( pelt2, 48, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000003, c000019],false,1) ;
 	new Substance(104, 's000104', '2-Ethoxyethanol (EGEE)', [new PEL( pelt2, 18, un_9 ), new PEL( pelt2, 5, un_11 )], [c000004, c000019, c000028, c000031],false,1) ;
 	new Substance(111, 's000111', '2-Ethoxyethyl acetate (EGEEA)', [new PEL( pelt2, 27, un_9 ), new PEL( pelt2, 5, un_11 )], [c000006, c000028, c000031],false,1) ;
 	new Substance(668, 's000668', '2-Hydroxypropyl acrylate', [new PEL( pelt2, 2.8, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(92, 's000092', '2-Methoxyethanol (EGME)', [new PEL( pelt2, 16, un_9 ), new PEL( pelt2, 5, un_11 )], [c000004, c000006, c000019, c000028, c000031],false,1) ;
 	new Substance(101, 's000101', '2-Methoxyethyl acetate (EGMEA)', [new PEL( pelt2, 24, un_9 ), new PEL( pelt2, 5, un_11 )], [c000004, c000006, c000028, c000031],false,1) ;
 	new Substance(32, 's000032', '2-N-Dibutylaminoethanol', [new PEL( pelt2, 14, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000011, c000013, c000018],false,1) ;
 	new Substance(600, 's000600', '2-Nitropropane', [new PEL( pelt2, 36, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000003, c000011, c000019, c000032],true,1) ;
 	new Substance(643, 's000643', '3,3\'-Dichlorobenzidine', [], [c000002, c000027, c000032],true,1) ;
 	new Substance(50, 's000050', '3-Chloropropene (allyl chloride)', [new PEL( pelt2, 3, un_9 ), new PEL( pelt2, 1, un_11 ), new PEL( pelt1, 6, un_9 ), new PEL( pelt1, 2, un_11 )], [c000001, c000002, c000011, c000013, c000020, c000032],true,1) ;
 	new Substance(26, 's000026', '4,4\'-Methylene bis (2-chloroaniline)', [new PEL( pelt2, 0.22, un_9 ), new PEL( pelt2, 0.02, un_11 )], [c000004, c000032],true,1) ;
 	new Substance(28, 's000028', '4,4\'-Methylene dianiline', [new PEL( pelt2, 0.81, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000011, c000027, c000032],true,1) ;
 	new Substance(660, 's000660', '4,4\'-Thiobis (6-tert-butyl-m-cresol)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(645, 's000645', '4-Aminodiphenyl', [], [c000032],true,1) ;
 	new Substance(244, 's000244', '4-Methoxyphenol', [new PEL( pelt2, 5, un_9 )], [c000001, c000027],false,1) ;
 	new Substance(648, 's000648', '4-Nitrodiphenyl', [], [c000032],true,1) ;
 	new Substance(494, 's000494', 'Acetaldehyde', [new PEL( pelt2, 45, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(400, 's000400', 'Acetic acid', [new PEL( pelt2, 25, un_9 ), new PEL( pelt2, 10, un_11 ), new PEL( pelt1, 37, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(73, 's000073', 'Acetic anhydride', [new PEL( pelt2, 21, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(408, 's000408', 'Acetone', [new PEL( pelt2, 1780, un_9 ), new PEL( pelt2, 750, un_11 ), new PEL( pelt1, 2380, un_9 ), new PEL( pelt1, 1000, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(698, 's000698', 'Acetone cyanohydrin', [new PEL( pelt3, 5, un_9 ), new PEL( pelt3, 4.7, un_11 )], [c000004],false,1) ;
 	new Substance(493, 's000493', 'Acetonitrile', [new PEL( pelt2, 67, un_9 ), new PEL( pelt2, 40, un_11 ), new PEL( pelt1, 101, un_9 ), new PEL( pelt1, 60, un_11 )], [c000004],false,1) ;
 	new Substance(682, 's000682', 'Acetophenone', [new PEL( pelt2, 49, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001],false,1) ;
 	new Substance(480, 's000480', 'Acetylene', [], [c000004],false,1) ;
 	new Substance(330, 's000330', 'Acetylsalicylic acid (Aspirin)', [new PEL( pelt2, 5, un_9 )], [c000005],false,1) ;
 	new Substance(49, 's000049', 'Acrolein', [new PEL( pelt2, 0.23, un_9 ), new PEL( pelt2, 0.1, un_11 ), new PEL( pelt1, 0.69, un_9 ), new PEL( pelt1, 0.3, un_11 )], [c000001, c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(591, 's000591', 'Acrylamide', [new PEL( pelt2, 0.03, un_9 )], [c000018, c000019, c000020, c000027, c000032],true,1) ;
 	new Substance(593, 's000593', 'Acrylic acid', [new PEL( pelt2, 5.9, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(53, 's000053', 'Acrylonitrile', [new PEL( pelt2, 4.3, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(683, 's000683', 'Adipic acid', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000003, c000014, c000018],false,1) ;
 	new Substance(674, 's000674', 'Adiponitrile', [new PEL( pelt2, 8.8, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000003, c000004],false,1) ;
 	new Substance(302, 's000302', 'Aldrin', [new PEL( pelt2, 0.25, un_9 )], [c000011, c000013, c000019, c000032],true,1) ;
 	new Substance(55, 's000055', 'Allyl alcohol', [new PEL( pelt2, 4.8, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 9.5, un_9 ), new PEL( pelt1, 4, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(45, 's000045', 'Allyl glycidyl ether (AGE)', [new PEL( pelt2, 23, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 47, un_9 ), new PEL( pelt1, 10, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(271, 's000271', 'Allyl propyl disulfide', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 18, un_9 ), new PEL( pelt1, 3, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(334, 's000334', 'alpha-Chloroacetophenone', [new PEL( pelt2, 0.32, un_9 ), new PEL( pelt2, 0.05, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(666, 's000666', 'alpha-Methyl styrene', [new PEL( pelt2, 242, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 483, un_9 ), new PEL( pelt1, 100, un_11 )], [c000001, c000002, c000011, c000013, c000027],false,1) ;
 	new Substance(208, 's000208', 'Aluminum oxide (Total dust) (as Al)', [new PEL( pelt2, 10, un_9 )], [c000003],false,1) ;
 	new Substance(429, 's000429', 'Aluminum,  Alkyls (NOC) (as Al)', [new PEL( pelt2, 2, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(427, 's000427', 'Aluminum, Metal (as Al)', [new PEL( pelt2, 10, un_9 )], [c000002],false,1) ;
 	new Substance(428, 's000428', 'Aluminum, Pyrotechnical powders (as Al)', [new PEL( pelt2, 5, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(430, 's000430', 'Aluminum, Soluble salts (as Al)', [new PEL( pelt2, 2, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(426, 's000426', 'Aluminum, Welding fumes (as Al)', [new PEL( pelt2, 5, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(383, 's000383', 'Amitrole', [new PEL( pelt2, 0.2, un_9 )], [c000009, c000032],true,1) ;
 	new Substance(538, 's000538', 'Ammonia', [new PEL( pelt2, 17, un_9 ), new PEL( pelt2, 25, un_11 ), new PEL( pelt1, 24, un_9 ), new PEL( pelt1, 35, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(140, 's000140', 'Ammonium chloride fume', [new PEL( pelt2, 10, un_9 ), new PEL( pelt1, 20, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(314, 's000314', 'Ammonium perfluorooctanoate', [new PEL( pelt2, 0.1, un_9 )], [c000011, c000032],true,1) ;
 	new Substance(554, 's000554', 'Ammonium sulfamate', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(385, 's000385', 'Aniline', [new PEL( pelt2, 7.6, un_9 ), new PEL( pelt2, 2, un_11 )], [c000004, c000032],true,1) ;
 	new Substance(179, 's000179', 'Antimony trioxide (as Sb)', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000003, c000015, c000032],true,1) ;
 	new Substance(180, 's000180', 'Antimony trioxide, production (as Sb)', [], [c000001, c000002, c000003, c000015, c000032],true,1) ;
 	new Substance(457, 's000457', 'Antimony, metal and compounds (as Sb)', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000003, c000015, c000032],true,1) ;
 	new Substance(625, 's000625', 'ANTU (alpha-Naphthylthiourea)', [new PEL( pelt2, 0.3, un_9 )], [c000003],false,1) ;
 	new Substance(458, 's000458', 'Argon', [], [c000004],false,1) ;
 	new Substance(197, 's000197', 'Arsenic trioxide, production', [], [c000002, c000032],true,1) ;
 	new Substance(459, 's000459', 'Arsenic, elemental, and inorganic compounds (except Arsine) (as As)', [new PEL( pelt2, 0.1, un_9 )], [c000002, c000032],true,1) ;
 	new Substance(571, 's000571', 'Arsine', [new PEL( pelt2, 0.16, un_9 ), new PEL( pelt2, 0.05, un_11 )], [c000004, c000013],false,1) ;
 	new Substance(257, 's000257', 'Asbestos,  Anthophyllite', [new PEL( pelt2, 1, un_2 ), new PEL( pelt1, 5, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(144, 's000144', 'Asbestos, Actinolite ', [new PEL( pelt2, 1, un_2 ), new PEL( pelt1, 5, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(145, 's000145', 'Asbestos, Amosite', [new PEL( pelt2, 0.2, un_2 ), new PEL( pelt1, 1, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(133, 's000133', 'Asbestos, Chrysotile', [new PEL( pelt2, 1, un_2 ), new PEL( pelt1, 5, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(132, 's000132', 'Asbestos, Crocidolite', [new PEL( pelt2, 0.2, un_2 ), new PEL( pelt1, 1, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(237, 's000237', 'Asbestos, Tremolite', [new PEL( pelt2, 1, un_2 ), new PEL( pelt1, 5, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(611, 's000611', 'Asphalt (petroleum) fumes', [new PEL( pelt2, 5, un_9 )], [c000032],true,1) ;
 	new Substance(260, 's000260', 'Atrazine', [new PEL( pelt2, 5, un_9 )], [c000001, c000020],false,1) ;
 	new Substance(624, 's000624', 'Azinphos-methyl', [new PEL( pelt2, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(550, 's000550', 'Barium sulfate (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000003],false,1) ;
 	new Substance(551, 's000551', 'Barium sulfate (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000003],false,1) ;
 	new Substance(460, 's000460', 'Barium, soluble compounds (as Ba)', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000022],false,1) ;
 	new Substance(259, 's000259', 'Benomyl', [new PEL( pelt2, 10, un_9 ), new PEL( pelt2, 0.84, un_11 )], [c000002, c000027, c000031],false,1) ;
 	new Substance(692, 's000692', 'Benz(a)anthracene', [], [c000032],true,1) ;
 	new Substance(422, 's000422', 'Benzene', [new PEL( pelt2, 3, un_9 ), new PEL( pelt2, 1, un_11 ), new PEL( pelt1, 15.5, un_9 ), new PEL( pelt1, 5, un_11 )], [c000032],true,1) ;
 	new Substance(647, 's000647', 'Benzidine (production)', [], [c000032],true,1) ;
 	new Substance(327, 's000327', 'Benzo(a)pyrene', [new PEL( pelt2, 0.005, un_9 )], [c000032],true,1) ;
 	new Substance(687, 's000687', 'Benzo(b)fluoranthene', [], [c000032],true,1) ;
 	new Substance(650, 's000650', 'Benzoyl peroxide', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(13, 's000013', 'Benzyl chloride', [new PEL( pelt2, 5.2, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(461, 's000461', 'Beryllium, metal and compounds (as Be)', [new PEL( pelt2, 0.002, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(163, 's000163', 'beta-Chloroprene', [new PEL( pelt2, 36, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000011, c000019, c000027, c000028, c000029, c000032],true,1) ;
 	new Substance(365, 's000365', 'beta-Propiolactone', [new PEL( pelt2, 1.5, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(644, 's000644', 'Biphenyl', [new PEL( pelt2, 1.3, un_9 ), new PEL( pelt2, 0.2, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(344, 's000344', 'bis (Chloromethyl) ether', [new PEL( pelt2, 0.0047, un_9 ), new PEL( pelt2, 0.001, un_11 )], [c000032],true,1) ;
 	new Substance(172, 's000172', 'Bismuth telluride, Se-doped (as Bi2Te3)', [new PEL( pelt2, 5, un_9 )], [c000003],false,1) ;
 	new Substance(171, 's000171', 'Bismuth telluride, Undoped (as Bi2Te3)', [new PEL( pelt2, 10, un_9 )], [c000002],false,1) ;
 	new Substance(199, 's000199', 'Borates, tetra, sodium salt ,  Anhydrous', [new PEL( pelt2, 1, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(170, 's000170', 'Borates, tetra, sodium salt ,  Decahydrate', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(134, 's000134', 'Borates, tetra, sodium salt ,  Pentahydrate', [new PEL( pelt2, 1, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(169, 's000169', 'Boron oxide', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(33, 's000033', 'Boron tribromide', [new PEL( pelt3, 10, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(532, 's000532', 'Boron trifluoride', [new PEL( pelt3, 2.8, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002, c000003, c000011, c000013],false,1) ;
 	new Substance(304, 's000304', 'Bromacil', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(548, 's000548', 'Bromine', [new PEL( pelt2, 0.66, un_9 ), new PEL( pelt2, 0.1, un_11 ), new PEL( pelt1, 1.3, un_9 ), new PEL( pelt1, 0.2, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(573, 's000573', 'Bromine pentafluoride', [new PEL( pelt2, 0.72, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(500, 's000500', 'Bromoform', [new PEL( pelt2, 5.2, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000011, c000032],true,1) ;
 	new Substance(514, 's000514', 'Bromotrifluoromethane', [new PEL( pelt2, 6090, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000015, c000019],false,1) ;
 	new Substance(47, 's000047', 'Butane', [new PEL( pelt2, 1900, un_9 ), new PEL( pelt2, 800, un_11 )], [c000004],false,1) ;
 	new Substance(91, 's000091', 'Butyl mercaptan', [new PEL( pelt2, 1.8, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(462, 's000462', 'Cadmium elemental and compouds (as Cd)', [new PEL( pelt2, 0.025, un_9 )], [c000003, c000013, c000023, c000032],true,1) ;
 	new Substance(191, 's000191', 'Calcium carbonate (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(250, 's000250', 'Calcium cyanamide', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000016, c000017, c000027],false,1) ;
 	new Substance(173, 's000173', 'Calcium hydroxide', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(174, 's000174', 'Calcium oxide', [new PEL( pelt2, 2, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(209, 's000209', 'Calcium silicate (synthetic) (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(557, 's000557', 'Calcium sulfate (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(558, 's000558', 'Calcium sulfate (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(530, 's000530', 'Camphor (synthetic)', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 19, un_9 ), new PEL( pelt1, 3, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(36, 's000036', 'Caprolactam,  Vapour', [new PEL( pelt2, 23, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 46, un_9 ), new PEL( pelt1, 10, un_11 )], [c000001, c000002, c000019, c000027],false,1) ;
 	new Substance(37, 's000037', 'Caprolactam, Dust', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(277, 's000277', 'Captafol', [new PEL( pelt2, 0.1, un_9 )], [c000003, c000027, c000032],true,1) ;
 	new Substance(200, 's000200', 'Captan', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(396, 's000396', 'Carbaryl', [new PEL( pelt2, 5, un_9 )], [c000018],false,1) ;
 	new Substance(249, 's000249', 'Carbofuran', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(203, 's000203', 'Carbon black', [new PEL( pelt2, 3.5, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(158, 's000158', 'Carbon dioxide', [new PEL( pelt2, 9000, un_9 ), new PEL( pelt2, 5000, un_11 ), new PEL( pelt1, 54000, un_9 ), new PEL( pelt1, 30000, un_11 )], [c000004],false,1) ;
 	new Substance(498, 's000498', 'Carbon disulfide', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 4, un_11 ), new PEL( pelt1, 36, un_9 ), new PEL( pelt1, 12, un_11 )], [c000015, c000016, c000017, c000019, c000020, c000031],false,1) ;
 	new Substance(394, 's000394', 'Carbon monoxide', [new PEL( pelt2, 40, un_9 ), new PEL( pelt2, 35, un_11 ), new PEL( pelt1, 230, un_9 ), new PEL( pelt1, 200, un_11 )], [c000004, c000015, c000016, c000017, c000019, c000030],false,1) ;
 	new Substance(353, 's000353', 'Carbon tetrabromide', [new PEL( pelt2, 1.4, un_9 ), new PEL( pelt2, 0.1, un_11 ), new PEL( pelt1, 4.1, un_9 ), new PEL( pelt1, 0.3, un_11 )], [c000001, c000002, c000011],false,1) ;
 	new Substance(354, 's000354', 'Carbon tetrachloride', [new PEL( pelt2, 31, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 63, un_9 ), new PEL( pelt1, 10, un_11 )], [c000011, c000032],true,1) ;
 	new Substance(310, 's000310', 'Carbonyl fluoride', [new PEL( pelt2, 5.4, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 13, un_9 ), new PEL( pelt1, 5, un_11 )], [c000001, c000002, c000003, c000011, c000013, c000023, c000027],false,1) ;
 	new Substance(136, 's000136', 'Catechol', [new PEL( pelt2, 23, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(633, 's000633', 'Cellulose (paper fibres) (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(270, 's000270', 'Cesium hydroxide', [new PEL( pelt2, 2, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(366, 's000366', 'Chlordane', [new PEL( pelt2, 0.5, un_9 )], [c000011, c000032],true,1) ;
 	new Substance(601, 's000601', 'Chlorinated camphene', [new PEL( pelt2, 0.5, un_9 ), new PEL( pelt1, 1, un_9 )], [c000011, c000019, c000032],true,1) ;
 	new Substance(352, 's000352', 'Chlorinated diphenyl oxide', [new PEL( pelt2, 0.5, un_9 )], [c000011, c000027],false,1) ;
 	new Substance(562, 's000562', 'Chlorine', [new PEL( pelt2, 1.5, un_9 ), new PEL( pelt2, 0.5, un_11 ), new PEL( pelt1, 2.9, un_9 ), new PEL( pelt1, 1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(14, 's000014', 'Chlorine dioxide', [new PEL( pelt2, 0.28, un_9 ), new PEL( pelt2, 0.1, un_11 ), new PEL( pelt1, 0.83, un_9 ), new PEL( pelt1, 0.3, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(574, 's000574', 'Chlorine trifluoride', [new PEL( pelt3, 0.38, un_9 ), new PEL( pelt3, 0.1, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(57, 's000057', 'Chloroacetaldehyde', [new PEL( pelt3, 3.2, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(587, 's000587', 'Chloroacetone', [new PEL( pelt3, 3.8, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(590, 's000590', 'Chloroacetyl chloride', [new PEL( pelt2, 0.23, un_9 ), new PEL( pelt2, 0.05, un_11 ), new PEL( pelt1, 0.69, un_9 ), new PEL( pelt1, 0.15, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(81, 's000081', 'Chlorobenzene', [new PEL( pelt2, 230, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000011, c000013, c000019, c000032],true,1) ;
 	new Substance(487, 's000487', 'Chlorobromomethane', [new PEL( pelt2, 1060, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002, c000011, c000019],false,1) ;
 	new Substance(506, 's000506', 'Chlorodifluoromethane', [new PEL( pelt2, 3540, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000015],false,1) ;
 	new Substance(336, 's000336', 'Chlorodiphenyl (42% chlorine)', [new PEL( pelt2, 1, un_9 )], [c000001, c000002, c000011, c000027, c000031, c000032],true,1) ;
 	new Substance(109, 's000109', 'Chlorodiphenyl (54% chlorine)', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000011, c000027, c000031, c000032],true,1) ;
 	new Substance(409, 's000409', 'Chloroform', [new PEL( pelt2, 24.4, un_9 ), new PEL( pelt2, 5, un_11 )], [c000011, c000013, c000030, c000032],true,1) ;
 	new Substance(59, 's000059', 'Chloromethyl methyl ether', [], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(528, 's000528', 'Chloropentafluoroethane', [new PEL( pelt2, 6320, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000015],false,1) ;
 	new Substance(523, 's000523', 'Chloropicrin', [new PEL( pelt2, 0.67, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(293, 's000293', 'Chlorpyrifos', [new PEL( pelt2, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(303, 's000303', 'Chromite ore processing (chromate) (as Cr)', [new PEL( pelt2, 0.05, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(318, 's000318', 'Chromium (II) compounds (as Cr)', [new PEL( pelt2, 0.5, un_9 )], [c000003, c000027],false,1) ;
 	new Substance(332, 's000332', 'Chromium (III) compounds (as Cr)', [new PEL( pelt2, 0.5, un_9 )], [c000003, c000027],false,1) ;
 	new Substance(464, 's000464', 'Chromium (metal)', [new PEL( pelt2, 0.5, un_9 )], [c000003],false,1) ;
 	new Substance(379, 's000379', 'Chromium (VI) compounds, Certain water insoluble (as Cr)', [new PEL( pelt2, 0.05, un_9 )], [c000032],true,1) ;
 	new Substance(380, 's000380', 'Chromium (VI) compounds, Water soluble (as Cr)', [new PEL( pelt2, 0.05, un_9 )], [c000002, c000003, c000011, c000013, c000027, c000032],true,1) ;
 	new Substance(243, 's000243', 'Chromyl chloride', [new PEL( pelt2, 0.16, un_9 ), new PEL( pelt2, 0.025, un_11 )], [c000002, c000003, c000011, c000013],false,1) ;
 	new Substance(272, 's000272', 'Chrysene', [], [c000032],true,1) ;
 	new Substance(294, 's000294', 'Clopidol', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(338, 's000338', 'Coal dust (less than 5% crystalline silica) (Respirable dust)', [new PEL( pelt2, 2, un_9 )], [c000003],false,1) ;
 	new Substance(337, 's000337', 'Coal dust (more than 5% crystalline silica) (Respirable dust) (as quartz)', [new PEL( pelt2, 0.1, un_9 )], [c000003],false,1) ;
 	new Substance(402, 's000402', 'Coal tar pitch volatiles, as benzene solubles', [new PEL( pelt2, 0.2, un_9 )], [c000032],true,1) ;
 	new Substance(254, 's000254', 'Cobalt hydrocarbonylv (as Co)', [new PEL( pelt2, 0.1, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(30, 's000030', 'Cobalt tetracarbonyl (as Co)', [new PEL( pelt2, 0.1, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(465, 's000465', 'Cobalt, elemental and inorganic compounds (as Co)', [new PEL( pelt2, 0.02, un_9 )], [c000003, c000015, c000032],true,1) ;
 	new Substance(466, 's000466', 'Copper, Dust and mists (as Cu)', [new PEL( pelt2, 1, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(467, 's000467', 'Copper, Fume (as Cu)', [new PEL( pelt2, 0.2, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(168, 's000168', 'Corundum (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(677, 's000677', 'Cotton dust, cotton waste processing operation of waste recycling and garnetting', [new PEL( pelt2, 1, un_9 )], [c000003],false,1) ;
 	new Substance(679, 's000679', 'Cotton dust, in textile mill waste house operations or in yarn manufacturing to dust from "lower-grade washed cotton"', [new PEL( pelt2, 0.5, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(680, 's000680', 'Cotton dust, in textile slashing and weaving operations', [new PEL( pelt2, 0.75, un_9 )], [c000003],false,1) ;
 	new Substance(678, 's000678', 'Cotton dust, in yarn manufacturing and cotton washing operations', [new PEL( pelt2, 0.2, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(193, 's000193', 'Cresol (all isomers)', [new PEL( pelt2, 22, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(319, 's000319', 'Crotonaldehyde', [new PEL( pelt2, 5.7, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000003, c000032],true,1) ;
 	new Substance(299, 's000299', 'Crufomate', [new PEL( pelt2, 5, un_9 )], [c000018],false,1) ;
 	new Substance(665, 's000665', 'Cumene', [new PEL( pelt2, 246, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(320, 's000320', 'Cyanamide', [new PEL( pelt2, 2, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(360, 's000360', 'Cyanides (as CN)', [new PEL( pelt3, 11, un_9 ), new PEL( pelt3, 10, un_11 )], [c000002, c000004, c000009],false,1) ;
 	new Substance(321, 's000321', 'Cyanogen', [new PEL( pelt2, 21, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(329, 's000329', 'Cyanogen chloride', [new PEL( pelt3, 0.75, un_9 ), new PEL( pelt3, 0.3, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(105, 's000105', 'Cyclohexane', [new PEL( pelt2, 1030, un_9 ), new PEL( pelt2, 300, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(83, 's000083', 'Cyclohexanol', [new PEL( pelt2, 206, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000011, c000013, c000019],false,1) ;
 	new Substance(84, 's000084', 'Cyclohexanone', [new PEL( pelt2, 100, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000011, c000013, c000027],false,1) ;
 	new Substance(106, 's000106', 'Cyclohexene', [new PEL( pelt2, 1010, un_9 ), new PEL( pelt2, 300, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(82, 's000082', 'Cyclohexylamine', [new PEL( pelt2, 41, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(148, 's000148', 'Cyclonite', [new PEL( pelt2, 1.5, un_9 )], [c000001, c000002, c000005, c000011, c000019],false,1) ;
 	new Substance(345, 's000345', 'Cyclopentadiene', [new PEL( pelt2, 203, un_9 ), new PEL( pelt2, 75, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(292, 's000292', 'Cyclopentane', [new PEL( pelt2, 1720, un_9 ), new PEL( pelt2, 600, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(185, 's000185', 'Cyhexatin', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(326, 's000326', 'DDT (Dichlorodiphenyltrichloroethane)', [new PEL( pelt2, 1, un_9 )], [c000019, c000032],true,1) ;
 	new Substance(258, 's000258', 'Decaborane', [new PEL( pelt2, 0.25, un_9 ), new PEL( pelt2, 0.05, un_11 ), new PEL( pelt1, 0.75, un_9 ), new PEL( pelt1, 0.15, un_11 )], [c000011, c000013, c000019],false,1) ;
 	new Substance(613, 's000613', 'Demeton®', [new PEL( pelt2, 0.11, un_9 ), new PEL( pelt2, 0.01, un_11 )], [c000018],false,1) ;
 	new Substance(152, 's000152', 'Diacetone alcohol', [new PEL( pelt2, 238, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(307, 's000307', 'Diazinon®', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(308, 's000308', 'Diazomethane', [new PEL( pelt2, 0.34, un_9 ), new PEL( pelt2, 0.2, un_11 )], [c000001, c000002, c000003, c000032],true,1) ;
 	new Substance(262, 's000262', 'Diborane', [new PEL( pelt2, 0.11, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000002, c000003, c000019],false,1) ;
 	new Substance(689, 's000689', 'Dibutyl phenyl phosphate', [new PEL( pelt2, 3.5, un_9 ), new PEL( pelt2, 0.3, un_11 )], [c000027],false,1) ;
 	new Substance(63, 's000063', 'Dibutyl phosphate', [new PEL( pelt2, 8.6, un_9 ), new PEL( pelt2, 1, un_11 ), new PEL( pelt1, 17, un_9 ), new PEL( pelt1, 2, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(622, 's000622', 'Dibutyl phthalate', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(518, 's000518', 'Dichloroacetylene', [new PEL( pelt3, 0.39, un_9 ), new PEL( pelt3, 0.1, un_11 )], [c000001, c000002, c000019, c000032],true,1) ;
 	new Substance(517, 's000517', 'Dichlorodifluoromethane', [new PEL( pelt2, 4950, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000015],false,1) ;
 	new Substance(115, 's000115', 'Dichloroethyl ether', [new PEL( pelt2, 29, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 58, un_9 ), new PEL( pelt1, 10, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(504, 's000504', 'Dichlorofluoromethane', [new PEL( pelt2, 42, un_9 ), new PEL( pelt2, 10, un_11 )], [c000011],false,1) ;
 	new Substance(343, 's000343', 'Dichloropropene (cis and trans)', [new PEL( pelt2, 4.5, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000011, c000013, c000032],true,1) ;
 	new Substance(389, 's000389', 'Dichlorvos', [new PEL( pelt2, 0.9, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000018, c000027, c000032],true,1) ;
 	new Substance(227, 's000227', 'Dicrotophos', [new PEL( pelt2, 0.25, un_9 )], [c000018],false,1) ;
 	new Substance(555, 's000555', 'Dicyclopentadiene', [new PEL( pelt2, 27, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000003, c000013],false,1) ;
 	new Substance(31, 's000031', 'Dicyclopentadienyl iron', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(377, 's000377', 'Dieldrin', [new PEL( pelt2, 0.25, un_9 )], [c000011, c000019],false,1) ;
 	new Substance(114, 's000114', 'Diethanolamine', [new PEL( pelt2, 13, un_9 ), new PEL( pelt2, 3, un_11 )], [c000001, c000002, c000011, c000013, c000027],false,1) ;
 	new Substance(374, 's000374', 'Diethyl ether', [new PEL( pelt2, 1210, un_9 ), new PEL( pelt2, 400, un_11 ), new PEL( pelt1, 1520, un_9 ), new PEL( pelt1, 500, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(658, 's000658', 'Diethyl ketone', [new PEL( pelt2, 705, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002, c000019, c000027],false,1) ;
 	new Substance(621, 's000621', 'Diethyl phthalate', [new PEL( pelt2, 5, un_9 )], [c000002],false,1) ;
 	new Substance(94, 's000094', 'Diethylamine', [new PEL( pelt2, 15, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 45, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(113, 's000113', 'Diethylene triamine', [new PEL( pelt2, 4.2, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(513, 's000513', 'Difluorodibromomethane', [new PEL( pelt2, 858, un_9 ), new PEL( pelt2, 100, un_11 )], [c000003, c000011, c000019],false,1) ;
 	new Substance(275, 's000275', 'Diglycidyl ether (DGE)', [new PEL( pelt2, 0.53, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003, c000006, c000027, c000028],false,1) ;
 	new Substance(77, 's000077', 'Diisobutyl ketone', [new PEL( pelt2, 145, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(71, 's000071', 'Diisopropyl ether', [new PEL( pelt2, 1040, un_9 ), new PEL( pelt2, 250, un_11 ), new PEL( pelt1, 1300, un_9 ), new PEL( pelt1, 310, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(70, 's000070', 'Diisopropylamine', [new PEL( pelt2, 21, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(599, 's000599', 'Dimethyl carbamoyl chloride', [], [c000032],true,1) ;
 	new Substance(556, 's000556', 'Dimethyl sulfate', [new PEL( pelt2, 0.52, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003, c000032],true,1) ;
 	new Substance(159, 's000159', 'Dimethylamine', [new PEL( pelt2, 18, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(184, 's000184', 'Dimethylphthalate', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(239, 's000239', 'Dinitolmide', [new PEL( pelt2, 5, un_9 )], [c000011, c000027],false,1) ;
 	new Substance(4, 's000004', 'Dinitrobenzene (all isomers)', [new PEL( pelt2, 1, un_9 ), new PEL( pelt2, 0.15, un_11 )], [c000004, c000011],false,1) ;
 	new Substance(335, 's000335', 'Dinitro-ortho-cresol', [new PEL( pelt2, 0.2, un_9 )], [c000008],false,1) ;
 	new Substance(280, 's000280', 'Dinitrotoluene', [new PEL( pelt2, 0.75, un_9 )], [c000004, c000011, c000015, c000019, c000028, c000032],true,1) ;
 	new Substance(155, 's000155', 'Dioxane', [new PEL( pelt2, 90, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000011, c000013, c000032],true,1) ;
 	new Substance(581, 's000581', 'Dioxathion', [new PEL( pelt2, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(149, 's000149', 'Diphenylamine', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000004, c000011, c000013],false,1) ;
 	new Substance(690, 's000690', 'Dipropylene glycol monomethyl ether', [new PEL( pelt2, 600, un_9 ), new PEL( pelt2, 100, un_11 ), new PEL( pelt1, 900, un_9 ), new PEL( pelt1, 150, un_11 )], [c000001, c000002, c000011, c000019],false,1) ;
 	new Substance(688, 's000688', 'Diquat (Respirable dust)', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000003],false,1) ;
 	new Substance(276, 's000276', 'Diquat (Total dust)', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000003],false,1) ;
 	new Substance(126, 's000126', 'Di-sec-octyl phthalate', [new PEL( pelt2, 5, un_9 ), new PEL( pelt1, 10, un_9 )], [c000002, c000032],true,1) ;
 	new Substance(661, 's000661', 'Disulfiram', [new PEL( pelt2, 2, un_9 )], [c000027],false,1) ;
 	new Substance(297, 's000297', 'Disulfoton', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(305, 's000305', 'Diuron', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(196, 's000196', 'Divinyl benzene', [new PEL( pelt2, 53, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(157, 's000157', 'Emery (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(122, 's000122', 'Endosulfan', [new PEL( pelt2, 0.1, un_9 )], [c000019],false,1) ;
 	new Substance(424, 's000424', 'Endrin', [new PEL( pelt2, 0.1, un_9 )], [c000019],false,1) ;
 	new Substance(220, 's000220', 'Enflurane', [new PEL( pelt2, 566, un_9 ), new PEL( pelt2, 75, un_11 )], [c000015, c000017],false,1) ;
 	new Substance(44, 's000044', 'Epichlorohydrin', [new PEL( pelt2, 7.6, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000011, c000013, c000027, c000028, c000032],true,1) ;
 	new Substance(268, 's000268', 'EPN', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(478, 's000478', 'Ethane', [], [c000004],false,1) ;
 	new Substance(355, 's000355', 'Ethion', [new PEL( pelt2, 0.4, un_9 )], [c000018],false,1) ;
 	new Substance(228, 's000228', 'Ethyl acetate', [new PEL( pelt2, 1440, un_9 ), new PEL( pelt2, 400, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(223, 's000223', 'Ethyl acrylate', [new PEL( pelt2, 20, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 61, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(398, 's000398', 'Ethyl alcohol', [new PEL( pelt2, 1880, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(342, 's000342', 'Ethyl amyl ketone', [new PEL( pelt2, 131, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(11, 's000011', 'Ethyl benzene', [new PEL( pelt2, 434, un_9 ), new PEL( pelt2, 100, un_11 ), new PEL( pelt1, 543, un_9 ), new PEL( pelt1, 125, un_11 )], [c000001, c000002, c000011, c000013, c000019, c000028, c000032],true,1) ;
 	new Substance(486, 's000486', 'Ethyl bromide', [new PEL( pelt2, 223, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000003, c000011, c000013, c000015, c000019, c000032],true,1) ;
 	new Substance(38, 's000038', 'Ethyl butyl ketone', [new PEL( pelt2, 234, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000019],false,1) ;
 	new Substance(490, 's000490', 'Ethyl chloride', [new PEL( pelt2, 2640, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000011, c000013, c000032],true,1) ;
 	new Substance(95, 's000095', 'Ethyl formate', [new PEL( pelt2, 303, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(495, 's000495', 'Ethyl mercaptan', [new PEL( pelt2, 1.3, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000002, c000019],false,1) ;
 	new Substance(579, 's000579', 'Ethyl silicate', [new PEL( pelt2, 85, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000013],false,1) ;
 	new Substance(492, 's000492', 'Ethylamine', [new PEL( pelt2, 18, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000003, c000013],false,1) ;
 	new Substance(479, 's000479', 'Ethylene', [], [c000004],false,1) ;
 	new Substance(52, 's000052', 'Ethylene chlorohydrin', [new PEL( pelt3, 3.3, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002, c000011, c000013, c000015, c000019, c000027, c000032],true,1) ;
 	new Substance(58, 's000058', 'Ethylene glycol (vapour and mist)', [new PEL( pelt3, 127, un_9 ), new PEL( pelt3, 50, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(393, 's000393', 'Ethylene glycol dinitrate', [new PEL( pelt3, 1.2, un_9 ), new PEL( pelt3, 0.2, un_11 )], [c000015, c000017],false,1) ;
 	new Substance(246, 's000246', 'Ethylene imine', [new PEL( pelt2, 0.88, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000003, c000011, c000013, c000027, c000032],true,1) ;
 	new Substance(499, 's000499', 'Ethylene oxide', [new PEL( pelt2, 1.8, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000019, c000020, c000027, c000028, c000029, c000032],true,1) ;
 	new Substance(54, 's000054', 'Ethylenediamine', [new PEL( pelt2, 25, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(252, 's000252', 'Ethylidene norbornene', [new PEL( pelt3, 25, un_9 ), new PEL( pelt3, 5, un_11 )], [c000001, c000002, c000011, c000013, c000028],false,1) ;
 	new Substance(273, 's000273', 'Fenamiphos', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(125, 's000125', 'Fensulfothion', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(348, 's000348', 'Fenthion', [new PEL( pelt2, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(236, 's000236', 'Ferbam', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(160, 's000160', 'Ferrovanadium (dust)', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(639, 's000639', 'Fibres, Artificial Vitreous Mineral Fibres,  Refractory fibres (ceramic or others)', [new PEL( pelt2, 1, un_2 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(635, 's000635', 'Fibres, Artificial Vitreous Mineral Fibres, Fibrous glass, continuous filament (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(640, 's000640', 'Fibres, Artificial Vitreous Mineral Fibres, Fibrous glass, microfibres', [new PEL( pelt2, 1, un_2 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(636, 's000636', 'Fibres, Artificial Vitreous Mineral Fibres, Insulation wool fibres, Glass wool', [new PEL( pelt2, 2, un_2 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(637, 's000637', 'Fibres, Artificial Vitreous Mineral Fibres, Insulation wool fibres, Rock wool', [new PEL( pelt2, 1, un_2 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(638, 's000638', 'Fibres, Artificial Vitreous Mineral Fibres, Insulation wool fibres, Slag wool', [new PEL( pelt2, 1, un_2 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(146, 's000146', 'Fibres, Natural Mineral Fibres, Attapulgite', [new PEL( pelt2, 1, un_2 )], [c000003, c000032],true,1) ;
 	new Substance(405, 's000405', 'Fibres, Natural Mineral Fibres, Erionite', [], [c000032],true,1) ;
 	new Substance(20, 's000020', 'Fibres, Organic Synthetic Fibres, Carbon and graphite fibres (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(19, 's000019', 'Fibres, Organic Synthetic Fibres, Carbon and graphite fibres (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(18, 's000018', 'Fibres, Organic Synthetic Fibres, Para-aramide fibres (Kevlar®, Twaron®)', [new PEL( pelt2, 1, un_2 )], [c000001, c000003, c000027],false,1) ;
 	new Substance(21, 's000021', 'Fibres, Organic Synthetic Fibres, Polyolefin fibres (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(685, 's000685', 'Fibres-Natural Mineral Fibres, Wollastonite (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [],false,1) ;
 	new Substance(222, 's000222', 'Fibres-Natural Mineral Fibres, Wollastonite (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000003, c000027],false,1) ;
 	new Substance(255, 's000255', 'Fluorides (as F)', [new PEL( pelt2, 2.5, un_9 )], [c000001, c000002, c000023],false,1) ;
 	new Substance(559, 's000559', 'Fluorine', [new PEL( pelt2, 0.2, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(651, 's000651', 'Fonofos', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(325, 's000325', 'Formaldehyde', [new PEL( pelt3, 3, un_9 ), new PEL( pelt3, 2, un_11 )], [c000001, c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(497, 's000497', 'Formamide', [new PEL( pelt2, 18, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000011, c000027],false,1) ;
 	new Substance(399, 's000399', 'Formic acid', [new PEL( pelt2, 9.4, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 19, un_9 ), new PEL( pelt1, 10, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(663, 's000663', 'Furfural', [new PEL( pelt2, 7.9, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000011, c000032],true,1) ;
 	new Substance(662, 's000662', 'Furfuryl alcohol', [new PEL( pelt2, 40, un_9 ), new PEL( pelt2, 10, un_11 ), new PEL( pelt1, 60, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(604, 's000604', 'Gasoline', [new PEL( pelt2, 890, un_9 ), new PEL( pelt2, 300, un_11 ), new PEL( pelt1, 1480, un_9 ), new PEL( pelt1, 500, un_11 )], [c000001, c000002, c000019, c000032],true,1) ;
 	new Substance(563, 's000563', 'Germanium tetrahydride', [new PEL( pelt2, 0.63, un_9 ), new PEL( pelt2, 0.2, un_11 )], [c000004],false,1) ;
 	new Substance(112, 's000112', 'Glutaraldehyde', [new PEL( pelt3, 0.82, un_9 ), new PEL( pelt3, 0.2, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(358, 's000358', 'Glycerin (mist)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(350, 's000350', 'Glycidol', [new PEL( pelt2, 76, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(224, 's000224', 'Grain dust (oat, wheat, barley) (Total dust)', [new PEL( pelt2, 4, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(560, 's000560', 'Graphite (natural) (Respirable dust)', [new PEL( pelt2, 2.5, un_9 )], [c000003],false,1) ;
 	new Substance(463, 's000463', 'Graphite (synthetic, except fibres) (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000003],false,1) ;
 	new Substance(22, 's000022', 'Gypsum (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(23, 's000023', 'Gypsum (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(468, 's000468', 'Hafnium', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000003, c000011],false,1) ;
 	new Substance(247, 's000247', 'Halothane', [new PEL( pelt2, 404, un_9 ), new PEL( pelt2, 50, un_11 )], [c000011, c000013, c000015, c000016, c000017, c000030],false,1) ;
 	new Substance(469, 's000469', 'Helium', [], [c000004],false,1) ;
 	new Substance(533, 's000533', 'Heptachlor', [new PEL( pelt2, 0.05, un_9 )], [c000004, c000011, c000032],true,1) ;
 	new Substance(671, 's000671', 'Heptachlore epoxide', [new PEL( pelt2, 0.05, un_9 )], [c000011, c000032],true,1) ;
 	new Substance(675, 's000675', 'Hexachlorobenzene', [new PEL( pelt2, 0.025, un_9 )], [c000032],true,1) ;
 	new Substance(626, 's000626', 'Hexachlorobutadiene', [new PEL( pelt2, 0.21, un_9 ), new PEL( pelt2, 0.02, un_11 )], [c000013, c000032],true,1) ;
 	new Substance(552, 's000552', 'Hexachlorocyclopentadiene', [new PEL( pelt2, 0.11, un_9 ), new PEL( pelt2, 0.01, un_11 )], [c000001, c000002, c000003, c000011, c000013],false,1) ;
 	new Substance(411, 's000411', 'Hexachloroethane', [new PEL( pelt2, 9.7, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000011, c000013, c000032],true,1) ;
 	new Substance(204, 's000204', 'Hexachloronaphthalene', [new PEL( pelt2, 0.2, un_9 )], [c000011, c000027],false,1) ;
 	new Substance(416, 's000416', 'Hexafluoroacetone', [new PEL( pelt2, 0.68, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000013, c000028, c000031],false,1) ;
 	new Substance(412, 's000412', 'Hexamethyl phosphoramide', [], [c000013, c000032],true,1) ;
 	new Substance(616, 's000616', 'Hexamethylene diisocyanate', [new PEL( pelt2, 0.034, un_9 ), new PEL( pelt2, 0.005, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(138, 's000138', 'Hexane (other isomers)', [new PEL( pelt2, 1760, un_9 ), new PEL( pelt2, 500, un_11 ), new PEL( pelt1, 3500, un_9 ), new PEL( pelt1, 1000, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(61, 's000061', 'Hexylene glycol', [new PEL( pelt3, 121, un_9 ), new PEL( pelt3, 25, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(301, 's000301', 'Hydrazine', [new PEL( pelt2, 0.13, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000004, c000011, c000019, c000027, c000032],true,1) ;
 	new Substance(202, 's000202', 'Hydrogen', [], [c000004],false,1) ;
 	new Substance(9, 's000009', 'Hydrogen bromide', [new PEL( pelt3, 9.9, un_9 ), new PEL( pelt3, 3, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(535, 's000535', 'Hydrogen chloride', [new PEL( pelt3, 7.5, un_9 ), new PEL( pelt3, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(484, 's000484', 'Hydrogen cyanide (as CN)', [new PEL( pelt3, 11, un_9 ), new PEL( pelt3, 10, un_11 )], [c000002, c000004, c000009],false,1) ;
 	new Substance(537, 's000537', 'Hydrogen fluoride (as F)', [new PEL( pelt3, 2.6, un_9 ), new PEL( pelt3, 3, un_11 )], [c000001, c000002, c000023, c000027],false,1) ;
 	new Substance(545, 's000545', 'Hydrogen peroxide', [new PEL( pelt2, 1.4, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(565, 's000565', 'Hydrogen selenide (as Se)', [new PEL( pelt2, 0.16, un_9 ), new PEL( pelt2, 0.05, un_11 )], [c000001, c000002, c000003, c000011, c000019],false,1) ;
 	new Substance(564, 's000564', 'Hydrogen sulfide', [new PEL( pelt2, 14, un_9 ), new PEL( pelt2, 10, un_11 ), new PEL( pelt1, 21, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(381, 's000381', 'Hydrogenated terphenyls', [new PEL( pelt2, 4.9, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000011, c000027],false,1) ;
 	new Substance(151, 's000151', 'Hydroquinone', [new PEL( pelt2, 2, un_9 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(653, 's000653', 'Indene', [new PEL( pelt2, 48, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(474, 's000474', 'Indium and compounds (as In)', [new PEL( pelt2, 0.1, un_9 )], [c000003, c000023],false,1) ;
 	new Substance(510, 's000510', 'Iodine', [new PEL( pelt3, 1, un_9 ), new PEL( pelt3, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(507, 's000507', 'Iodoform', [new PEL( pelt2, 10, un_9 ), new PEL( pelt2, 0.6, un_11 )], [c000011, c000013, c000015, c000019],false,1) ;
 	new Substance(211, 's000211', 'Iron pentacarbonyl (as Fe)', [new PEL( pelt2, 0.23, un_9 ), new PEL( pelt2, 0.1, un_11 ), new PEL( pelt1, 0.45, un_9 ), new PEL( pelt1, 0.2, un_11 )], [c000003, c000019],false,1) ;
 	new Substance(614, 's000614', 'Iron salts, soluble (as Fe)', [new PEL( pelt2, 1, un_9 )], [c000002, c000027],false,1) ;
 	new Substance(177, 's000177', 'Iron trioxide, dust and fume (as Fe)', [new PEL( pelt2, 5, un_9 )], [c000003],false,1) ;
 	new Substance(156, 's000156', 'Isoamyl acetate', [new PEL( pelt2, 532, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(153, 's000153', 'Isoamyl alcohol', [new PEL( pelt2, 361, un_9 ), new PEL( pelt2, 100, un_11 ), new PEL( pelt1, 452, un_9 ), new PEL( pelt1, 125, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(99, 's000099', 'Isobutyl acetate', [new PEL( pelt2, 713, un_9 ), new PEL( pelt2, 150, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(583, 's000583', 'Isobutyl alcohol', [new PEL( pelt2, 152, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000027],false,1) ;
 	new Substance(681, 's000681', 'Isocyanate oligomers', [], [c000003, c000027],false,1) ;
 	new Substance(289, 's000289', 'Isooctyl alcohol', [new PEL( pelt2, 266, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(582, 's000582', 'Isophorone', [new PEL( pelt3, 28, un_9 ), new PEL( pelt3, 5, un_11 )], [c000001, c000002, c000019, c000032],true,1) ;
 	new Substance(317, 's000317', 'Isophorone diisocyanate', [new PEL( pelt2, 0.045, un_9 ), new PEL( pelt2, 0.005, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(87, 's000087', 'Isopropoxyethanol', [new PEL( pelt2, 106, un_9 ), new PEL( pelt2, 25, un_11 )], [c000004],false,1) ;
 	new Substance(72, 's000072', 'Isopropyl acetate', [new PEL( pelt2, 1040, un_9 ), new PEL( pelt2, 250, un_11 ), new PEL( pelt1, 1290, un_9 ), new PEL( pelt1, 310, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(407, 's000407', 'Isopropyl alcohol', [new PEL( pelt2, 983, un_9 ), new PEL( pelt2, 400, un_11 ), new PEL( pelt1, 1230, un_9 ), new PEL( pelt1, 500, un_11 )], [c000001, c000002, c000019, c000027],false,1) ;
 	new Substance(315, 's000315', 'Isopropyl glycidyl ether (IGE)', [new PEL( pelt2, 238, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 356, un_9 ), new PEL( pelt1, 75, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(501, 's000501', 'Isopropylamine', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 24, un_9 ), new PEL( pelt1, 10, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(201, 's000201', 'Kaolin (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000003],false,1) ;
 	new Substance(322, 's000322', 'Ketene', [new PEL( pelt2, 0.86, un_9 ), new PEL( pelt2, 0.5, un_11 ), new PEL( pelt1, 2.6, un_9 ), new PEL( pelt1, 1.5, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(417, 's000417', 'L.P.G. (Liquified petroleum gas)', [new PEL( pelt2, 1800, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000004],false,1) ;
 	new Substance(431, 's000431', 'Lead and inorganic compounds, dusts and fumes (as Pb)', [new PEL( pelt2, 0.15, un_9 )], [c000004, c000013, c000016, c000019, c000020, c000028, c000031, c000032],true,1) ;
 	new Substance(312, 's000312', 'Lead arsenate (as Pb3(AsO4)2)', [new PEL( pelt2, 0.15, un_9 )], [c000001, c000002, c000004, c000013, c000019, c000020, c000028, c000032],true,1) ;
 	new Substance(553, 's000553', 'Lead chromate (as Cr)', [new PEL( pelt2, 0.012, un_9 )], [c000002, c000003, c000004, c000013, c000027, c000028, c000031, c000032],true,1) ;
 	new Substance(575, 's000575', 'Lead tetraethyl (as Pb)', [new PEL( pelt2, 0.05, un_9 )], [c000019],false,1) ;
 	new Substance(519, 's000519', 'Lead tetramethyl (as Pb)', [new PEL( pelt2, 0.05, un_9 )], [c000019],false,1) ;
 	new Substance(368, 's000368', 'Lindane', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000011, c000019, c000032],true,1) ;
 	new Substance(520, 's000520', 'Lithium hydride', [new PEL( pelt2, 0.025, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(346, 's000346', 'Magnesite (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(178, 's000178', 'Magnesium oxide fume (as Mg)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(147, 's000147', 'Malathion', [new PEL( pelt2, 10, un_9 )], [c000018],false,1) ;
 	new Substance(74, 's000074', 'Maleic anhydride', [new PEL( pelt2, 1, un_9 ), new PEL( pelt2, 0.25, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(135, 's000135', 'Manganese cyclopentadienyl tricarbonyl (as Mn)', [new PEL( pelt2, 0.1, un_9 )], [c000003, c000013, c000019],false,1) ;
 	new Substance(139, 's000139', 'Manganese methyl cyclopentadienyl tricarbonyl (as Mn)', [new PEL( pelt2, 0.2, un_9 )], [c000001, c000003, c000011, c000013, c000019],false,1) ;
 	new Substance(190, 's000190', 'Manganese tetroxide', [new PEL( pelt2, 1, un_9 )], [c000003, c000019],false,1) ;
 	new Substance(433, 's000433', 'Manganese, Dust and compounds (as Mn)', [new PEL( pelt2, 5, un_9 )], [c000003, c000019, c000028],false,1) ;
 	new Substance(432, 's000432', 'Manganese, Fume (as Mn)', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000003, c000019, c000028],false,1) ;
 	new Substance(436, 's000436', 'Mercury all forms except alkyl compounds, Aryl and inorganic compounds', [new PEL( pelt2, 0.1, un_9 )], [c000013, c000019, c000020, c000028, c000029],false,1) ;
 	new Substance(435, 's000435', 'Mercury,  Alkyl compounds (as Hg)', [new PEL( pelt2, 0.01, un_9 ), new PEL( pelt1, 0.03, un_9 )], [c000013, c000019, c000020, c000031],false,1) ;
 	new Substance(434, 's000434', 'Mercury,  all forms except alkyl compounds, vapour (as Hg)', [new PEL( pelt2, 0.05, un_9 )], [c000013, c000019, c000020, c000028, c000029],false,1) ;
 	new Substance(229, 's000229', 'Mesityl oxide', [new PEL( pelt2, 40, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(673, 's000673', 'meta-Phenylenediamine', [new PEL( pelt2, 0.1, un_9 )], [c000011, c000027],false,1) ;
 	new Substance(598, 's000598', 'Methacrylic acid', [new PEL( pelt2, 70, un_9 ), new PEL( pelt2, 20, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(476, 's000476', 'Methane', [], [c000004],false,1) ;
 	new Substance(253, 's000253', 'Methomyl', [new PEL( pelt2, 2.5, un_9 )], [c000018],false,1) ;
 	new Substance(425, 's000425', 'Methoxychlor', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(217, 's000217', 'Methyl 2-cyanoacrylate', [new PEL( pelt2, 9.1, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 18, un_9 ), new PEL( pelt1, 4, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(594, 's000594', 'Methyl acetate', [new PEL( pelt2, 606, un_9 ), new PEL( pelt2, 200, un_11 ), new PEL( pelt1, 757, un_9 ), new PEL( pelt1, 250, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(489, 's000489', 'Methyl acetylene', [new PEL( pelt2, 1640, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000019],false,1) ;
 	new Substance(359, 's000359', 'Methyl acetylene-propadiene mixture (MAPP)', [new PEL( pelt2, 1640, un_9 ), new PEL( pelt2, 1000, un_11 ), new PEL( pelt1, 2050, un_9 ), new PEL( pelt1, 1250, un_11 )], [c000019],false,1) ;
 	new Substance(659, 's000659', 'Methyl acrylate', [new PEL( pelt2, 35, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(406, 's000406', 'Methyl alcohol', [new PEL( pelt2, 262, un_9 ), new PEL( pelt2, 200, un_11 ), new PEL( pelt1, 328, un_9 ), new PEL( pelt1, 250, un_11 )], [c000001, c000007, c000019],false,1) ;
 	new Substance(69, 's000069', 'Methyl amyl alcohol', [new PEL( pelt2, 104, un_9 ), new PEL( pelt2, 25, un_11 ), new PEL( pelt1, 167, un_9 ), new PEL( pelt1, 40, un_11 )], [c000001],false,1) ;
 	new Substance(477, 's000477', 'Methyl bromide', [new PEL( pelt2, 19, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000003, c000019, c000020],false,1) ;
 	new Substance(481, 's000481', 'Methyl chloride', [new PEL( pelt2, 103, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 207, un_9 ), new PEL( pelt1, 100, un_11 )], [c000011, c000013, c000019, c000028, c000031],false,1) ;
 	new Substance(423, 's000423', 'Methyl chloroform', [new PEL( pelt2, 1910, un_9 ), new PEL( pelt2, 350, un_11 ), new PEL( pelt1, 2460, un_9 ), new PEL( pelt1, 450, un_11 )], [c000001, c000002, c000011, c000015, c000019],false,1) ;
 	new Substance(608, 's000608', 'Methyl demeton', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000003, c000018],false,1) ;
 	new Substance(586, 's000586', 'Methyl ethyl ketone (MEK)', [new PEL( pelt2, 150, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 300, un_9 ), new PEL( pelt1, 100, un_11 )], [c000001, c000002, c000029],false,1) ;
 	new Substance(206, 's000206', 'Methyl ethyl ketone peroxide', [new PEL( pelt3, 1.5, un_9 ), new PEL( pelt3, 0.2, un_11 )], [c000001, c000027],false,1) ;
 	new Substance(60, 's000060', 'Methyl formate', [new PEL( pelt2, 246, un_9 ), new PEL( pelt2, 100, un_11 ), new PEL( pelt1, 368, un_9 ), new PEL( pelt1, 150, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(376, 's000376', 'Methyl hydrazine', [new PEL( pelt3, 0.38, un_9 ), new PEL( pelt3, 0.2, un_11 )], [c000001, c000002, c000004, c000011, c000032],true,1) ;
 	new Substance(482, 's000482', 'Methyl iodide', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000019, c000032],true,1) ;
 	new Substance(98, 's000098', 'Methyl isoamyl ketone', [new PEL( pelt2, 234, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(68, 's000068', 'Methyl isobutyl ketone', [new PEL( pelt2, 205, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 307, un_9 ), new PEL( pelt1, 75, un_11 )], [c000001, c000002, c000011, c000013, c000019],false,1) ;
 	new Substance(384, 's000384', 'Methyl isocyanate', [new PEL( pelt2, 0.047, un_9 ), new PEL( pelt2, 0.02, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(356, 's000356', 'Methyl isopropyl ketone', [new PEL( pelt2, 705, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(485, 's000485', 'Methyl mercaptan', [new PEL( pelt2, 0.98, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000003, c000019],false,1) ;
 	new Substance(612, 's000612', 'Methyl methacrylate (monomer)', [new PEL( pelt2, 410, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002, c000003, c000019, c000020, c000027],false,1) ;
 	new Substance(100, 's000100', 'Methyl n-amyl ketone', [new PEL( pelt2, 233, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(369, 's000369', 'Methyl n-butyl ketone', [new PEL( pelt2, 20, un_9 ), new PEL( pelt2, 5, un_11 )], [c000020],false,1) ;
 	new Substance(295, 's000295', 'Methyl parathion', [new PEL( pelt2, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(64, 's000064', 'Methyl propyl ketone', [new PEL( pelt2, 530, un_9 ), new PEL( pelt2, 150, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(415, 's000415', 'Methyl silicate', [new PEL( pelt2, 6, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(686, 's000686', 'Methyl tert-butyl ether', [new PEL( pelt2, 144, un_9 ), new PEL( pelt2, 40, un_11 )], [c000002, c000013, c000030, c000032],true,1) ;
 	new Substance(162, 's000162', 'Methylacrylonitrile', [new PEL( pelt2, 2.7, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(93, 's000093', 'Methylal', [new PEL( pelt2, 3110, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(483, 's000483', 'Methylamine', [new PEL( pelt2, 6.4, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(79, 's000079', 'Methylcyclohexane', [new PEL( pelt2, 1610, un_9 ), new PEL( pelt2, 400, un_11 )], [c000001, c000002, c000011, c000019],false,1) ;
 	new Substance(283, 's000283', 'Methylcyclohexanol', [new PEL( pelt2, 234, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(333, 's000333', 'Methylene bis (4-cyclohexylisocyanate)', [new PEL( pelt2, 0.054, un_9 ), new PEL( pelt2, 0.005, un_11 )], [c000001, c000003, c000027],false,1) ;
 	new Substance(27, 's000027', 'Methylene bis (4-phenyl isocyanate) (MDI)', [new PEL( pelt2, 0.051, un_9 ), new PEL( pelt2, 0.005, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(496, 's000496', 'Methylene chloride', [new PEL( pelt2, 174, un_9 ), new PEL( pelt2, 50, un_11 )], [c000004, c000011, c000019, c000032],true,1) ;
 	new Substance(269, 's000269', 'Metribuzin', [new PEL( pelt2, 5, un_9 )], [c000019],false,1) ;
 	new Substance(131, 's000131', 'Mica (Respirable dust)', [new PEL( pelt2, 3, un_9 )], [c000003],false,1) ;
 	new Substance(607, 's000607', 'Mineral oil (mist)', [new PEL( pelt2, 5, un_9 ), new PEL( pelt1, 10, un_9 )], [c000001, c000003],false,1) ;
 	new Substance(437, 's000437', 'Molybdenum, Insoluble compounds (as Mo)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(438, 's000438', 'Molybdenum, Soluble compounds (as Mo)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(418, 's000418', 'Monocrotophos', [new PEL( pelt2, 0.25, un_9 )], [c000018],false,1) ;
 	new Substance(108, 's000108', 'Morpholine', [new PEL( pelt2, 71, un_9 ), new PEL( pelt2, 20, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(386, 's000386', 'm-Phthalodinitrile', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(75, 's000075', 'm-Toluidine', [new PEL( pelt2, 8.8, un_9 ), new PEL( pelt2, 2, un_11 )], [c000004],false,1) ;
 	new Substance(238, 's000238', 'm-Xylene-alpha, alpha\'-diamine', [new PEL( pelt3, 0.1, un_9 )], [c000027],false,1) ;
 	new Substance(165, 's000165', 'N,N-Dimethylacetamide', [new PEL( pelt2, 36, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000011],false,1) ;
 	new Substance(143, 's000143', 'N,N-Dimethylaniline', [new PEL( pelt2, 25, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 50, un_9 ), new PEL( pelt1, 10, un_11 )], [c000004, c000019],false,1) ;
 	new Substance(414, 's000414', 'N,N-Dimethylformamide', [new PEL( pelt2, 30, un_9 ), new PEL( pelt2, 10, un_11 )], [c000011, c000032],true,1) ;
 	new Substance(300, 's000300', 'Naled', [new PEL( pelt2, 3, un_9 )], [c000018, c000027],false,1) ;
 	new Substance(392, 's000392', 'n-Amyl acetate', [new PEL( pelt2, 532, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(641, 's000641', 'Naphthalene', [new PEL( pelt2, 52, un_9 ), new PEL( pelt2, 10, un_11 ), new PEL( pelt1, 79, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000004],false,1) ;
 	new Substance(154, 's000154', 'n-Butyl acetate', [new PEL( pelt2, 713, un_9 ), new PEL( pelt2, 150, un_11 ), new PEL( pelt1, 950, un_9 ), new PEL( pelt1, 200, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(225, 's000225', 'n-Butyl acrylate', [new PEL( pelt2, 52, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000027],false,1) ;
 	new Substance(421, 's000421', 'n-Butyl alcohol', [new PEL( pelt3, 152, un_9 ), new PEL( pelt3, 50, un_11 )], [c000001, c000021],false,1) ;
 	new Substance(278, 's000278', 'n-Butyl glycidyl ether (BGE)', [new PEL( pelt2, 133, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000027, c000028],false,1) ;
 	new Substance(219, 's000219', 'n-Butyl lactate', [new PEL( pelt2, 30, un_9 ), new PEL( pelt2, 5, un_11 )], [c000002, c000019],false,1) ;
 	new Substance(90, 's000090', 'n-Butylamine', [new PEL( pelt3, 15, un_9 ), new PEL( pelt3, 5, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(439, 's000439', 'Neon', [], [c000004],false,1) ;
 	new Substance(17, 's000017', 'N-Ethylmorpholine', [new PEL( pelt2, 24, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(231, 's000231', 'n-Heptane', [new PEL( pelt2, 1640, un_9 ), new PEL( pelt2, 400, un_11 ), new PEL( pelt1, 2050, un_9 ), new PEL( pelt1, 500, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(102, 's000102', 'n-Hexane', [new PEL( pelt2, 176, un_9 ), new PEL( pelt2, 50, un_11 )], [c000020, c000027],false,1) ;
 	new Substance(210, 's000210', 'Nickel carbonyl (as Ni)', [new PEL( pelt2, 0.007, un_9 ), new PEL( pelt2, 0.001, un_11 )], [c000002, c000003, c000019, c000031, c000032],true,1) ;
 	new Substance(181, 's000181', 'Nickel sulfide roasting, fume and dust (as Ni)', [new PEL( pelt2, 1, un_9 )], [c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(440, 's000440', 'Nickel,  Metal', [new PEL( pelt2, 1, un_9 )], [c000003, c000027],false,1) ;
 	new Substance(442, 's000442', 'Nickel, Insoluble compounds (as Ni)', [new PEL( pelt2, 1, un_9 )], [c000002, c000003, c000032],true,1) ;
 	new Substance(441, 's000441', 'Nickel, Soluble compounds (as Ni)', [new PEL( pelt2, 0.1, un_9 )], [c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(341, 's000341', 'Nicotine', [new PEL( pelt2, 0.5, un_9 )], [c000015, c000019],false,1) ;
 	new Substance(541, 's000541', 'N-Isopropylaniline', [new PEL( pelt2, 11, un_9 ), new PEL( pelt2, 2, un_11 )], [c000004],false,1) ;
 	new Substance(263, 's000263', 'Nitrapyrin', [new PEL( pelt2, 10, un_9 ), new PEL( pelt1, 20, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(542, 's000542', 'Nitric acid', [new PEL( pelt2, 5.2, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 10, un_9 ), new PEL( pelt1, 4, un_11 )], [c000001, c000002, c000003, c000025, c000027],false,1) ;
 	new Substance(667, 's000667', 'Nitrobenzene', [new PEL( pelt2, 5, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000004, c000011, c000019, c000027, c000028, c000032],true,1) ;
 	new Substance(595, 's000595', 'Nitroethane', [new PEL( pelt2, 307, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(549, 's000549', 'Nitrogen', [], [c000004],false,1) ;
 	new Substance(25, 's000025', 'Nitrogen dioxide', [new PEL( pelt2, 5.6, un_9 ), new PEL( pelt2, 3, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(24, 's000024', 'Nitrogen monoxide', [new PEL( pelt2, 31, un_9 ), new PEL( pelt2, 25, un_11 )], [c000002, c000004],false,1) ;
 	new Substance(567, 's000567', 'Nitrogen trifluoride', [new PEL( pelt2, 29, un_9 ), new PEL( pelt2, 10, un_11 )], [c000004, c000011, c000013],false,1) ;
 	new Substance(349, 's000349', 'Nitroglycerin (NG)', [new PEL( pelt3, 1.86, un_9 ), new PEL( pelt3, 0.2, un_11 )], [c000015, c000017],false,1) ;
 	new Substance(509, 's000509', 'Nitromethane', [new PEL( pelt2, 250, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002, c000004, c000009, c000011, c000020, c000032],true,1) ;
 	new Substance(628, 's000628', 'Nitrotoluene (all isomers)', [new PEL( pelt2, 11, un_9 ), new PEL( pelt2, 2, un_11 )], [c000004],false,1) ;
 	new Substance(3, 's000003', 'Nitrous oxide', [new PEL( pelt2, 90, un_9 ), new PEL( pelt2, 50, un_11 )], [c000019, c000030],false,1) ;
 	new Substance(15, 's000015', 'N-Methylaniline', [new PEL( pelt2, 2.2, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000004],false,1) ;
 	new Substance(391, 's000391', 'N-Nitrosodimethylamine', [], [c000011, c000032],true,1) ;
 	new Substance(118, 's000118', 'Nonane', [new PEL( pelt2, 1050, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(89, 's000089', 'n-Pentane', [new PEL( pelt2, 350, un_9 ), new PEL( pelt2, 120, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(215, 's000215', 'n-Phenyl-ß-naphthylamine', [], [c000032],true,1) ;
 	new Substance(88, 's000088', 'n-Propyl acetate', [new PEL( pelt2, 835, un_9 ), new PEL( pelt2, 200, un_11 ), new PEL( pelt1, 1040, un_9 ), new PEL( pelt1, 250, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(420, 's000420', 'n-Propyl alcohol', [new PEL( pelt2, 492, un_9 ), new PEL( pelt2, 200, un_11 ), new PEL( pelt1, 614, un_9 ), new PEL( pelt1, 250, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(388, 's000388', 'n-Propyl nitrate', [new PEL( pelt2, 107, un_9 ), new PEL( pelt2, 25, un_11 ), new PEL( pelt1, 172, un_9 ), new PEL( pelt1, 40, un_11 )], [c000004, c000017],false,1) ;
 	new Substance(103, 's000103', 'n-Valeraldehyde', [new PEL( pelt2, 176, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000027],false,1) ;
 	new Substance(632, 's000632', 'o-Anisidine', [new PEL( pelt2, 0.5, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000004, c000032],true,1) ;
 	new Substance(290, 's000290', 'o-Chlorobenzylidene malononitrile', [new PEL( pelt3, 0.39, un_9 ), new PEL( pelt3, 0.05, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(265, 's000265', 'o-Chlorostyrene', [new PEL( pelt2, 283, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 425, un_9 ), new PEL( pelt1, 75, un_11 )], [c000011, c000013, c000019, c000020],false,1) ;
 	new Substance(654, 's000654', 'o-Chlorotoluene', [new PEL( pelt2, 259, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(274, 's000274', 'Octachloronaphthalene', [new PEL( pelt2, 0.1, un_9 ), new PEL( pelt1, 0.3, un_9 )], [c000011, c000027],false,1) ;
 	new Substance(116, 's000116', 'Octane', [new PEL( pelt2, 1400, un_9 ), new PEL( pelt2, 300, un_11 ), new PEL( pelt1, 1750, un_9 ), new PEL( pelt1, 375, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(655, 's000655', 'o-Dichlorobenzene', [new PEL( pelt3, 301, un_9 ), new PEL( pelt3, 50, un_11 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(367, 's000367', 'o-Methylcyclohexanone', [new PEL( pelt2, 229, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 344, un_9 ), new PEL( pelt1, 75, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(676, 's000676', 'ortho-Phenylenediamine', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000004, c000032],true,1) ;
 	new Substance(630, 's000630', 'o-sec-Butylphenol', [new PEL( pelt2, 31, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(266, 's000266', 'Osmium tetroxide (as Os)', [new PEL( pelt2, 0.0016, un_9 ), new PEL( pelt2, 0.0002, un_11 ), new PEL( pelt1, 0.0047, un_9 ), new PEL( pelt1, 0.0006, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(130, 's000130', 'o-Tolidine', [], [c000032],true,1) ;
 	new Substance(656, 's000656', 'o-Toluidine', [new PEL( pelt2, 8.8, un_9 ), new PEL( pelt2, 2, un_11 )], [c000004, c000032],true,1) ;
 	new Substance(234, 's000234', 'Oxalic acid', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 2, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(566, 's000566', 'Oxygen difluoride', [new PEL( pelt3, 0.11, un_9 ), new PEL( pelt3, 0.05, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(8, 's000008', 'Ozone', [new PEL( pelt3, 0.2, un_9 ), new PEL( pelt3, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(34, 's000034', 'p-Anisidine', [new PEL( pelt2, 0.5, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000004],false,1) ;
 	new Substance(602, 's000602', 'Paraffin wax, fume', [new PEL( pelt2, 2, un_9 )], [c000002],false,1) ;
 	new Substance(323, 's000323', 'Paraquat, respirable particulates (Respirable dust)', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(357, 's000357', 'Parathion ', [new PEL( pelt2, 0.1, un_9 )], [c000018],false,1) ;
 	new Substance(245, 's000245', 'Particulates Not Otherwise Classified (PNOC) (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(42, 's000042', 'p-Benzoquinone', [new PEL( pelt2, 0.44, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000027],false,1) ;
 	new Substance(39, 's000039', 'p-Dichlorobenzene', [new PEL( pelt2, 301, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 660, un_9 ), new PEL( pelt1, 110, un_11 )], [c000001, c000002, c000004, c000011, c000013, c000032],true,1) ;
 	new Substance(264, 's000264', 'Pentaborane', [new PEL( pelt2, 0.013, un_9 ), new PEL( pelt2, 0.005, un_11 ), new PEL( pelt1, 0.039, un_9 ), new PEL( pelt1, 0.015, un_11 )], [c000019],false,1) ;
 	new Substance(194, 's000194', 'Pentachloronaphthalene', [new PEL( pelt2, 0.5, un_9 )], [c000011, c000027],false,1) ;
 	new Substance(697, 's000697', 'Pentachloronitrobenzene', [new PEL( pelt2, 0.5, un_9 )], [c000011],false,1) ;
 	new Substance(627, 's000627', 'Pentachlorophenol', [new PEL( pelt2, 0.5, un_9 )], [c000001, c000002, c000003, c000008, c000016, c000017, c000019, c000030, c000032],true,1) ;
 	new Substance(123, 's000123', 'Pentaerythritol', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(164, 's000164', 'Perchloroethylene', [new PEL( pelt2, 170, un_9 ), new PEL( pelt2, 25, un_11 ), new PEL( pelt1, 685, un_9 ), new PEL( pelt1, 100, un_11 )], [c000001, c000002, c000011, c000013, c000019, c000032],true,1) ;
 	new Substance(371, 's000371', 'Perchloromethyl mercaptan', [new PEL( pelt2, 0.76, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(529, 's000529', 'Perchloryl fluoride', [new PEL( pelt2, 13, un_9 ), new PEL( pelt2, 3, un_11 ), new PEL( pelt1, 25, un_9 ), new PEL( pelt1, 6, un_11 )], [c000002, c000004, c000023],false,1) ;
 	new Substance(691, 's000691', 'Perfluoroisobutylene', [new PEL( pelt3, 0.082, un_9 ), new PEL( pelt3, 0.01, un_11 )], [c000003],false,1) ;
 	new Substance(619, 's000619', 'Perlite (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(620, 's000620', 'Perlite (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(85, 's000085', 'Phenol', [new PEL( pelt2, 19, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000003, c000011, c000013, c000019, c000027],false,1) ;
 	new Substance(646, 's000646', 'Phenothiazine', [new PEL( pelt2, 5, un_9 )], [c000027],false,1) ;
 	new Substance(29, 's000029', 'Phenyl ether, vapour', [new PEL( pelt2, 7, un_9 ), new PEL( pelt2, 1, un_11 ), new PEL( pelt1, 14, un_9 ), new PEL( pelt1, 2, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(150, 's000150', 'Phenyl glycidyl ether (PGE)', [new PEL( pelt2, 6.1, un_9 ), new PEL( pelt2, 1, un_11 )], [c000002, c000011, c000027, c000028, c000032],true,1) ;
 	new Substance(86, 's000086', 'Phenyl mercaptan', [new PEL( pelt2, 2.3, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000001, c000002, c000019, c000027],false,1) ;
 	new Substance(16, 's000016', 'Phenylhydrazine', [new PEL( pelt2, 0.44, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000004, c000027, c000032],true,1) ;
 	new Substance(397, 's000397', 'Phenylphosphine', [new PEL( pelt3, 0.23, un_9 ), new PEL( pelt3, 0.05, un_11 )], [c000001, c000004, c000027, c000028],false,1) ;
 	new Substance(296, 's000296', 'Phorate', [new PEL( pelt2, 0.05, un_9 ), new PEL( pelt1, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(572, 's000572', 'Phosdrin', [new PEL( pelt2, 0.092, un_9 ), new PEL( pelt2, 0.01, un_11 ), new PEL( pelt1, 0.27, un_9 ), new PEL( pelt1, 0.03, un_11 )], [c000018],false,1) ;
 	new Substance(505, 's000505', 'Phosgene', [new PEL( pelt2, 0.4, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(576, 's000576', 'Phosphine', [new PEL( pelt2, 0.42, un_9 ), new PEL( pelt2, 0.3, un_11 ), new PEL( pelt1, 1.4, un_9 ), new PEL( pelt1, 1, un_11 )], [c000002, c000019],false,1) ;
 	new Substance(536, 's000536', 'Phosphoric acid', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(547, 's000547', 'Phosphorus (yellow)', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000002, c000011, c000013, c000023],false,1) ;
 	new Substance(6, 's000006', 'Phosphorus oxychloride', [new PEL( pelt2, 0.63, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(7, 's000007', 'Phosphorus pentachloride', [new PEL( pelt2, 0.85, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(189, 's000189', 'Phosphorus pentasulfide', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(544, 's000544', 'Phosphorus trichloride', [new PEL( pelt2, 1.1, un_9 ), new PEL( pelt2, 0.2, un_11 ), new PEL( pelt1, 2.8, un_9 ), new PEL( pelt1, 0.5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(623, 's000623', 'Phthalic anhydride', [new PEL( pelt2, 6.1, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(261, 's000261', 'Picloram', [new PEL( pelt2, 10, un_9 )], [c000001, c000002, c000011, c000013],false,1) ;
 	new Substance(629, 's000629', 'Picric acid', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000027],false,1) ;
 	new Substance(617, 's000617', 'Pindone', [new PEL( pelt2, 0.1, un_9 )], [c000005],false,1) ;
 	new Substance(230, 's000230', 'Piperazine dihydrochloride', [new PEL( pelt2, 5, un_9 )], [c000001, c000003, c000027],false,1) ;
 	new Substance(287, 's000287', 'Plaster of Paris (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(286, 's000286', 'Plaster of Paris (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(444, 's000444', 'Platinum ,  Metal', [new PEL( pelt2, 1, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(443, 's000443', 'Platinum, Soluble salts (as Pt)', [new PEL( pelt2, 0.002, un_9 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(2, 's000002', 'p-Nitroaniline', [new PEL( pelt2, 3, un_9 )], [c000001, c000004, c000011],false,1) ;
 	new Substance(1, 's000001', 'p-Nitrochlorobenzene', [new PEL( pelt2, 0.64, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000004, c000011, c000012, c000027, c000032],true,1) ;
 	new Substance(631, 's000631', 'Polytetrafluoroethylene decomposition products', [], [c000003],false,1) ;
 	new Substance(403, 's000403', 'Portland cement (Respirable dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(404, 's000404', 'Portland cement (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001],false,1) ;
 	new Substance(182, 's000182', 'Potassium hydroxide', [new PEL( pelt3, 2, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(41, 's000041', 'p-Phenylenediamine', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000003, c000027],false,1) ;
 	new Substance(488, 's000488', 'Propane', [new PEL( pelt2, 1800, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000004],false,1) ;
 	new Substance(119, 's000119', 'Propane sultone', [], [c000032],true,1) ;
 	new Substance(56, 's000056', 'Propargyl alcohol', [new PEL( pelt2, 2.3, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000011, c000013, c000027],false,1) ;
 	new Substance(592, 's000592', 'Propionic acid', [new PEL( pelt2, 30, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(120, 's000120', 'Propoxur (baygon)', [new PEL( pelt2, 0.5, un_9 )], [c000018, c000032],true,1) ;
 	new Substance(121, 's000121', 'Propylene', [], [c000004],false,1) ;
 	new Substance(401, 's000401', 'Propylene glycol dinitrate', [new PEL( pelt2, 0.34, un_9 ), new PEL( pelt2, 0.05, un_11 )], [c000017, c000019],false,1) ;
 	new Substance(65, 's000065', 'Propylene glycol monomethyl ether', [new PEL( pelt2, 369, un_9 ), new PEL( pelt2, 100, un_11 ), new PEL( pelt1, 553, un_9 ), new PEL( pelt1, 150, un_11 )], [c000001, c000002, c000011],false,1) ;
 	new Substance(511, 's000511', 'Propylene imine', [new PEL( pelt2, 4.7, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(512, 's000512', 'Propylene oxide', [new PEL( pelt2, 48, un_9 ), new PEL( pelt2, 20, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(664, 's000664', 'p-tert-Butyltoluene', [new PEL( pelt2, 6.1, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000004, c000006, c000015, c000016, c000017, c000019],false,1) ;
 	new Substance(40, 's000040', 'p-Toluidine', [new PEL( pelt2, 8.8, un_9 ), new PEL( pelt2, 2, un_11 )], [c000004, c000027, c000032],true,1) ;
 	new Substance(603, 's000603', 'Pyrethrum', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(107, 's000107', 'Pyridine', [new PEL( pelt2, 16, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000011, c000013, c000019],false,1) ;
 	new Substance(76, 's000076', 'Resorcinol', [new PEL( pelt2, 45, un_9 ), new PEL( pelt2, 10, un_11 ), new PEL( pelt1, 90, un_9 ), new PEL( pelt1, 20, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(446, 's000446', 'Rhodium, Metal and insoluble compounds (as Rh)', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(445, 's000445', 'Rhodium, Soluble compounds (as Rh)', [new PEL( pelt2, 0.001, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(298, 's000298', 'Ronnel', [new PEL( pelt2, 10, un_9 )], [c000018, c000031],false,1) ;
 	new Substance(410, 's000410', 'Rosin core solder pyrolysis products (as formaldehyde)', [new PEL( pelt2, 0.1, un_9 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(618, 's000618', 'Rotenone', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000003, c000011, c000013, c000027],false,1) ;
 	new Substance(251, 's000251', 'Rouge (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(256, 's000256', 'Rubber solvent (Naphtha)', [new PEL( pelt2, 1590, un_9 ), new PEL( pelt2, 400, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(387, 's000387', 'sec-Amyl acetate', [new PEL( pelt2, 665, un_9 ), new PEL( pelt2, 125, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(35, 's000035', 'sec-Butyl acetate', [new PEL( pelt2, 950, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(585, 's000585', 'sec-Butyl alcohol', [new PEL( pelt2, 303, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000019],false,1) ;
 	new Substance(78, 's000078', 'sec-Hexyl acetate', [new PEL( pelt2, 295, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(561, 's000561', 'Selenium and compounds (as Se)', [new PEL( pelt2, 0.2, un_9 )], [c000001, c000002, c000003, c000014, c000019, c000027],false,1) ;
 	new Substance(569, 's000569', 'Selenium hexafluoride (as Se)', [new PEL( pelt2, 0.16, un_9 ), new PEL( pelt2, 0.05, un_11 )], [c000001, c000002, c000003, c000014, c000019],false,1) ;
 	new Substance(216, 's000216', 'Sesone', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(695, 's000695', 'Silica - Amorphous, fumes (Respirable dust)', [new PEL( pelt2, 2, un_9 )], [c000003],false,1) ;
 	new Substance(382, 's000382', 'Silica,  Amorphous, Diatomaceous earth (uncalcined) (Total dust)', [new PEL( pelt2, 6, un_9 )], [c000003],false,1) ;
 	new Substance(378, 's000378', 'Silica,  Amorphous, fused (Respirable dust)', [new PEL( pelt2, 0.1, un_9 )], [c000003],false,1) ;
 	new Substance(395, 's000395', 'Silica,  Amorphous, gel (Respirable dust)', [new PEL( pelt2, 6, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(207, 's000207', 'Silica,  Amorphous, precipitated (Total dust)', [new PEL( pelt2, 6, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(235, 's000235', 'Silica,  Crystalline, Cristobalite (Respirable dust)', [new PEL( pelt2, 0.05, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(242, 's000242', 'Silica,  Crystalline, Quartz (Respirable dust)', [new PEL( pelt2, 0.1, un_9 )], [c000003, c000032],true,1) ;
 	new Substance(248, 's000248', 'Silica,  Crystalline, Tridymite (Respirable dust)', [new PEL( pelt2, 0.05, un_9 )], [c000003],false,1) ;
 	new Substance(192, 's000192', 'Silica,  Crystalline, Tripoli (Respirable dust)', [new PEL( pelt2, 0.1, un_9 )], [c000003],false,1) ;
 	new Substance(447, 's000447', 'Silicon (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(316, 's000316', 'Silicon carbide (non fibrous) (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(578, 's000578', 'Silicon tetrahydride', [new PEL( pelt2, 6.6, un_9 ), new PEL( pelt2, 5, un_11 )], [c000001, c000002, c000004, c000027],false,1) ;
 	new Substance(449, 's000449', 'Silver, Metal', [new PEL( pelt2, 0.1, un_9 )], [c000026],false,1) ;
 	new Substance(448, 's000448', 'Silver, Soluble compounds (as Ag)', [new PEL( pelt2, 0.01, un_9 )], [c000026],false,1) ;
 	new Substance(232, 's000232', 'Soapstone (Respirable dust)', [new PEL( pelt2, 3, un_9 )], [c000003],false,1) ;
 	new Substance(233, 's000233', 'Soapstone (Total dust)', [new PEL( pelt2, 6, un_9 )], [c000003],false,1) ;
 	new Substance(288, 's000288', 'Sodium azide', [new PEL( pelt3, 0.3, un_9 ), new PEL( pelt3, 0.11, un_11 )], [c000001, c000002, c000017, c000019],false,1) ;
 	new Substance(531, 's000531', 'Sodium bisulfite', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(390, 's000390', 'Sodium fluoroacetate', [new PEL( pelt2, 0.05, un_9 ), new PEL( pelt1, 0.15, un_9 )], [c000015, c000019],false,1) ;
 	new Substance(183, 's000183', 'Sodium hydroxide', [new PEL( pelt3, 2, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(540, 's000540', 'Sodium metabisulfite', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(634, 's000634', 'Starch (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(577, 's000577', 'Stibine (as Sb)', [new PEL( pelt2, 0.51, un_9 ), new PEL( pelt2, 0.1, un_11 )], [c000004],false,1) ;
 	new Substance(610, 's000610', 'Stoddard solvent', [new PEL( pelt2, 525, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002, c000013, c000019],false,1) ;
 	new Substance(363, 's000363', 'Strychnine', [new PEL( pelt2, 0.15, un_9 )], [c000019],false,1) ;
 	new Substance(12, 's000012', 'Styrene (monomer)', [new PEL( pelt2, 213, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 426, un_9 ), new PEL( pelt1, 100, un_11 )], [c000001, c000002, c000003, c000019, c000020, c000032],true,1) ;
 	new Substance(221, 's000221', 'Subtilisins (Proteolytic enzymes as 100 % pure crystalline enzyme) (as 100% pure crystallin enzyme)', [new PEL( pelt3, 6E-05, un_9 )], [c000002, c000003, c000027],false,1) ;
 	new Substance(694, 's000694', 'Succinaldehyde', [new PEL( pelt2, 4, un_9 ), new PEL( pelt2, 1, un_11 )], [],false,1) ;
 	new Substance(364, 's000364', 'Sucrose', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(696, 's000696', 'Sulfometuron  methyl', [new PEL( pelt2, 5, un_9 )], [c000004],false,1) ;
 	new Substance(313, 's000313', 'Sulfotep', [new PEL( pelt2, 0.2, un_9 )], [c000018],false,1) ;
 	new Substance(475, 's000475', 'Sulfur dioxide', [new PEL( pelt2, 5.2, un_9 ), new PEL( pelt2, 2, un_11 ), new PEL( pelt1, 13, un_9 ), new PEL( pelt1, 5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(281, 's000281', 'Sulfur hexafluoride', [new PEL( pelt2, 5970, un_9 ), new PEL( pelt2, 1000, un_11 )], [c000004],false,1) ;
 	new Substance(5, 's000005', 'Sulfur monochloride', [new PEL( pelt3, 5.5, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(361, 's000361', 'Sulfur pentafluoride', [new PEL( pelt3, 0.1, un_9 ), new PEL( pelt3, 0.01, un_11 )], [c000003],false,1) ;
 	new Substance(568, 's000568', 'Sulfur tetrafluoride', [new PEL( pelt3, 0.44, un_9 ), new PEL( pelt3, 0.1, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(539, 's000539', 'Sulfuric acid', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000001, c000002, c000003, c000025, c000027, c000032],true,1) ;
 	new Substance(291, 's000291', 'Sulfuryl fluoride', [new PEL( pelt2, 21, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 42, un_9 ), new PEL( pelt1, 10, un_11 )], [c000002, c000003, c000019, c000024],false,1) ;
 	new Substance(311, 's000311', 'Sulprofos', [new PEL( pelt2, 1, un_9 )], [c000018],false,1) ;
 	new Substance(240, 's000240', 'Talc, fibrous', [new PEL( pelt2, 1, un_2 )], [c000032],true,1) ;
 	new Substance(241, 's000241', 'Talc, non fibrous (Respirable dust)', [new PEL( pelt2, 3, un_9 )], [c000003],false,1) ;
 	new Substance(450, 's000450', 'Tantalum, metal and oxide dusts (as Ta)', [new PEL( pelt2, 5, un_9 )], [c000003],false,1) ;
 	new Substance(213, 's000213', 'Tellurium and compounds (as Te)', [new PEL( pelt2, 0.1, un_9 )], [c000002, c000003, c000019],false,1) ;
 	new Substance(570, 's000570', 'Tellurium hexafluoride (as Te)', [new PEL( pelt2, 0.1, un_9 ), new PEL( pelt2, 0.02, un_11 )], [c000003],false,1) ;
 	new Substance(309, 's000309', 'Temephos', [new PEL( pelt2, 10, un_9 )], [c000018],false,1) ;
 	new Substance(62, 's000062', 'TEPP', [new PEL( pelt2, 0.047, un_9 ), new PEL( pelt2, 0.004, un_11 )], [c000018],false,1) ;
 	new Substance(670, 's000670', 'Terephthalic acid', [new PEL( pelt2, 10, un_9 )], [c000002],false,1) ;
 	new Substance(284, 's000284', 'Terphenyls', [new PEL( pelt3, 4.7, un_9 ), new PEL( pelt3, 0.5, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(340, 's000340', 'tert-Butyl acetate', [new PEL( pelt2, 950, un_9 ), new PEL( pelt2, 200, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(515, 's000515', 'tert-Butyl alcohol', [new PEL( pelt2, 303, un_9 ), new PEL( pelt2, 100, un_11 )], [c000019],false,1) ;
 	new Substance(129, 's000129', 'tert-Butyl chromate (as CrO3)', [new PEL( pelt3, 0.1, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(205, 's000205', 'Tetrachloronaphthalene', [new PEL( pelt2, 2, un_9 )], [c000011],false,1) ;
 	new Substance(96, 's000096', 'Tetrahydrofuran', [new PEL( pelt2, 300, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002, c000011],false,1) ;
 	new Substance(306, 's000306', 'Tetramethyl succinonitrile', [new PEL( pelt2, 2.8, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000019],false,1) ;
 	new Substance(331, 's000331', 'Tetranitromethane', [new PEL( pelt2, 0.04, un_9 ), new PEL( pelt2, 0.005, un_11 )], [c000001, c000002, c000003, c000004, c000032],true,1) ;
 	new Substance(546, 's000546', 'Tetrasodium pyrophosphate', [new PEL( pelt2, 5, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(324, 's000324', 'Tetryl', [new PEL( pelt2, 1.5, un_9 )], [c000001, c000002, c000003, c000019, c000027],false,1) ;
 	new Substance(451, 's000451', 'Thallium, elemental, and soluble compounds (as Tl)', [new PEL( pelt2, 0.1, un_9 )], [c000019, c000020, c000028],false,1) ;
 	new Substance(413, 's000413', 'Thioglycolic acid', [new PEL( pelt2, 3.8, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000027],false,1) ;
 	new Substance(543, 's000543', 'Thionyl chloride', [new PEL( pelt3, 4.9, un_9 ), new PEL( pelt3, 1, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(218, 's000218', 'Thiram®', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(453, 's000453', 'Tin, Metal', [new PEL( pelt2, 2, un_9 )], [c000003],false,1) ;
 	new Substance(452, 's000452', 'Tin, Organic compounds (as Sn)', [new PEL( pelt2, 0.1, un_9 ), new PEL( pelt1, 0.2, un_9 )], [c000001, c000002, c000010, c000013, c000019],false,1) ;
 	new Substance(454, 's000454', 'Tin, Oxide and inorganic compounds, except SnH4 (as Sn)', [new PEL( pelt2, 2, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(212, 's000212', 'Titanium dioxide (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000003],false,1) ;
 	new Substance(80, 's000080', 'Toluene', [new PEL( pelt2, 188, un_9 ), new PEL( pelt2, 50, un_11 )], [c000001, c000002, c000019, c000030],false,1) ;
 	new Substance(285, 's000285', 'Toluene diisocyanate (TDI) (isomers mixture)', [new PEL( pelt2, 0.036, un_9 ), new PEL( pelt2, 0.005, un_11 ), new PEL( pelt1, 0.14, un_9 ), new PEL( pelt1, 0.02, un_11 )], [c000001, c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(161, 's000161', 'Tributyl phosphate', [new PEL( pelt2, 2.2, un_9 ), new PEL( pelt2, 0.2, un_11 )], [c000001, c000002, c000018, c000027],false,1) ;
 	new Substance(522, 's000522', 'Trichloroacetic acid', [new PEL( pelt2, 6.7, un_9 ), new PEL( pelt2, 1, un_11 )], [c000001, c000002, c000027, c000032],true,1) ;
 	new Substance(589, 's000589', 'Trichloroethylene', [new PEL( pelt2, 269, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 1070, un_9 ), new PEL( pelt1, 200, un_11 )], [c000011, c000013, c000019, c000032],true,1) ;
 	new Substance(516, 's000516', 'Trichlorofluoromethane', [new PEL( pelt3, 5620, un_9 ), new PEL( pelt3, 1000, un_11 )], [c000015],false,1) ;
 	new Substance(195, 's000195', 'Trichloronaphthalene', [new PEL( pelt2, 5, un_9 )], [c000011],false,1) ;
 	new Substance(672, 's000672', 'Triethanolamine', [new PEL( pelt2, 5, un_9 )], [c000001, c000003, c000027],false,1) ;
 	new Substance(141, 's000141', 'Triethylamine', [new PEL( pelt2, 20.5, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 61.5, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002, c000003, c000011, c000013],false,1) ;
 	new Substance(347, 's000347', 'Trimellitic anhydride', [new PEL( pelt3, 0.04, un_9 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(282, 's000282', 'Trimethyl benzene', [new PEL( pelt2, 123, un_9 ), new PEL( pelt2, 25, un_11 )], [c000001, c000002, c000003, c000019],false,1) ;
 	new Substance(142, 's000142', 'Trimethyl phosphite', [new PEL( pelt2, 10, un_9 ), new PEL( pelt2, 2, un_11 )], [c000001, c000002, c000027],false,1) ;
 	new Substance(508, 's000508', 'Trimethylamine', [new PEL( pelt2, 12, un_9 ), new PEL( pelt2, 5, un_11 ), new PEL( pelt1, 36, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(580, 's000580', 'Tri-o-cresyl phosphate', [new PEL( pelt2, 0.1, un_9 )], [c000018, c000020],false,1) ;
 	new Substance(375, 's000375', 'Triphenyl amine', [new PEL( pelt2, 5, un_9 )], [c000027],false,1) ;
 	new Substance(124, 's000124', 'Triphenyl phosphate', [new PEL( pelt2, 3, un_9 )], [c000018, c000027],false,1) ;
 	new Substance(456, 's000456', 'Tungsten, Insoluble compounds (as W)', [new PEL( pelt2, 5, un_9 ), new PEL( pelt1, 10, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(455, 's000455', 'Tungsten, Soluble compounds (as W)', [new PEL( pelt2, 1, un_9 ), new PEL( pelt1, 3, un_9 )], [c000002, c000019],false,1) ;
 	new Substance(605, 's000605', 'Turpentine', [new PEL( pelt2, 556, un_9 ), new PEL( pelt2, 100, un_11 )], [c000001, c000002],false,1) ;
 	new Substance(471, 's000471', 'Uranium (natural) , Insoluble compounds (as U)', [new PEL( pelt2, 0.2, un_9 ), new PEL( pelt1, 0.6, un_9 )], [c000013, c000032],true,1) ;
 	new Substance(470, 's000470', 'Uranium (natural), Soluble compounds (as U)', [new PEL( pelt2, 0.05, un_9 )], [c000013, c000032],true,1) ;
 	new Substance(188, 's000188', 'Vanadium pentoxide, fume and respirable dust (as V2O5)', [new PEL( pelt2, 0.05, un_9 )], [c000001, c000002, c000003],false,1) ;
 	new Substance(606, 's000606', 'Vegetable oil mists (except castor, cashew and other similar irritant oils)', [new PEL( pelt2, 10, un_9 )], [c000001, c000002],false,1) ;
 	new Substance(67, 's000067', 'Vinyl acetate', [new PEL( pelt2, 35, un_9 ), new PEL( pelt2, 10, un_11 ), new PEL( pelt1, 53, un_9 ), new PEL( pelt1, 15, un_11 )], [c000001, c000002, c000032],true,1) ;
 	new Substance(370, 's000370', 'Vinyl bromide', [new PEL( pelt2, 22, un_9 ), new PEL( pelt2, 5, un_11 )], [c000032],true,1) ;
 	new Substance(491, 's000491', 'Vinyl chloride (monomer)', [new PEL( pelt2, 2.5, un_9 ), new PEL( pelt2, 1, un_11 ), new PEL( pelt1, 13, un_9 ), new PEL( pelt1, 5, un_11 )], [c000032],true,1) ;
 	new Substance(43, 's000043', 'Vinyl cyclohexene dioxide', [new PEL( pelt2, 57, un_9 ), new PEL( pelt2, 10, un_11 )], [c000001, c000002, c000027, c000028, c000029, c000032],true,1) ;
 	new Substance(279, 's000279', 'Vinyl toluene', [new PEL( pelt2, 242, un_9 ), new PEL( pelt2, 50, un_11 ), new PEL( pelt1, 483, un_9 ), new PEL( pelt1, 100, un_11 )], [c000001, c000002, c000011, c000019],false,1) ;
 	new Substance(609, 's000609', 'VM&P Naphtha', [new PEL( pelt2, 1370, un_9 ), new PEL( pelt2, 300, un_11 )], [c000001, c000002, c000019, c000032],true,1) ;
 	new Substance(615, 's000615', 'Warfarin', [new PEL( pelt2, 0.1, un_9 )], [c000005, c000031],false,1) ;
 	new Substance(110, 's000110', 'Welding fumes (not otherwise classified)', [new PEL( pelt2, 5, un_9 )], [c000002, c000003],false,1) ;
 	new Substance(97, 's000097', 'Wood dust (western red cedar) (Total dust)', [new PEL( pelt2, 2.5, un_9 )], [c000001, c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(267, 's000267', 'Wood dust hard and soft, except red cedar (Total dust)', [new PEL( pelt2, 5, un_9 )], [c000001, c000002, c000003, c000027, c000032],true,1) ;
 	new Substance(198, 's000198', 'Xylene (o-,m-,p- isomers)', [new PEL( pelt2, 434, un_9 ), new PEL( pelt2, 100, un_11 ), new PEL( pelt1, 651, un_9 ), new PEL( pelt1, 150, un_11 )], [c000001, c000002, c000019],false,1) ;
 	new Substance(167, 's000167', 'Xylidine (mixed isomers)', [new PEL( pelt2, 2.5, un_9 ), new PEL( pelt2, 0.5, un_11 )], [c000004, c000011, c000013, c000032],true,1) ;
 	new Substance(472, 's000472', 'Yttrium, metal and compounds (as Y)', [new PEL( pelt2, 1, un_9 )], [c000003],false,1) ;
 	new Substance(534, 's000534', 'Zinc chloride, fume', [new PEL( pelt2, 1, un_9 )], [c000001, c000002, c000003, c000027],false,1) ;
 	new Substance(214, 's000214', 'Zinc chromates (as Cr)', [new PEL( pelt2, 0.01, un_9 )], [c000003, c000027, c000032],true,1) ;
 	new Substance(351, 's000351', 'Zinc stearate', [new PEL( pelt2, 10, un_9 )], [c000002],false,1) ;
 	new Substance(187, 's000187', 'Zinc, oxide, Dust (Total dust)', [new PEL( pelt2, 10, un_9 )], [c000002],false,1) ;
 	new Substance(186, 's000186', 'Zinc, oxide, Fume', [new PEL( pelt2, 5, un_9 ), new PEL( pelt1, 10, un_9 )], [c000003],false,1) ;
 	new Substance(473, 's000473', 'Zirconium and compounds (as Zr)', [new PEL( pelt2, 5, un_9 ), new PEL( pelt1, 10, un_9 )], [c000003],false,1) ;
 	new Substance(642, 's000642', 'β-Naphthylamine', [], [c000032],true,1) ;



//On ajoute les interactions binaires

	new BI(494,327,ic_5,"l2_00001_00112.pdf",'A single chronic study with hamsters was identified.  Acetaldehyde potentiated the mortality caused by benzo(a)pyrene exposure, but for the carcinogenic effect, the results did not allow any justified conclusion.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(494,325,ic_5,"l2_00001_00365.pdf",'A single study was identified.  It demonstrated an infraadditive interaction for the effect on the upper respiratory tract.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(154,198,ic_5,"l2_00004_00659.pdf",'One study on volunteers reports an increase in the urinary excretion of methylbenzoic acid (xylene) in the presence of normal butyl acetate.','Based on good practices, other studies are required to confirm this interaction. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(228,11,ic_5,"l2_00011_00331.pdf",'One toxicokinetic study with rats reports that the simultaneous exposure to ethyl acetate reduces the blood levels of ethylbenzene.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(228,12,ic_5,"l2_00011_00602.pdf",'One toxicokinetic study with rats reports no change in the toxicokinetics of styrene in the presence of ethyl acetate.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(228,80,ic_5,"l2_00011_00635.pdf",'Two studies were identified. One toxicokinetic study with rats reports a reduction in the blood concentration of toluene in the presence of ethyl acetate.  The other study, also with rats, reports no evidence of effect, other than additive, on the nervous system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(228,198,ic_5,"l2_00011_00659.pdf",'One toxicokinetic study with rats reports a reduction in the blood concentration of xylene in the presence of ethyl acetate.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(408,493,ic_5,"l2_00017_00018.pdf",'One toxicokinetic study with rats reports an increase in the toxicity of acetonitrile in the presence of acetone.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(408,398,ic_5,"l2_00017_00046.pdf",'One study with rats was identified.  The methodology is inadequate because it involves only immature animals.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(408,409,ic_5,"l2_00017_00183.pdf",'Two studies were identified, one with mice and the other with rats.  These two studies report a potentiation of the renal or hepatic effects of chloroform in the presence of acetone, respectively.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(408,503,ic_5,"l2_00017_00249.pdf",'Two good quality studies (animal) by gavage demonstrated potentiation of hepatotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(408,655,ic_5,"l2_00017_00260.pdf",'A single animal study with high concentrations of acetone demonstrated different impacts based on the effects considered (coalitivity, potentiation and infraadditivity).','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(408,586,ic_5,"l2_00017_00428.pdf",'Three human studies by inhalation have shown no effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(408,164,ic_5,"l2_00017_00498.pdf",' A good quality study (animal) by gavage has shown no effect on hepatotoxicity.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(408,107,ic_5,"l2_00017_00558.pdf",'Two studies of acceptable quality (animal) by gavage and inhalation demonstrated no effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(408,12,ic_5,"l2_00017_00602.pdf",'Several studies (human) on workers and volunteers. Absence of additive effects on kinetics in the human. Potentiation of pulmonary toxicity at high concentrations with rats.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(408,588,ic_5,"l2_00017_00639.pdf",'Thee good quality studies (animal) by gavage and i.p. demonstrated a potentiation of hepatotoxic effects','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(408,589,ic_5,"l2_00017_00642.pdf",'Four good quality studies (animal) by gavage demonstrated no change for hepatotoxicity except one with a very high dose (potentiation) of trichloroethylene.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(493,164,ic_5,"l2_00018_00498.pdf",'A single study, a single combination (animal) by inhalation demonstrated an infraadditivity of the hepatotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(330,398,ic_0,"l2_00021_00046.pdf",'Several studies have been carried out on humans and animals.  Alcohol consumption potentiates the losses of fecal blood and the bleeding time, but inhibits the gastrointestinal irritation caused by the acetylsalicylic acid.','Based on good practices, other studies are required to confirm inhibition of irritation. In the meantime, we recommend considering that a supraadditive effect exists for this mixture with oral absorption.') ;
	new BI(330,349,ic_5,"l2_00021_00475.pdf",'Two studies on humans investigated the effect of aspirin on the retention of nitroglycerine in the blood and on the hemodynamic response due to nitroglycerin.  The applied doses of nitroglycerin were 25 to 50 times lower than the dose corresponding to the TWA.  One study was published in two articles with minor differences.  According to this study, it seems that aspirin potentiates the effect of nitroglycerine if it is administered for 1 hour, but not 30 hours before the nitroglycerine.  The second study, better controlled, found no interaction.  No study with chronic exposure to nitroglycerine was identified.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(330,198,ic_5,"l2_00021_00659.pdf",'One good quality study (human) by inhalation demonstrated inhibition of metabolism.','Based on good practices, other studies are required to confirm this interaction. We recommend considering the first level analysis for this research tool.') ;
	new BI(542,8,ic_5,"l2_00026_00489.pdf",'Thee animal studies presented contradictory results for lung effects. Two studies on humans demonstrated no interaction or additive effect for effects on the lungs.  However, nitric acid exposure was low (0.05 and 0.1 x TWA).','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(539,25,ic_5,"l2_00031_00102.pdf",'Two studies with rabbits and rats and one study on humans demonstrated no interaction or additive effect for effects on the lungs.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(539,8,ic_5,"l2_00031_00489.pdf",'Eighteen studies with animals and 3 studies with humans were identified. The majority of the animal studies demonstrated no interaction or additive effect for the effects on the lower respiratory tract.  The interactions were reported in the case of sequential or continuous exposure (23.5 h/d).  Short-term studies (2 to 4 hrs) on humans demonstrated no interaction or additive effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(539,475,ic_5,"l2_00031_00593.pdf",'One chronic study with continuous exposure (21 h/d) with dogs reported an additive or coalitive effect for the lungs.  Another chronic study with continuous exposure (24 h/d) with monkeys demonstrated no interactive effect.  Finally, one short-term study (4 h) on humans demonstrated no interactive effect on several systems.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(522,515,ic_5,"l2_00033_00044.pdf",'Two studies by the same authors were identified.  These two studies carried out with rats report a possibility of interaction of tertiary butyl alcohol/trichloroacetic acid in the liver.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(49,325,ic_5,"l2_00034_00365.pdf",'Three animal studies were identified.  One study reported an additive effect for upper respiratory tract irritation, while a second reported no effect.  The third study reported potentiation by acrolein of the reticulation between DNA and proteins in the nasal mucosa, caused by formaldehyde.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(49,475,ic_5,"l2_00034_00593.pdf",'A single study with mice indicated antagonism for sensory irritation.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(53,12,ic_5,"l2_00040_00602.pdf",'One study with rats was identified.  The authors report a possibility of potentiation of nephrotoxic effects of styrene by acrylonitrile.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(55,398,ic_5,"l2_00041_00046.pdf",'One study with rats was done.  Hepatotoxicity was studied and no interaction was demonstrated.','In the absence of other studies on other aspects, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(55,409,ic_5,"l2_00041_00183.pdf",'One study with rats was identified.  For the indicator chosen, the authors report a possibility of supraadditivity, potentiation or additivity effect in the liver for the chloroform/allylic alcohol pair.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(421,117,ic_5,"l2_00042_00137.pdf",'One study with rats was identified.  The authors report an inhibition of 2-butoxyethanol metabolism and a reduction in the hemolytic effect associated with 2-butoxyethanol.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(421,100,ic_5,"l2_00042_00434.pdf",'One study on volunteers was identified.  An additivity of effects for the eyes (irritation) and nose (odour perception) is reported.','Based on good practices, other studies are required to confirm this interaction. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(421,80,ic_5,"l2_00042_00635.pdf",'One study with rats was identified. It showed no interaction for the central nervous system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(421,198,ic_5,"l2_00042_00659.pdf",'Four studies were identified.  Two of the studies, one with rats and the other on humans, demonstrated no interaction for the toxicokinetics of xylene.  The two other studies (same authors) carried out with rats and mice revealed an infraadditivity of effects for the central nervous system (rat) and respiratory pathways (mouse).','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(515,409,ic_5,"l2_00044_00183.pdf",'One study with rats was identified.  It revealed potentiation for hepatic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,406,ic_2,"l2_00046_00053.pdf",'One study on volunteers was carried out.  Methanol metabolism is inhibited by ethanol consumption.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend considering that an inhibition effect exists for this mixture. ') ;
	new BI(398,430,ic_0,"l2_00046_00064.pdf",'A single study was identified.  Alcohol consumption by the rat potentiated central nervous system impairment and aluminum retention in several organs.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(398,226,ic_5,"l2_00046_00073.pdf",'One study with rats was identified but it is inadequate because of insufficient data.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,422,ic_5,"l2_00046_00110.pdf",'Several studies with rats were identified.  The majority demonstrated no interaction.  One study did not mention the number of animals.  Another demonstrated an additive myelotoxic effect and metabolic inhibition.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,117,ic_5,"l2_00046_00137.pdf",'A single study with rats was identified.  Inhibition of the hemolytic effect and excretion was identified.  Since 2-butoxyethanol is not very volatile, human extrapolation is uncertain.','Based on good practices, other studies are required to confirm these interactions.  We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,462,ic_5,"l2_00046_00143.pdf",'Three studies with mice were identified. The methodology is inadequate because it involves only unusual pathways in the workplace.  Sleep time was studied.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,498,ic_0,"l2_00046_00162.pdf",'On study on humans and several studies on animals were identified.  Metabolic inhibition that is expressed by an increase in blood acetaldehyde was observed with volunteers and confirmed with animals.  The effects would be due to the inhibition of aldehyde dehydrogenase.  Potentiation of effects on the central nervous system with animals is observed.','Based on good practices, other studies are required to confirm these interactions. In the meantime, we recommend considering that there is potentiation of the effects associated with ethyl alcohol.') ;
	new BI(398,394,ic_5,"l2_00046_00163.pdf",'A single study with rats was identified.  Potentiation of neurobehavioural effects was reported but the study is insufficient because it does not mention the number of animals and the duration of carbon monoxide exposure.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,409,ic_5,"l2_00046_00183.pdf",'Several studies on animals were carried out.  Ethanol ingestion potentiates the functional impairment of the kidneys and liver caused by the injection of chloroform.  However, the studies are insufficient due to the administration of chloroform by unusual pathways in the workplace.','Based on good practices, other studies are required to confirm this interaction that seems probable to us. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,496,ic_5,"l2_00046_00196.pdf",'Six studies were carried out on animals, with four being considered inadequate (three with an exposure concentration greater than or equal to one hundred times the TWA and one with a single dose). Two studies show that ethanol potentiates the formation of hepatic triglycerides by methylene chloride.','Based on good practices, other studies are required to confirm this interaction because human extrapolation is uncertain. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,491,ic_5,"l2_00046_00198.pdf",'A single study with rats was identified.  It indicates an inhibition of the metabolism of vinyl chloride but the study is insufficient because it does not mention the number of animals.','Based on good practices, other studies are required to confirm this interaction that appears probable to us. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,466,ic_0,"l2_00046_00220.pdf",'One study with rats indicated an increase in hemoglobin and hematocrit.','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend considering that a coalitive effect exists for this mixture.') ;
	new BI(398,84,ic_5,"l2_00046_00229.pdf",'One study with rabbits indicated potentiation of the metabolism by reciprocal acceleration.','Based on good practices, other studies are required to confirm this interaction that appears probable to us. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,46,ic_5,"l2_00046_00246.pdf",'One study with rats demonstrated potentiation of hepatotoxicity.  We do not support the authors\' conclusions because of methodological deficiencies.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,51,ic_5,"l2_00046_00251.pdf",'Two rat studies were identified.  They demonstrated no interaction for carcinogenesis.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,414,ic_0,"l2_00046_00286.pdf",'Two studies on workers and several animal studies were identified. Metabolic inhibition was demonstrated. A coalitive effect was observed in one study on workers (probable result of metabolic inhibition).','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend that a coalitive effect exists for this mixture.') ;
	new BI(398,661,ic_5,"l2_00046_00297.pdf",'One study on volunteers demonstrated inhibition of ethanol metabolism and an increase in blood acetaldehyde.','Based on good practices, other studies are required to confirm this interaction that seems probable.  We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,104,ic_5,"l2_00046_00324.pdf",'Two rat studies were carried out.  The first demonstrated inhibition or potentiation (depending on the gestation period) of several cerebral neurochemical parameters.  The second allows no conclusion to be drawn on postnatal behavioural consequences.','In the absence of other suitable studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,11,ic_5,"l2_00046_00331.pdf",'One rat study was carried out.  Ethanol injection potentiated the amount of ethylbenzene in the blood.  The number of animals used was insufficient.','In the absence of other suitable studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,368,ic_5,"l2_00046_00410.pdf",'One rat study was carried out.  Hepatotoxicity was studied but the dose of ethanol ingested was very high.','In the absence of other suitable studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,433,ic_5,"l2_00046_00416.pdf",'Several animal studies were carried out but the methodology is inadequate.','In the absence of other suitable studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,436,ic_5,"l2_00046_00421.pdf",'Two mouse studies were carried out.  The excretion of mercuric chloride is potentiated by the subsequent injection of ethanol.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,434,ic_5,"l2_00046_00422.pdf",'Several human studies were identified and particularly animal ones.  Ethanol consumption inhibits the retention of inhaled metallic mercury in numerous organs.  Only metallic mercury was studied.','Based on good practices, other studies are required to confirm this interaction that seems probable. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,253,ic_5,"l2_00046_00425.pdf",'One rat study was identified.  It demonstrated no interaction of several of the parameters studied.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,586,ic_5,"l2_00046_00428.pdf",'One human toxicokinetic study was carried out.  Ethanol inhibits the metabolism of methyl ethyl ketone (MEK) and increases the blood concentration of MEK and its metabolites.  One study was carried out on immature rats.','Based on good practices, other studies are required to confirm this interaction that seems probable. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,68,ic_5,"l2_00046_00431.pdf",'Two rat studies were identified.  The methodology is inadequate because it involves only immature animals.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,341,ic_5,"l2_00046_00465.pdf",'Several studies were identified on workers and animals.  Inhibition affects many parameters for different organs or systems while potentiation is observed mainly for the central nervous system.  No interaction was demonstrated in a large proportion of the studies.','Many interactions exist and several of them are probable.  We therefore cannot come to any general conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,349,ic_5,"l2_00046_00475.pdf",'A single study was carried out on healthy volunteers.  Potentiation of the hemodynamic response was observed for one of the two conditions.','Based on good practices, other studies are required to confirm this interaction that seems probable. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,164,ic_5,"l2_00046_00498.pdf",'A single study was carried out on volunteers.  It demonstrated no interaction at the neurological or behavioural level.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,431,ic_5,"l2_00046_00540.pdf",'Two human studies and one animal study were carried out.  An increase in blood lead was observed in one human study and one animal study.','Based on good practices, other studies are required to confirm this interaction that seems probable. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,12,ic_5,"l2_00046_00602.pdf",'Several human and rat studies were carried out.  Ethanol consumption inhibits the metabolism of styrene into mandelic acid and phenylglyoxylic acid for simultaneous exposure.  Toxicity was not sufficiently studied,','Based on good practices, even though the interaction seems probable to us, we cannot come to any conclusion.  We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,80,ic_5,"l2_00046_00635.pdf",'Several human and rat studies were carried out.  Alcohol consumption inhibits the metabolism of inhaled toluene.  Other interactions were identified but they can be different, depending on the exposure conditions.','Many interactions exist and several of them are probable.  We therefore cannot come to any general conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(398,589,ic_5,"l2_00046_00642.pdf",'Several human and rat studies were carried out. The human studies indicate that ethanol inhibits the metabolism of trichloroethylene.  However, a temporal relationship exists.','Based on good practices, other studies are required to confirm this interaction that seems probable. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,141,ic_5,"l2_00046_00646.pdf",'One human study was carried out.  Ethanol inhibits the metabolism of triethylamine.','Based on good practices, other studies are required to confirm this interaction that seems probable. We therefore recommend considering the first level analysis for this research tool. ') ;
	new BI(398,198,ic_0,"l2_00046_00659.pdf",'Several human and rat studies were carried out.  The human studies indicate that ethanol ingestion reduces the metabolism of xylene, which can lead to potentiation of the neurotoxic effects associated with xylene.','Based on good practices, other studies are required to confirm other interactions.  In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(583,498,ic_5,"l2_00049_00162.pdf",'One rat study was identified.  It demonstrated no interaction for toxicokinetics and hepatic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(407,498,ic_5,"l2_00051_00162.pdf",'One rat study was identified.  It revealed an interaction with the metabolism.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(407,409,ic_5,"l2_00051_00183.pdf",'Two good quality (animal) studies by gavage of a limited number of doses demonstrated potentiation of hepatoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(407,496,ic_5,"l2_00051_00196.pdf",'A single animal study by inhalation demonstrated a reduction in the production of carboxyhemoglobin.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(407,80,ic_5,"l2_00051_00635.pdf",'One animal study and one human study (workers; low concentrations) by inhalation.  Only the animal study demonstrated a reduction in metabolism.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(407,588,ic_5,"l2_00051_00639.pdf",'A single animal study by gavage (one dose) demonstrated potentiation of hepatotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(407,589,ic_5,"l2_00051_00642.pdf",'Two animal studies (rats and mice) (orally and by inhalation) demonstrated a change in kinetics and potentiation of the hepatotoxic effect of trichloroethylene.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(406,409,ic_5,"l2_00053_00183.pdf",'A single animal study by gavage demonstrated potentiation of hepatotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(406,496,ic_5,"l2_00053_00196.pdf",'One animal study (rats and monkeys) by inhalation and intraperitoneally demonstrated a reduction in the production of carboxyhemoglobin (intra-peritoneal pathway only).','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(406,604,ic_5,"l2_00053_00308.pdf",'A single animal study by inhalation demonstrated no effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(406,80,ic_5,"l2_00053_00635.pdf",'A single animal study (1 combination) by inhalation demonstrated additivity (irritation) and coalitivity (weight).','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(420,117,ic_5,"l2_00055_00137.pdf",'A single animal study by gavage (one acute dose) demonstrated a reduction in hemolytic effects and urinary metabolites.','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(430,255,ic_5,"l2_00064_00363.pdf",'Two toxicokinetic studies were identified.  Inhibition of fluorine absorption or retention by aluminum and potentiation of aluminum retention by fluorine were observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(430,442,ic_5,"l2_00064_00461.pdf",'A single rat study demonstrated no interaction for cancer at the injection site after a single dose intramuscularly.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(430,431,ic_5,"l2_00064_00540.pdf",'A single rat study observed an antagonistic effect for the blood-forming system after a single dose intra-peritoneally.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(145,212,ic_5,"l2_00067_00633.pdf",'A single study on groups of four rats, evaluating the retention of substances in the lungs, demonstrated no interactive effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(448,332,ic_5,"l2_00092_00203.pdf",'A single poorly documented rat study was identified.  Retention in the body was studied.  We do not support the authors\' conclusions due to methodological deficiencies.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(448,465,ic_5,"l2_00092_00211.pdf",'One toxicokinetic study of the rat was identified.  Potentiation of silver retention in the body by cobalt was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(448,561,ic_5,"l2_00092_00566.pdf",'Two toxicokinetic studies were identified. Selenium potentiates silver retention in the body and lungs of rats and mice.  This effect is attributed to the formation of selenium complexes, which probably have a low toxicity.  In this way, selenium protects against silver\'s toxicity.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(449,462,ic_5,"l2_00093_00143.pdf",'A single poorly documented rat study was identified.  Retention in the body was studied.  We do not support the authors\' conclusions due to methodological deficiencies.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(459,462,ic_0,"l2_00095_00143.pdf",'A single study on workers indicated cosynergy for effects on the kidneys.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(459,380,ic_5,"l2_00095_00205.pdf",'A single study was identified.  It demonstrated no interaction for the effect on the embryo or fetus.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(459,561,ic_0,"l2_00095_00566.pdf",'Eight toxicokinetic studies with rats and mice with single or repeated exposure, by s.c., i.p., i.v. pathways or orally were identified.  In general, simultaneous or consecutive exposure to two elements gave variable results in the effect on metal retention or excretion, except for inhibition of selenium retention in the liver by arsenic.\nFive studies on toxic effects in the rat and mouse with repeated oral exposure were identified.  In one study, arsenic cytotoxicity was inhibited by the selenium administered one hour before the administration of arsenic.\nIn one study, arsenic inhibited the reduction in the weight of the kidneys and liver, and in two studies, the reduction in growth of the rats due to selenium.\nIn two studies, pathological changes in the liver due to selenium were also reduced after the simultaneous application of arsenic.\nIn one study, a supraadditiver effect was observed for the incidence of mammary adenocarcinoma.','Infraadditive effect for hepatotoxicity and cytotoxicity on the one hand, and supraadditive for mammary cancer on the other.') ;
	new BI(260,261,ic_5,"l2_00099_00533.pdf",'A single mouse study was identified.   No interaction in the kidneys, liver or spleen was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(25,177,ic_5,"l2_00102_00344.pdf",'A single study with dogs was identified.  The physiological functions of the lung were tested only after exposure to the mixture, but not to the individual substances.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(25,8,ic_0,"l2_00102_00489.pdf",'Seven human studies and thirty animal studies evaluating interactions in the lower respiratory tract were identified.  The human studies reported no interaction or additive effect, but the fact that they were for the most part of short duration (one or two hours) or with a low exposure (0.1 x TWA) to NO2 during repeated exposures must be considered. Among the animals studies, eight were not taken into consideration for methodological reasons (exposure of 24 h/d), lack of statistics or exposure for the substances alone).  Of the nine publications retained, the authors observed additive or supraadditive effects.','We recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(25,475,ic_5,"l2_00102_00593.pdf",'Two rat studies and two human studies were identified.  The results of the animal studies were not taken into consideration due to continuous exposure (24 h/d).  The short-term human studies (two hours) demonstrated no interaction or additive effect in the lower respiratory tract.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(24,394,ic_5,"l2_00103_00163.pdf",'A single rat study was identified.  It demonstrated an additive effect for the central nervous system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(24,475,ic_5,"l2_00103_00593.pdf",'A single rat study was identified.  It was not taken into consideration due to continuous exposure (24 h/d).','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(422,80,ic_5,"l2_00110_00635.pdf",'Several animal studies and two human studies by inhalation demonstrated a reduction in metabolism and a reduction in leucopenia and lymphocytopenia.','Based on good practices, other studies are necessary to confirm this interaction.  We recommend considering the first level analysis for this research tool.') ;
	new BI(327,203,ic_5,"l2_00112_00479.pdf",'A single mouse study with chronic skin exposure demonstrated no interaction for carcinogenic effects. ','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(48,12,ic_5,"l2_00135_00602.pdf",'Three animal studies (rats and mice) were identified.  One revealed inhibition of butadiene metabolism in the rat.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(462,433,ic_5,"l2_00143_00416.pdf",'A single toxicokinetic study with rats demonstrated no interaction for absorption.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(462,436,ic_5,"l2_00143_00421.pdf",'Two toxicokinetic studies from the same laboratory were identified.  One study observed no interaction for mercury retention in the body or kidneys, but a reduction in mercury incorporation in metallothionein type proteins was noted under the effect of cadmium.  Two other articles discussed results from the same study.  This study is difficult to evaluate because there is no statistical treatment of the results.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(462,431,ic_1,"l2_00143_00540.pdf",'One mouse study (Exon et al, 1979) demonstrated antagonistic action by cadmium on the increased mortality caused by lead exposure when an infectious agent is administered.  The metals were administered in drinking water.  One study on the male rat suggests a synergic effect of spermatogenesis reduction, but the data are not clear or convincing (Der, 1976).  One study did not report an interaction on the hypertensive effect of metals (Perry, 1983).  Another suggests an additive effect (Perry, 1978).  The same group also reports an additive effect at low dose (0.1 ppm in drinking water) and a supraadditive effect at 1 ppm for each metal in drinking water (Perry, 1979).','We consider that the quality and number of the studies are adequate.  We recommend considering that an additive effect exists for this mixture.') ;
	new BI(462,561,ic_2,"l2_00143_00566.pdf",'Five toxicokinetic studies with rats and mice, with single or repeated exposure, simultaneously or sequentially, by the oral, s.c., and i.v. pathways, were identified. In three studies, no statistical analysis was presented.  The results on the interactions were variable, and do not allow a conclusion to be drawn.\nTwo studies evaluated hepatotoxic effects.  In one study, the interaction was not evaluated due to the absence of exposure to cadmium alone in the protocol.  In another study, hepatotoxicity due to cadmium was inhibited by selenium.','Infraadditive effect for hepatotoxicity.') ;
	new BI(396,147,ic_0,"l2_00159_00414.pdf",'The main toxic effect for these two substances is autonomous nervous system impairment.  We identified no study evaluating this effect in the mixture.\nThe effect on development was evaluated in one rat study.  A coalitive effect was seen for the weight of the mothers and placenta as well as for the number of resorptions.  No teratogenic effect was observed for the mixture.\nNo effect on the liver was observed in another study.','Supraadditive interaction for development.') ;
	new BI(158,394,ic_0,"l2_00161_00163.pdf",'Two rat and mouse studies were identified.  One very good study demonstrated potentiation of the effect of carbon monoxide on the formation of carboxyhemoglobin by carbon dioxide and a cosynergy for acidosis.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(498,409,ic_5,"l2_00162_00183.pdf",'One rat study was identified.  It revealed an infraadditivity for renal effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(498,564,ic_5,"l2_00162_00607.pdf",'Two rat studies, evaluating the effects on the embryo and fetus, were identified.  In the first study, the effects observed are at toxic concentrations for the mother.  In the second study, the substances were not individually tested.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(498,589,ic_5,"l2_00162_00642.pdf",'One mouse study was identified.  It revealed an infraadditivity for hepatic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(394,496,ic_5,"l2_00163_00196.pdf",'A single rat study demonstrated an additive effect on carboxyhemoglobin formation.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(394,484,ic_5,"l2_00163_00225.pdf",'Two short-term rat studies (5 to 35 minutes) were identified.  One study demonstrated an additive effect for mortality but at exposures exceeding the STEL for carbon monoxide.  The second study demonstrated a cosynergy for physical incapacity, but at exposures exceeding the STEL for carbon monoxide.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(394,360,ic_5,"l2_00163_00226.pdf",'Four rat and mouse studies were identified.  In all the studies, an unusual pathway (infusion, intraperitoneal) was used for cyanide exposure.  In two studies, the carbon monoxide concentrations used were very high (100 x TWA).  In one study, an infraadditive effect was observed for the cardiovascular system and the autonomous nervous system and an additive effect for the central nervous system.  In two studies, an additive or infraadditive effect was observed for acidosis.  One study observed cosynergy for mortality at high concentrations.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(394,434,ic_5,"l2_00163_00422.pdf",'A single rat study, whose results were not correctly presented, was identified.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(394,341,ic_0,"l2_00163_00465.pdf",'Two studies on systemic effects were identified.  In the first high quality study on rats exposed for four hours, superadditive effects were observed for the autonomous nervous system, the activity of plasma transaminases, and cellular metabolism, but no histological change was observed in the lungs, liver and heart.  In the second study on rabbits exposed for ten days, the authors observed antagonism in the production of prostacycline (molecule playing a protective role against atherosclerosis) in the heart.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(394,431,ic_5,"l2_00163_00540.pdf",'Two studies, from the same authors, on virgin and gestating female rats exposed for three weeks by inhalation, were identified. One toxicokinetic study observed potentiation of the retention of blood lead and an inhibition of the retention of hepatic lead in the virgin rats, an inhibition of the retention of hepatic lead in the gestating rats, and potentiation of the retention of hepatic lead in fetuses.  In the toxicodynamic part of this study, the authors studied the effect of carbon monoxide on the inhibition of heme synthesis.  The degree of inhibition was reduced by the inhalation of carbon monoxide in the fetus, but accentuated in the virgin rats.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(394,475,ic_5,"l2_00163_00593.pdf",'Three animal studies evaluating the interactions for the reproductive system and fetal development were identified.  In two studies, carbon monoxide was not individually tested, and in the third study, the results were not correctly presented.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(366,614,ic_5,"l2_00170_00343.pdf",'A single study on diet-exposed rats was identified.  The inhibition of ATPases in the brain was compared between rats fed with a diet deficient and sufficient in iron.  The methodology of this study does not allow an interaction to be evaluated.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(81,80,ic_5,"l2_00178_00635.pdf",'One rat study was identified.  It revealed additivity in effects for the auditory system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(81,198,ic_5,"l2_00178_00659.pdf",'One rat study was identified.  It revealed additivity in effects for the auditory system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(409,586,ic_5,"l2_00183_00428.pdf",'One rat study was identified.  It revealed potentiation of renal effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(409,68,ic_5,"l2_00183_00431.pdf",'One rat study was identified.  It revealed potentiation of renal effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(496,80,ic_5,"l2_00196_00635.pdf",'Three rat studies were identified.  Depending on the exposure scenario, they revealed potentiation or inhibition of carboxyhemoglobin formation.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(496,198,ic_5,"l2_00196_00659.pdf",'Three rat studies were identified.  Depending on the exposure scenario, they revealed potentiation or inhibition of carboxyhemoglobin formation.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(535,325,ic_5,"l2_00199_00365.pdf",'Two studies from the same laboratory, evaluating the interaction for nasal cancer, were identified.  In the first study, the substances were not individually tested.  In the second study, the authors do not report any influence of hydrogen chloride on the cancer induced by formaldehyde.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(332,465,ic_0,"l2_00203_00211.pdf",'Two studies were identified.  One toxicokinetic study observed potentiation in the retention of chromium in the liver and kidneys after a single exposure and potentiation in the retention of cobalt in the spleen and kidneys after repeated exposure.  Another subchronic study on rabbits exposed by inhalation observed potentiation by chromium of the pulmonary impairment due to cobalt.','Supraadditive effects for lower respiratory tract.') ;
	new BI(332,442,ic_5,"l2_00203_00461.pdf",'A single rat study demonstrated no interaction for cancer at the injection site after a single dose intramuscularly.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(332,441,ic_5,"l2_00203_00462.pdf",'Two studies from the same laboratory, on rabbits exposed for four months by inhalation, were identified.  The authors observed a suppraadditive interaction for pulmonary effects.  We do not support the authors\' conclusions because chromium nitrate was not tested alone.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(332,561,ic_5,"l2_00203_00566.pdf",'One toxicokinetic study was identified.  Chromium III potentiates selenium retention in the liver and spleen and inhibits selenium retention in the brain and erythrocytes in mice.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(379,8,ic_0,"l2_00204_00489.pdf",'Two articles on an experiment on rats exposed by inhalation were identified.  The authors observed no interaction for the immune system.  One toxicokinetic study observed potentiation in the retention of insoluble chromium in the lungs by ozone.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(380,8,ic_2,"l2_00205_00489.pdf",'Two articles on an experiment on rats exposed by inhalation were identified.  The authors observed no interaction for the immune system.  One toxicokinetic study observed potentiation in the retention of soluble chromium in the lungs, liver and kidneys by ozone.','Based on good practices, other studies are required to confirm this interaction.  In the meantime, we recommend that an infraadditive effect exists for this mixture. ') ;
	new BI(380,561,ic_5,"l2_00205_00566.pdf",'Two studies were identified.  In one study that investigated hepatotoxicity in rats, it was impossible to evaluate the interaction because dichromate was not tested by itself.  In one toxicokinetic study with mice, no interaction for selenium retention was observed.                                                                                                                                                                                                                                                                                                                    ','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(465,614,ic_5,"l2_00211_00343.pdf",'A single toxicokinetic study with rats demonstrated an inhibition of cobalt absorption by iron.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(465,441,ic_5,"l2_00211_00462.pdf",'A single study with rabbits exposed by inhalation was identified.  The effects on the lungs were studied.  The interations cannot be evaluated because nickel wa not tested alone.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(465,561,ic_5,"l2_00211_00566.pdf",'In one identified study that investigated mortality, it was impossible to evaluate the interaction because cobalt was not tested alone.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(466,433,ic_5,"l2_00220_00416.pdf",'One mouse study reported an inhibition by manganese of mortality due to copper.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(466,436,ic_5,"l2_00220_00421.pdf",'One toxicokinetic study was identified.  An inhibition of mercury retention in the body and kidneys and an inhibition of mercury incorporation in metallothionein type proteins was noted under the effect of copper.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(466,438,ic_5,"l2_00220_00452.pdf",'One study on cattle observed a potentiation in copper retention in plasma by molybdenum.  Another study on guinea pigs observed the potentiation of molybdenum retention in the liver and kidneys, but not in the blood.  In this study, copper inhibited the reduction in growth caused by molybdenum.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(466,442,ic_5,"l2_00220_00461.pdf",'A single rat study demonstrated no interaction for cancer at the injection site after a single dose intramuscularly.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(466,561,ic_5,"l2_00220_00566.pdf",'One study noted a greater retention of copper in the liver of goats pretreated with selenium accompanied by hepatic toxicity and mortality not observed in the animals treated only with copper.  Another study did not observe this greater accumulation in the organs, but with a different administration protocol.  Another study again with mice showed a slight reduction in selenium retention by copper(I), but not by copper (II) for mice in the plasma, heart and testicles only.  Finally, no reciprocal effect of copper (II) and selenium was observed for mice in another study.','The divergences observed in different experimental models do not allow us to come to any conclusions about this pair.  We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(84,655,ic_5,"l2_00229_00260.pdf",'One study was identified (mouse and rat). Depending on the species studied, infraadditivity or potentiation of the effects was reported for the liver.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(503,164,ic_5,"l2_00249_00498.pdf",'One rat study was identified.  It demonstrated additivity of effects for the liver.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(503,588,ic_5,"l2_00249_00639.pdf",'One rat study was identified.  It demonstrated additivity of effects for the liver.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(503,589,ic_5,"l2_00249_00642.pdf",'One animal study by gavage demonstrated potentiation of hepatotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(51,661,ic_5,"l2_00251_00297.pdf",'One four-month animal study (inhalation).  Supraadditivity for feto- and embryotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(51,604,ic_5,"l2_00251_00308.pdf",'One study on rats exposed by inhalation was identified.  It demonstrated supraadditivity of effects on the embryo and fetus.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(655,586,ic_5,"l2_00260_00428.pdf",'One animal study by inhalation (4 hours) that demonstrated infraadditivity for hepatotoxicity.','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(655,68,ic_5,"l2_00260_00431.pdf",'One animal study (rats and mice) by inhalation at rather high concentrations demonstrated infraadditivity (G6P, cytochrome P-450, GST) when methyl isobutyl ketone is low and potentiation of hepatotoxic effects (degenerative changes) when methyl isobutyl ketone is high.','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(414,44,ic_5,"l2_00286_00306.pdf",'A single toxicokinetic study on four rats was identified.  No interaction with N,N-dimethylformamide metabolism was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(155,164,ic_5,"l2_00293_00498.pdf",'One animal study by inhalation (4 hours) that demonstrated infraadditivity for hepatotoxicity.','In the absence of other studies, we cannot come to any conclusion about this mixture. We  recommend considering the first level analysis for this research tool.') ;
	new BI(661,615,ic_0,"l2_00297_00658.pdf",'Disulfiram exacerbated the hypotrothrombinemia due to S-warfarin.','Based on good practices, this observation should be confirmed in at least one other independent study. In the meantime, we recommend considering that a supraadditive effect exists between these two substances.') ;
	new BI(661,198,ic_5,"l2_00297_00659.pdf",'One animal study (xylene: inhalation; disulfiram: water) demonstrated no effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(268,147,ic_0,"l2_00307_00414.pdf",'The main toxic effect for these two substances is impairment of the autonomous nervous system.  A single human study observed a coalitive effect.','Based on good practices, this observation should be confirmed in at least one other independent study. In the meantime, we recommend considering that a supraadditive effect exists for the autonomous nervous system.') ;
	new BI(454,561,ic_5,"l2_00311_00566.pdf",'A toxicokinetic study with mice demonstrated a cosynergic interaction for the increase in metal retention in the body, which could increase the systemic toxicity of the two metals.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(11,198,ic_5,"l2_00331_00659.pdf",'Two non-relevant animal studies.  One human study demonstrated reciprocal inhibition of the metabolism by inhalation at relatively high concentrations.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(38,586,ic_5,"l2_00332_00428.pdf",'One animal study by gavage and inhalation demonstrated potentiation of neuroperipheral effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(614,441,ic_5,"l2_00343_00462.pdf",'A single study was identified.  Potentiation by nickel of the increase in hematocrit and hemoglobin was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(614,561,ic_5,"l2_00343_00566.pdf",'A single toxicokinetic study with rats was identified.  No interaction for retention in the body and organs was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(537,475,ic_5,"l2_00362_00593.pdf",'A very poorly documented study evaluated interactions in several organs and systems.  A coalitive interaction was reported for the reduction in body weight.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(255,433,ic_5,"l2_00363_00416.pdf",'A single poorly documented rat and mouse study was identified.  Mortality after intra-peritoneal application was studied.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(255,561,ic_5,"l2_00363_00566.pdf",'Two studies were identified.  In one study that investigated mortality, it was impossible to evaluate the interaction because fluoride alone was not tested. In the second study, the authors studied hepatotoxicity and nephrotoxicity.  This time, selenium was not tested alone.  In the second study, no effect of selenium on fluoride retention was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(325,8,ic_5,"l2_00365_00489.pdf",'Three rat studies evaluted interactions for the respiratory tract.  A supraadditive interaction was reported for the upper respiratory tract.  The results were contradictory for the lower respiratory tract.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(102,586,ic_5,"l2_00391_00428.pdf",'Many animal studies (inhalation and gavage) demonstrated potentiation of effects (nerve conduction) and an inhibition of metabolism.  One human study (inhalation) demonstrated a reduction in the excretion of 2,5-hexanedione at average exposure levels.','Based on good practices, other studies are required to confirm this interaction that seems probable.  We recommend considering the first level analysis for this research tool.') ;
	new BI(102,12,ic_5,"l2_00391_00602.pdf",'One animal study (intra-peritoneal) involving a mixture.  No effect on kinetics.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(102,80,ic_5,"l2_00391_00635.pdf",'Three animal studies were identified.  These three studies revealed inhibition of the metabolism of n-hexane in the presence of toluene.  One study on volunteers (gavage) and four studies on animals (two species) conclude about infraadditivity of effects on the peripheral nervous system.  One animal study also reports infraadditivity of effects on vision, a cosynergy of effects on the auditory system, and infraadditivity for the central nervous system.','Considering the data available, we consider as meaningful the infraadditivity effect of tolune on the peripheral neurotoxicity of n-hexane.  Considering the other possible effects on other systems and in the absence of other studies, we recommend considering the first level analysis for this research tool.') ;
	new BI(102,589,ic_5,"l2_00391_00642.pdf",'One human study was identified. It demonstrated no interaction for the metabolism.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(102,198,ic_5,"l2_00391_00659.pdf",'One rat study and another human study were identified.  The animal study demonstrated cosynergy for the auditory system, infraadditivity of effects for vision, and infraadditivity regarding the peripheral nervous system.  The human study demonstrated no interaction for the metabolism.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(433,436,ic_0,"l2_00416_00421.pdf",'Two studies were identified.  In one toxicokinetic study, inhibition of mercury retention in the liver and potentiation of mercury retention in the kidneys were noted under the effect of manganese. No interaction for metal retention was observed in the brain.  In another study, a supraadditive interaction was observed for central nervous system impairment, evaluated by biochemical indicators.','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend considering that a supraadditive effect exists for central nervous system impairment.') ;
	new BI(433,68,ic_0,"l2_00416_00431.pdf",'A single good quality rat study with intravenous exposure was identified.  The authors observed potentiation of manganese hepatotoxicity by methyl isobutyl ketone.','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend considering that a supraadditive effect exists for this mixture.') ;
	new BI(433,442,ic_5,"l2_00416_00461.pdf",'Two rat studies from the same laboratory with a single intramuscular exposure were identified. In one study, a slight anticarcinogenic effect of manganese sulfide, but not dioxide, trioxide or manganese carbonyl was observed.  In the second study, an anticarcinogenic effect of dust containing 62% manganese and 36% manganese dioxide was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(433,441,ic_5,"l2_00416_00462.pdf",'A single study with mice exposed intra-peritoneally was identified.  The authors studied effects on neurobehavioural development. The type of interaction cannot be determined from the results.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(433,431,ic_0,"l2_00416_00540.pdf",'A single study with rabbits exposed intravenously was identified.  A supraadditive effect was observed for the blood-forming system and the liver.','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend considering that a supraadditive effect exists for this mixture.') ;
	new BI(433,561,ic_5,"l2_00416_00566.pdf",'In two toxicokinetic studies with rats and mice with oral and intravenous exposure, no interaction for selenium retention in the organs was observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(433,472,ic_5,"l2_00416_00662.pdf",'In one study on mice exposed to very low doses, no interaction for development was observed,  The specific compounds of manganese and yttrium are not specified.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(435,561,ic_5,"l2_00420_00566.pdf",'Two toxicokinetic studies on mice were identified.  In one experiment with simultaneous exposure for 14 days, the authors observed inhibition by selenium of mercury retention in the body and lungs. In the other organs, the dose-retention relationship was not linear.  In another experiment with simultaneous exposure for ten weeks, the authors observed potentiation of mercury retention in the kidneys.\nOne study observed an increase in antibody synthesis after simultaneous exposure.  Also, selenium countered the partial suppressor effect of the immune response caused by methylmercury alone.  A protective effect is therefore involved here.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(436,561,ic_1,"l2_00421_00566.pdf",'There is abundant literature dealing with the interactions between mercury and its compounds and selenium and its compounds.  The great majority of these studies involve the distribution of metals in the body and in subcellular fractions.  In the majority of the studies, a longer retention time is observed for the two metals in the blood and liver when the two compounds are administered in relation to the administration of a single metal.  Furthermore, mercury increases selenium retention or accumulation in the kidneys, while selenium reduces mercury retention or accumulation in this same organ.  One study carried out at very low doses of selenium and mercury did not observe any effect of selenium on mercury retention.  Mercury and selenium also form a complex with each other, but it is difficult to determine whether the formation of this complex has a detoxification effect or the opposite.','Using caution, we recommend considering that the increase in retention of either metal in the body is a deleterious effect and that the effect of combined exposure is minimally additive.') ;
	new BI(436,213,ic_5,"l2_00421_00614.pdf",'Two toxicokinetic studies were identified.  Potentiation of mercury retention in the body and the different organs, including the brain, was noted under the effect of tellurium. Tellurium may behave like selenium by forming complexes with mercury, and in this way detoxifies mercury.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(434,438,ic_5,"l2_00422_00452.pdf",'One toxicokinetic study was identified.  No interaction for mercury retention in the body and different organs was noted under the effect of molybdenum.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(434,561,ic_0,"l2_00422_00566.pdf",'A few studies show that selenium and mercury each increase the retention of the other in various organs, sometimes very significantly.  Although other studies have demonstrated that selenium may protect against the toxicity of methylmercury, it is less certain that this protection also applies to inorganic mercury.','The studies suggest that the concomitant exposure to mercury and selenium can increase the toxicity of mercury in a synergic way.') ;
	new BI(434,213,ic_5,"l2_00422_00614.pdf",'One toxicokinetic study was identified. Potentiation of mercury retention in the body and different organs was noted under the effect of tellurium.  Tellurium may behave like selenium by forming complexes with mercury and in this way, detoxifies mercury.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(586,68,ic_5,"l2_00428_00431.pdf",'One rat study and another human study were identified.  The two studies demonstrated no interaction for the peripheral nervous system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(586,80,ic_5,"l2_00428_00635.pdf",'Two human studies, with one involving low levels of exposure, report no toxicokinetic interaction for toluene.  Another human study reports the absence of interaction for the central nervous system.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(586,198,ic_0,"l2_00428_00659.pdf",'Two human studies and another rat study demonstrate inhibition of xylene metabolism in the presence of methyl ethyl ketone, which may lead to potentiation of the effects associated with m-xylene.','Considering the data available, we consider as meaningful the potentiation effect of methyle ethyl ketone on the toxicokinetics of m-xylene.') ;
	new BI(68,80,ic_5,"l2_00431_00635.pdf",'One human study involving acute exposure by inhalation (2 hours).  No effect observed.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(68,198,ic_5,"l2_00431_00659.pdf",'One human study by inhalation (4 hours) was identified.  No effect on kinetics.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;
	new BI(438,561,ic_5,"l2_00452_00566.pdf",'Two studies on rats exposed through diet were identified.  In one study in investigating mortality, there was no exposure to molybdate alone to be able to evaluate the possibility of interaction.  In another study, no interaction was observed for selenium retention in the different organs.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(642,648,ic_5,"l2_00458_00470.pdf",'The two substances are carcinogenic without an exposure limit value.','Use the ALARA principle.') ;
	new BI(441,561,ic_5,"l2_00462_00566.pdf",'Two studies on rats and mice were identified.  In one toxicokinetic study with a single intravenous exposure, potentiation of selenium retention in the lungs and spleen was observed.  In one chronic study, mortality and degenerative changes in the liver were evaluated.  It was impossible to evaluate interactions due to the lack of exposure to nickel alone.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(441,188,ic_0,"l2_00462_00655.pdf",'A single high quality study on rats exposed by inhalation for four days was identified.  The authors observed cosynergy for the cardiac system and the lungs.','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(441,472,ic_0,"l2_00462_00662.pdf",'A single study with mice exposed intra-peritoneally during gestation was identified.  The authors identified effects on neurobehavioural development. Potentiation of the effect of nickel by yttrium was observed.','Based on good practices, other studies are required to confirm this interaction. In the meantime, we recommend considering that a supraadditive effect exists for this mixture. ') ;
	new BI(8,245,ic_5,"l2_00489_00548.pdf",'A single animal study was identified.  It demonstrated potentiation of the effect of ozone on the lungs by dust.','Based on good practices, other studies are required to confirm this interaction that seems possible. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(8,475,ic_5,"l2_00489_00593.pdf",'Six human studies and one animal study evaluating interactions for the upper respiratory tract were identified.  Four human studies and one animal study demonstrated no interaction or the additive effect.  One study without statistical treatment of the results reported cosynergy. One study observed an inhibition of the effect of ozone by sulfur dioxide.','Based on good practices, other studies are required to confirm independent effects that seem probable. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(164,588,ic_5,"l2_00498_00639.pdf",'A single animal study by gavage (one dose) demonstrated additive hepatotoxic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(164,589,ic_5,"l2_00498_00642.pdf",'Animal studies (intra-peritoneal and gavage) demonstrated additivity and potentiation for hepatoxic effects.  One human study demonstrated inhibition of metabolism and reduction in metabolite excretion.','Based on good practices, other studies are required to confirm this interaction. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(431,561,ic_5,"l2_00540_00566.pdf",'Three toxicokinetic studies on rats and mice were identified.  In one study with a single subcutaneous exposure, no interaction was observed in the hepatic elimination of selenium.  In the second study with oral exposure for 14 days, no interaction for blood retention of selenium was observed.  In the third study with a single intravenous exposure, inhibition of selenium retention in the erythrocytes and plasma and potentiation of selenium retention in the liver and spleen were observed.','In the absence of consistency between these studies and while awaiting other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(431,473,ic_5,"l2_00540_00668.pdf",'A single study of mice exposed once by gavage was identified. Supraadditive interactions were observed for mutagenicity.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(561,451,ic_5,"l2_00566_00630.pdf",'One study of rats exposed through diet or subcutaneously was identified. In this study, no interaction was observed for hepatotoxicity, retention and hepatic elimination or body weight.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(561,455,ic_5,"l2_00566_00652.pdf",'One study of rats exposed through diet was identified. In this study, where mortality was studied, there was no exposure to tungsten alone to be able to evaluate the possibiity of interaction.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(561,470,ic_5,"l2_00566_00654.pdf",'One study of rats exposed through diet was identified. In this study, where mortality was studied, there was no exposure to uranium alone to be able to evaluate the possibiity of interaction.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(242,212,ic_5,"l2_00577_00633.pdf",'A single study on groups of four rats, evaluating the retention of substances in the lungs, demonstrated no interactive effect.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(12,80,ic_5,"l2_00602_00635.pdf",'Three animal studies involving two exposure pathways (intra-peritoneal and inhalation) were identified. The results do not allow a conclusion to be drawn about the impact of the interaction.','Based on good practices, other studies are required to confirm this interaction. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(12,589,ic_5,"l2_00602_00642.pdf",'Three animal studies involving two exposure pathways (intra-peritoneal and inhalation, for five days). Inhibition of metabolism (metabolites) and additive effects on auditory function.  Debatable quality.','Based on good practices, other studies are required to confirm this interaction. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(80,589,ic_5,"l2_00635_00642.pdf",'Three animal studies involving three exposure pathways. A single human study (oral).  Metabolic inhibition observed for animals only.','Based on good practices, other studies are required to confirm this interaction. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(80,198,ic_0,"l2_00635_00659.pdf",'Four studies, with two on humans demonstrated inhibition of xylene and toluene metabolism when present simultaneously.  One study involving two animal species concludes about cosynergy for the central nervous system.','Considering the data available, we consider as meaningful the mutual interaction effect (inhibition of metabolism) for these two solvents.') ;
	new BI(588,589,ic_5,"l2_00639_00642.pdf",'One rat study was identified. It revealed additivity for hepatic effects.','In the absence of other studies, we cannot come to any conclusion about this mixture. We therefore recommend considering the first level analysis for this research tool.') ;
	new BI(589,198,ic_5,"l2_00642_00659.pdf",'A single animal study by inhalation for 5 days (8 h/d).  Additivity of effects (reduction) for auditory function.','In the absence of other studies, we cannot come to any conclusion about this mixture. We recommend considering the first level analysis for this research tool.') ;


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	STRINGS['finalResultsPercent']='<span class="percent"><span class="crO">[</span><span class="val">{0}</span><span class="crF">]</span></span>' ;
	STRINGS['finalResultsHiLiteNo']='<span class="subsNo">{0}{1}</span>' ;
	STRINGS['finalResultsClassNo']='<span class="cls">{0}</span>' ;
	STRINGS['patExpIntro']='<div class="expIntro">{0}</div>' ;
	STRINGS['patExp']='<div class="exp"><div class="p0">{0}</div>{1}</div>' ;
	STRINGS['patExp02']='<div class="exp02"><span class="p0">{0}</span>: <span class="p0">{1}</span>.</div>' ;
	STRINGS['finalResultsPositionCancer']='{0} : {1}<br/>{2}' ;
	STRINGS['bin']='<div class="bin"><div class="titre">{0}</div>{1}</div>' ;
	STRINGS['finalResultsClassDetails']='<div>{0} = {1}</div>' ;
	STRINGS['finalResultsClassName']='<span class="clsName">{0}</span>' ;
	STRINGS['finalResultsAWarning']='<div class="meg">{0}</div>' ;