Document Lpdm467o2rGN7MJ7nrjjd887z

TABLE I LIMITING DOSAGES DIFFERENTIATING TOXIC AND NONTOXIC SUBSTANCES ACCORDING TO ROUTE OF ADMINISTRATION TO EXPERIMENTAL ANIMALS OF A MAXIMUM SINGLE (ACUTE)* DOSE CAUSING DEATH*** ROUTES OF ADMINISTRATION (WITH LIST ABBREVIATIONS) <* o 00 to o o g g SPECIES (with list designations) Oral (or)) Rectal (rec) Intraduodenum (idu) latracervix (iev) Inhalation (ihl) Skin (skn) Parenteral Intraperitooeal (ipr) Intrapleural (ipO Subcutaneous (scu) Intradenaal (idr) Implant (imp) Intravenous (ivn) Intramuscular (ims) Ocular (ocu) Intracerebral (ice) Intratracheal (iir) Intraplacenla (ipc) Intravaginal (ivg) Intrarenal (im) Other (par) Unreported (unk) Mouse (mus). Hamster (ham), Frog (frg), Gerbil (grb) Rat (rat). Squirrel (sql) Mammal, unspecified (mam) Rabbit (rbt), Guinea Pig (gpg). Chicken (ckn), Pigeon (pgn). Quail (qal), Duck (dek), Turkey (trie). Bird (brd) Dog (dog). Monkey (mky). Cat (cat). Pig (pig), Cattle (ctl). Domestic Animals: sheep, goat, horse (dom) . mg/kg 2500 ppm 5000 5000- 10000 mg/M 1000 2000 mg/Kg 1400 mg/Kg 1000 2800 2000 10000 20000 4000 2800-- 4000 10000 20000 4000 5600 4000 mg/Kg 5000 10000** 20000 20000 mg/Kg 750 1500 mg/Kg 1000 2000 mg/Kg 2500 5000 3000 4000 10000 3000 4000 1000C xviii Applies to those substances for which acute toxicity characterizes the response. fast-acting substances, irritants, narcosis-producing substances, most drugs; does not apply to substances whose characteristic response results from prolonged exposure, e.g., silica, lead, bciueoe, carbon disulfide, carcinogens. Concentrations more appropriately char acterizing ihe toxicity of long- or slow-acting substances are derived from non-acute toxicity studies. From Hme and Jacobson. AIHAAP IJ, 141,54. ' . ^ Calculated from experimental data (StokisgerL \^ 22140 RULES AND REGULATIONS 0-1, 0-2, or 0-3 for th material Involved. <U> To Illustrate the formula pre scribed In subdivision (1) of this subpara* graph. note that Isoamyl acetate has an -hour time weighted average limit of too ppm. (table 0-1). Assume that an employee to subject to the following exposure: Two hours exposure at 1B0 p.p.m. Two hour* exposure *t 7ft p.p.m. Four hours exposure at 50 p.p.m. Substituting this Information In the formula, we have axi#o+ax7ft + *xso ----------------------- -------- - =ei.25 p.p.m. a Since 51.25 p.p.m. Is less than 100 p.p.m.. the 6-hour time weighted average limit, the exposure is acceptable. () (1) In case of a mixture of air con taminants an employer shall compute the equivalent exposure as follows: o. c. o. Km =--^---- + . . . -- L, L, L. Whara: . la the equivalent exposure for the mixture. . C la the ooncontratloD ot a parttoular oon- Umlnent. .. L Is the exposure Umlt for that oontaml- neat, from table 0-1. 0-2, or CM. The value of B. shall not exceed unity (1). 01) To illustrate the formula pre scribed in subdivision (1) of this sub paragraph, oonslder the following exposures: Material oenirettoa of 8-hour eipceure Shout time weighted arerace eipoeura limit Antic Mid................................... AofMe anhydride......................... Antoof......................................... Aoetonttrlle.................................. Acetylene dlchlortde, m* t, S- Dlohloroethylene...................... Acetylene tetrabromlde............. Acrolein...................................... Acrylamide--Skin........................ Acrylonitrile--Skin..................... Aldrla--Skin................................. Alin eteobol-Skla..................... Alls'! chlOTlde............................... *C AllylRlreldyl ether (AGE). Allyl propyl dleulflde................. 9-Amlneetneaol, eee Ethanol* amine........................................ J-Amlnopyrldloe......................... **Amtnotm................................. Ammonium mJlomete (Am* mete)........................................ j-Amyl miUU............................ eee-Amyl aeetate......................... AniUne-Bkin..................... Anleldtne (. p-laomefe)--Bkm... Antimony and oompouide (M Sb)......................................... ANTU (alpha naphthyl thiourea)...;........................ . Areenle and compound! (ea Aj).. A. 'rielnlnpe'h..ci^iriethyl^sVla-....... Ba__ri_u_m_(_s_o_lu_b_l_e_e__a_mippooodi_o_d_i).. P-Bentoqulnone, eea Qoiaoae. Beruerl parooxidldee...-~.......................... Bentyl chloride. Biphenyl, eee Diphenyl.......... Bliphtnol A, eee Dlglyeldyl ether...................................... Boron ulde...'...5................. C Boron trUtuoride............... Bromolorm--Skta....... 3-Butenone...................... ........... 9-Butowy ctbeooi (Butyl Cel* laeolee)--Skin.......................... Butyl eceute (n-butyl acetate). im-Butyl acetate......................... teruButyl acetate.................. Butyl alcohol............................... eeo-Buiyl alcohol--......... . tert-Butyl eloobel.................. . C Butylamine--8km... . soop.p.m.... 1,000 p.p.m. l-Buianonr (Table 0*1).. . 48p.p.m... . 900 p.p.m. Toluene (Table 0*3)......... . Mp.p.a.... .jtyli______--........... ........... P-tert-Butyltolueoe.................... Calcium areenate.. Substituting in the formula, we have: Calcium oilde... "Camphor...1.......................... BOO 46 40 Cirbiiyl (Serin)...................... Carbon black.................................. " i.ooo aoo eoo Carbon dloitde................... . Carbox monoxide........-------- X. a o .500 +0.226 +0.200 X. =0.035 Cblordane--Sktu............................ Chlorinated caapbene-Skin------a Chlorinated diphenyl oxide._____ Cblorloe................................. . Since E. to less than unity (1), the expo< Chlorine dioxide. ............. ...... urfe combination 1s within acceptable C Chlorine trtiuartda................ C ChloroaeotaldeSydt................ limits. ChtarooCftophenoae (e) To achieve compliance with, para (pbenacyloblorida)........... Chlorobenaene (mooochleeo- graph (a) through (d) of this section; beniene)............... ......... administrative or engineering controls 0-ChlorobentyUdeoo must first be determined and Imple metononltrtle (OCBM)....... Chtorobromomechaat.......... mented whenever feasible. When such XChloro-l>butadteee, eee controls are not feasible to achieve full, Chloroprene........................... Chlnrodl phenyl (48 percent . compliance, protective equipment or any Chlorine)--Skis........................ other protective measures shall be used* Chloradlpbenyl <84 peroeot Chlorine)--Akin........................ to keep the exposure of employees to air 1-Chloro.S.Sopotypropaae, eea contaminants within tha limits pre Eploblorhydrin......................... scribed in this Motion. Any equipment aChloroetheool.jaa Etbyteae ehlorohydno................ ............. and/or technical measures used for this Chloroethylena, toe Vinyl purpose must be approved for each par oblorlde...................................... C ChlorolORB (triobloeo* ticular use by a competent Industrial methane).............................-- hygienist or other technically qualified l*ChtorM*nitropropane........ person. Whenever respirators are used, ChloropWrin.............................. Chloroprene (S<b)oro-Il8* their use shall comply with I '910.134. butadleoe)--Skla.............. -- r*. ai ai SO 30 as is Tasli o-l--Continued Chromium, sol. chromic, chroaoue salte ee Cr.--.............. . Metal nd Ineel. eelte... cene. BeP. pheaaathre acridine, eorrseoe, pyrene... Cobalt, metal luma and duet.. CrraoT(ell Women)--Skis...... 5 Crotonaldehyde........................ > Cumene--Skin................................ is Cyanide (ae CN)--Skis.............................. ... Cyeloheiana.............. .................. MO Cyciohexanol.................................. 10 Cyclohexanone.______ __________ M Cyctoheieoe............................... HO Cyclopantedhat............................. SS J.4-D..:........................................................... DDT--SMa....... -.......................................... DDVP. mo DMUorveu................................... ' - ,.... AM Deration Skin Dlaoetowealeoboi (s-bydroxy* lyM-pestaoeoe) Inoethaae, me mealemma.-- >lbutyIpbtbalate..... as WC' p>Dioh)orobesaM.. Pichlorodiflunromethaflo........... lA-DlchloreAAdlmatkyl hydantoM.................................... i.i-DiehtoreetMM...................... 1.3-Dlttblereethytane................... O Dlehlereethyl * ' Melhyieneebiot Ct,l-Dleh)oro>l*itreo4baBO~.. M l>Dlchlarcprcpasa. eaa Propylenedichloride....... ........................ Dlehlorotetraflaoroctbase......... 1.000 Dlchloreoa (DDVP)--SMa..................-- Dtfldrln--Skm..................................... Dlethylamln*................ 31 Dtetbykaantao ethanol-8ktn... M Dittbylether, aee Ethyl ether.................... Diduorodlbromorafthane______ 100 C Ditiycidyl etber (DOS)........ as Difaydrexyoentm, eea Hydroqulnone......................................... DUeobulyl ketone..................... - OS DUeopropylaalno--Skta....... I Dimetboxymttbaae, eee Methylal.................................................... riinritiTl amtmlle-fkli 10 Dlmethylaralaa........................... IS Dlmethylealaebaaaese. aee Xylldeue................. ................. DlraetbytanUlaeCN'dlmeibyh aniline)--SkM........................... I Dlmethyibensebe, eea Xrleee...--.-- Dimethyl t,3-dkbrom>.S4S chloroethyl phenphete, (Dlbrera).......... --........... ............... DlmethyHornemlda--Skin... 10 3>DUnetbyihepuaoae, aa* Ll-Dimelhythydrax Dlmethylpntbalate.___ DUneibyleoUato--Skta... Dlnitrebeneene (all-------- Skin ii D Initreteluena--Skte. Dtoiana (Dletfayleae , Skin........................ WhDiphrayl. Dlphenytmethaae dUeorartnato '-re Metbylm blnkeeyi Uocyaoate (MDD.. Dlpiopylene plyeei raethyt ... ether--Skta........................... -- MB j aDl-tfc, octyl phthalate (DVB IhTihexTlpbthalate).................. -- Endrln--Sxln....................... ................ Epichlerhydna--Skta.......... S EPN-Skln........................................ ... i,2-Eporrpropaac. am Propylmeexlde........................ --.... Z.S-Rpory-t-propMoi, am Olyctdci............................................... . Bee footnotee at end ef Ubla s?i| ?' il MONs 93a70 SSM!**!*"(prepy).... uooo gffiSSsESii:: uS CNIataMb -- by) ebMteV, m'" "tori MHKy) catrblncL.. RULES AND REGULATIONS Table 0-1--CouUpo*4 p.pjQ.* mj./M* * HllMtlW.................................... Methyl oelk>sol*e--Skla............. Methyl eeUoeolve muw-SUa Methyl chloroform.................... Mathylcyeloheiana..................... Methylcyclohexenel.................. o-Metnyiryclofieieoono--Skiti.. Methyl ethyl ketone (MSK), ee 3-Rutenene................ . Methyl format*............................ Methyl lodlde-8kia................... Methyl tsohutyl eerbinol--Bkizu Methyl tsobutyl ketone, eee Heione,...,............................ Methyl laoeyeneto--Bkts......... C Methyl mT*pt*a_................ Methyl methacrylate............. . Methyl propyj ketone, eee % Fentanone........................... ......... C Methyl styrena............... . C Methylene bisphenyt leerrenete (MZ>I>............. . Molybdenum; Soluble compounds................... C Monemelkyl hydratlm-- Skin............. ............................ Morpholine--Skin....................... Naphtha (ooaltar)....................... Naphthalene................................ Nickel Carbonyl.......................... Nickel, metal end soluble empds.tsN'l.................................. Nltotlne-Skta................................. NIUlc ecld........................ Nitrtc eitde....................... p-NTtroantUoe--Bklu.................. Nitrebenaene--BUu............... . p. S' Itmblorobeaiano--Skin........... Nltroethene............................... Nitrogen dlnitd*......................... Nlltocen U1fluoride... ............. . Nitroglycerin--Skin......... . Nltromethene............................ I-Nltropropette.......................... - JkNttmnropeite..................... . Nltretoluene--Bkln.......... ......... NltrotricMororaatbene. tee CbleropICTlQ.................................. OetaOilaronaphthekoo--Skla.-- Octette.................................... Oil mm, mlnaol........................... Oimtutn letroclde......................... . Out* arid.............. Oeyfen dlflaertde.... Osane........................................... Perequet--Skin................... Pirelhlon-Skio........................... Penteberene........ ...................... Paittachloronaphthalene--Skin.. Ptoteebtorapbeao)-- Skin........ Pentane................. ................... 1.000 BFentanooe.......................... . 900 Ferehloremethyl mercaptan.... 0.1 pHOhloryl fluoride...................... Petroleum dteUUstea (nephthe). Phenol--SkW.................... ..................- (vapor).................. Phenyl etber>bipnenyl mtecor* (vapor)..................... phenylethylene, eee Styrene......... Phenyl glycldylether (POE)... Phenylhydrotlne--Bktn............. Phnednn (Mcvlupdoe 6 )-- Skin.............................................. PtHMgcnt (eerhonyl chloride)... Phcophine.................................. Pheapltorie end.............................. Phosphorus (yellow)..................... Phosphorus pentaclilorlde............ Phosphorus printesulflds.......... Pheaphonut trichloride............... Phtheltc anhydride.................... Picric ecld--flkln........................... Pl*el(5-P|elyll> indeudlone)................................. Platinum (Soluble Baits) u ProMrfyl eloobel-SkiB-----... Propane........... ............... ........... n-Propyl ecctete.......................... Propyl alcohol....................... 8-Propyl nitrate.................. . PnoyltM diehlortde______.... Prottrlrne Iratno-Bkln.............. Propylene oxide.......................... Pronytie. sm Metbylaoetyleoe... Pyrrthntm.................................... Pyridine....................................... Qumone....................................... KDX-Bkm.................................. XXIX :'ni Table 0-1--Coatlaucd Substeam p.p.m* Rhodium, Metal fume eod dusts, u Hb............................. Soluble telle............................ Ronnel............................. . Rotanone (mmznercfeJ)............. Selenium oorapounda (at Be)___ Selenium hexafluoride.............. . a os 6l|ver, metei and eoluble com pound*..................................... a ot Sodium fluoroMetaie (1000)-- Skin.......................................... Sodium hydroxide..................... Stlblne......................................... aoi t o. Stoddard tolreat..................... . 2,080 Stryehnkne.................................. 0. IS Bullur dioxide............................ Suitor heufluoride.................... Bullurte ecld.............................. Sulfur moaochlorlde.................. Sulfur pentafluorjde......... .. Pnlluryi fluondc......................... 1.000 aou IS 0.1100 l 0 o.2fl 20 Cystox, m Demeton 9............ 2.1,ST.......................................... Tantalum.................................. TEDP-Bkto.-........................ Tellurium............................... Tellurium heufluoride........ ats TEPF-Sfcto................................................... C TWPbwyb.............................. 1 1.1.1.2- Tetreehlote-M-ailuofO- ethane....................................... BOO 1.1.2.3- Tcutehloro-IAdlfluora- ethane....................................... BOO 1,1,2,2-TetricbloToethenf--8kta B TstnMblormtbylrne. eee Par- ehlororthylen*............................................... Tetreehtaromethane. eee Carbou teUeehlorldc................................................. . TctraeWoronaphthalene--Skin...... ............ . Tetraethyl lead (ua Pb)-Sklo..................-- Tatrthyorofuran......................... 730 Teuamatbyl bad <u Pb)-- Bktn.............................................................. Tetrarnethyl tucclnonllrUe-- Skin.......................................... Oi 8 Tetranltromethana..................... 1 Tetryl (2,t.MrInitrophrnyf. tnethyinltramlne)--Bklu......................... Thallium (aolabk oorn- paundr)--Skin uTl................................... Tfilram............................................................. Tin (Inorganic cmpdi. except oxldaa............................................................ Tin (entente etnpds)..................................... . C Tolurne-2.*-d(Isocyanate........ (L 03 o-Toluldinr--Skin....................... I Tesaphene, arc Chlorinated mmpheoe.. . TiKmlri pheepnetc.. I.M-TrlcnlororUiane see Methyl chloroform.................... t,1,J-Trteh!cmrthane--SklB..... TlUnlumdloilde............................ Tilchloeomelhene. at* Chloro form.............................................. Tnchloroneplithelono--Bklo........ l,3,S-TRclilorobropana............ . U.S-Tr|chloroT,2.Mrlfluor ethane....................................... Trtethflemlne............................ Tri llunromouobrnmomethene... 7,000 100 ftioo 7.1>Trinl1tophuot, iu Plerle acid.............................................. j.t.B-TnfUtrophcnylmethyV nttremlne. eee Tetryl.................. Trinitrotoluene--Skin.. Trlorthocrer ' ' ' Triphenyl p.. Turpentine.............. - ... . Uranium (soluble compounds)................ . Uranium (Insoluble compounds)....... ........... C Vanadium: ViOiduU...................................................... V'lOilume..................................................... Vinyl bantene, sea Styrena............................ C Vinyl chiortde...................... *00 Vlnylryanlde. *ts Acrylonltrlla.................... ..... ................Vinyl toluene............................... >W Xylene (xylol)......................... JO# Xylldtne--Skin........................... Yttrium............. ...................................... Zint rMnfidr lumt........ ................................ Zinc oxide fume............................................. . Zirconium compounaa t> Zr>..................... . 1970 Addition. Peru ol ranor or gas per milllcn parts ol contaml* noted air by *o!uiar at U* C. end *80 mn>. Ha pmure.- Approximate mllllcriuit ol parilculata per eublo mrtcr of air. (N# footnote "e" I* used to avoid eonfusloo with celllnf value notations.) 4 An etmo>pher1r conrentration of not mote lben 0.02 o.n.nu or personal proiccuon may >#* nercssary to actHu haodacha. ' As sampled by method that dors not collect caper. < For control ol central room air, biologic monliorlnt Iteascntlal for i>ercoo-*< eoottol. MGNS 093871 7 1 9 6 0 SNOW FIGURE 1. An example of a typical entry in the Toxic Substances List, 1973. <p - BERYLLIUM CAS: 7440417 MW: 9.01 -* WLN: .BE . SYN: GLUCINIUM , TXDS: ihl-hmn TCLo 0.1 mg/M TFX:PUL U.S. OCCUPATIONAL STANDARD USGS-air CRIT DOC: OCCUPATIONAL EXPOSURE TO BERYLLIUM. AMIHBC 4,123,SI FEREAC 37,22139,72 NTIS** PB 210-806 A. Sequence number in this listing. 1. Prime name of compound, see 1. in text below. 2. Chemical Abstracts Registry Number, which is a number assigned to this compound so that it may be uniquely identified, see 2. in text below. 3. Molecular Weight of this compound, see 3. in text below. 4. Molecular Formula or Elemental Formula of this compound, see 4. in text below. 5. W'iswesser Line Notation, which is a formula defining the structure of this compound, see S. in text below. 6. Synonyms, common names, trade names, and other chemical names, see 6. in text below. 7. Toxic dose line, which defines the route of administration or entry of this substance, the species involved, the type of dose reported, the dose which caused the toxic response, and the type of toxic response noted from the dese administered, see 7. in text below. Also see FIGURE 2. 8. This is the reference to the original article or source from which the toxic data was derived, see 8. in test below. Also see FIGURE 2. 9. U. S. Occupational Standard exists for this substance in the regulations of OSHA, U. S. Department of Labor, see 9. in text below. The standard may be found in the Federal Register referenced here. / 10. A Criteria Document supporting a recommended standard has been published by NIOSll, U. S. Department of Health, Education and Welfare. See 10. in text below. The reference contains the published Criteria Document. FIGURE 2. A typical toxic dose line from the Toxic Substances List, 1973. (This figure is a further explanation of item 7. in FIGURE 1.) *> > * o iO z a TCLo 0.1 *g/M TFXiPUL Q AMIHBC 4,123,51 x 7a. An acronym which stands for 'Toxic Dose". 7b. This is an abbreviation for the route of administration or entry of this substance. See Table II for other routes of entry used in the list. 7c. This is an abbreviation for the species. See Table III for the other species used in the list. 7d. This is the type of dose reported. See 7d. in text below. 7e. This is the dose which caused the toxic effect. See 7e. in text below. 7f. The first part of this notation, "TFX", is an acronym which stands for 'Toxic Effects". The last part of this notation refers to the organ system affected by the dose administered. See Table VI.below. 8. This is a code denoting the reference from which the toxic data was derived. Thereference for this code may be found in the Bibliography. See 8. in text below. 8a. Volume number of the reference. 8b. Page number of the reference. 8c. These two digits stand for the year of publication, i.e. 1951. U9 TABLE I LIMITING DOSAGES DIFFERENTIATING TOXIC AND NONTOXIC SUBSTANCES ACCORDING TO ROUTE OF ADMINISTRATION TO EXPERIMENTAL ANIMALS OF A MAXIMUM SINGLE (ACUTE)* DOSE CAUSING DEATH*** ROUTES OF ADMINISTRATION (WITH LIST ABBREVIATIONS) SPECIES (with 1st designations) Oral (orl) Rectal (rec) Intradoodenum (kJu) Intmcervix (iev) Inhalation (tftf) Skin (sfctj) Parenteral Intraperitoneal (ipr) Intrapleural (ipO Subcutaneous (scu) Intradermal (idr) Implant (imp) intravenous (ivn) Intramuscular fitns) Ocular (ocu) Intracerebral (ice) Intratracheal (itr) Intraplacenta (ipc) Intravaginal (ivg) IntrarenaJ (iml Other (par) Mouse (mu$). Hamster (ham). Frog (frg). Gerbil (grb) Rat (rat).Squirrel (sql) Mammal, unspecified (mam) Rabbit (rbt). Guinea Pig (gpg). Chicken (ckn). Pigeon (pgn), Quail (qal), Duck (dck). Turkey (trk). Bird (brd) Dog (dog). Monkey (mky). Cat (cat). Pig (pig). Cattle (cti). Domestic Animals: sheep, goat, horse (dom) mg/kg 2500 ppm 5000 5000** 10000 mg/M 1000 2000 mg/Kg 1400 mg/Kg 1000 2800 2000 10000 20000 4000 2800** 4000 10000 20000 4000 5600 4000 rag/Kg 5000 10000** 20000 20000 mg/Kg 750 1500 3000 mg/Kg 1000 2000 4000 3000 4000 -r r60 <7* O ts> 2 *= Unreported (unk) mg/Kg 2500 5000 10000 10000 x v lil 'Applies to those substances for which acute toxicity characterizes the response, fa-t-acting substances, irritants, narcosis-producing substances, most drugs; does not apply to substances whose characteristic response results from prolonged exposure, eg. silica, lead, benzene, carbon disulfide, carcinogens. Concentrations more appropriately char acterizing the toxicity of long- or slow-acting substances are derived from non-acute toxicity studies. From Hint and Jacobson. AIHAAP 15. 141.54. Calculated from experimental data (Stokinger). TABLE 11 ROUTES OF ADMINISTRATION TO OR EXPOSURE OF ANIMAL SPECIES TO TOXIC SUBSTANCES (Listed in Order of Precedence for List Entry) Route Oral Inhalation Skin Inlrapcritoneal Subcutaneous Intravenous Intrapleural Intramuscular Rectal Ocular Inlradermal Intracerebral Parenteral Intratracheal Implant Intraduodenal Intraplaccntal Intruccrvical Intravapinal Intrarcnal Unrcported Abbreviation orl ihl skn ipr scu ivn ipl ims rec ocu idr ice par itr imp idu ipc icv ivg irn unk Definition per os, intragastric, feeding introduction with drinking water inhalation in chamber, by cannulation, or through mask application to the intact skin, dermal, cutaneous administration into the peritoneal cavity administration under the skin administration of dose directly into the vein by hypodermic needle administration of dose into the pleural cavity by hypodermic needle administration of dose into the muscle by hypodermic needle administration of dose by way of rectum to the rectum or colon in form of enema, suppository administered directly onto the surface of the eye or into the conjunctival sac. administered within the dermis by hypodermic needle administered into the cerebrum administered into the body through the skin. Reference cited is not specific concerning the route used. Could be ipr, scu, ivn, ipl, ims, irn or ice administered into the trachea placed surgically within the body--location described in reference administration into the duodenum administration into the placenta administration into the cervix administration into the vagina administration into the kidney published in the reference route is not specified though a dose is XIX Species TABLE III SPECIES (Order of Preference of Dala According to Species Studied) human mnn woman child ral mouse monkey cat rabbit P'8 guinea pig hamster conic domestic animals:goat, sheep, horse gcrbil squirrel mammal--speciesunspecified in reference pigeon chicken quail (laboratory) duck (domestic) frog toad turkey bird--any domestic orlaboratory bird reported but not otherwise identified above bird--wild bird species Designation hmn man ,,mn chd rat mu5 dog mky cai rht pig ppg ham ctj dom prb 5q| mam pgn ckn qal dek frg rod lrk bid bdw xa MLINS 093876 theses) with the abbreviations (or them used in used for the LC50 values. The List. LCLo--Lethal Concentration Low--the low d. Description of Exposure. In order to de est concentration of a substance, other than an scribe the entered dose more completely, six ab LC50, in air which has been reported to have breviations arc used. These terms indicate whether caused death in man or to have caused death in the dose caused death (LD) or other toxic effects animals when they have been exposed for 24 (TD) and whether it was administered as a lethal concentration (LC) or toxic concentration (TC) hours or less. Entries for lethal concentrations for animals for the qualifying toxic dose, TXDS, in the inhaled air. Their definitions are as follows: were made in accordance with the dose limits of TDLo--Toxic Dose Low--the lowest dose of Table 1. a substance, as published or made available to LCSO--Lethal Concentration Fifty--a calcu publish, introduced by any route, other than in lated concentration of a substance in air to which halation, over any given period of time and re exposure for twenty-four hours or less would ported to produce uny toxic effect in man or to cause the death of 50% of an entire population produce carcinogenic, teratogenic, mutagenic, or of an experimental animal species as determined ncoplustigcnic effects in humans or animals. from the exposure to the substance of a significant TCLo--Toxic Concentration Low--Any con number from that population. These entries quali centration of a substance in air to which man or fied in accordance with the dose limits set forth a substance, other than LD50 introduced by any in Table 1. See LDSO above for other parameters route, other than inhalation, over any given period which may similarly apply to entries for the list. toxic effect in man, or to produce a carcinogenic, e. Units of Dose Measurement. As is found teratogenic, mutagenic, or ncoplastigenic toxic in almost aJJ experimental toxicology studies, the effect in animals or humans. doses are given in terms of the quantity adminis LDLo--Lethal Dose Low--the lowest dose oF tered per unit body weight or quantity per unit a substance, other than LDSO, introduced by any volume of the respired air. In addition, where route, other than inhalation, over any given period applicable, the duration of time over which the of time and reported to have caused death in man dose was administered is also listed. The dose, or the lowest single dose introduced in one or whether it was reported in terms of weight or more divided portions and reported to have caused volume, was entered in terms of units of weight. death in animals. Entries for lethal doses admin Milligrams per kilogram (mg'kg) were pre istered to animals for the qualifying toxic dose, ferred, but in some cases, because of dose sizes, TXDS, were made in accordance with the dose grams per kilogram (gm/kg), micrograms per limits of Tabic 1 kilogram (ug/kg) or nanograms (ng/kg) were LDSO--Lethal Dose Fifty--A calculated dose used. Volume measurements of dose were con of a chemical substance which is expected to verted to weight units by the appropriate calcula cause the death of 50% of an entire population tions, assuming any liquids to have a density of of an experimental animal species, as determined one for a conversion of one milliliter to one thou from the exposure to the substance, by any route sand milligrams. other than inhiilution, of a significant number from All body weights huve been converted to kilo that population. Other lethal dose percentages, grams (kg) for uniformity. For those references such as LD,, LD,*, LD,,,, LD,W, as well as others, in which the dose was reported to have been ad may be published in the scientific literature for the ministered to an animal of unspecified weight or specific purposes of the author. Such data would a given number of animals in a group (e g., feed be published in the list us LDLu if these figures ing studies) without weight data, the weights of woe the lowest published in the article. In some the respective animal species were assumed to be culms U> (lie list the LDSO published may exceed those found in Tabic IV and the dose was listed the limits of f able 1. This would occur because on a per kilogram body weight basis. J or the the lower range of the LD50 did qualify tile sub- references in which similar information was pie- suohv for inclusion buf the central value of the sented for man or woman and no weight data lunge is pieluirablc for publication. In the same were provided, the weight for man was assumed manner a substance may qualify by an LDLo pub to be 70 kilograms: for woman, 50 Liloei.tms, and lished value. However, the I.D50 should be found for child, 20 kilograms. Assumptions lor daily for (lie same route, us well. The same rationalcfood and water intake are found in Table IV for xxi U9387) MONS Abbreviations ALR BCM BLD BPR CAR CNS COR CUM CVS DDP EYE GIT GLN IRR MM! MSK MUT NEO PNS PUL RBC SKN SYS " TER TFX UNS WRC TABLE VI NOTATIONS DESCRIPTIVE OF THE TOXICOLOGY Definitions (not limited to effects listed) Allergic systemic reaction such as might be experienced by individuals sensitized to penicillin. Blood clotting mechanism--any effect which increases or decreases clotting time. Blood effects--effect on all blood elements, electrolytes, pH, protein, oxygen car rying or releasing capacity. . Blood pressure effects--any effect which changes any aspect of blood pressure away from normal--increased or decreased. Carcinogenic--producing cancer--a cellular tumor the nature course of which is fatal or is associated with the formation of secondary tumors (metastasis). Central nervous system--includes effects such as headaches, tremor, drowsiness, convulsions, hypnosis, anesthesia. Corrosive effects--burns, desquamation. Cumulative effect--where substance is retained by the body in greater quantities than is excreted, or the toxic effect is increased in severity by repeated bodily insult. Cardiovascular effects--the heart activity is increased or decreased through effect on ventricle or auricle, fibrillation, arterial or venous system is dilated or constricted. Drug dependence--any indication of addiction or dependence. Eye effects--irritation, dipiopiia, cataracts, eye ground, blindness by affecting the eye or the optic nerve. Gastrointestinal tract effects--diarrhea, constipation, ulceration. Glandular effects--any effect on the endocrine glandular system. Irritant effect--any irritant effect on the skin, eye, or mucous membrane. Mucous membrane effects--irritation, hyperplasia, ciliary activity changed. Musculo-slceletal effects--such as osteoporosis, muscular degeneration. Mutation or mutagenic--transmissible changes produced in the offspring. Neoplastic effect--the production of tumors. Peripheral nervous system effects. Pulmonary system effects--effects on respiration and respiratory pathology. Red blood cell effects--includes the several anemias. Skin effects--such as erythema, rash, sensitization of skin, petechial hemorrage. Systemic effects--effects on the metabolic and excretory function of the liver or kidneys. Teratogenic effects--nontransmissiblechangesproduced in the offspring. Toxic effects--used to introduce (he principal organ system affected as reported or the pathology. Unspecified effects--the toxic effects were unspecified in source. White blood cell effects--effects on any of the cellular units other than erythrocytes, including any change in number or form. Occupational Standards, proposed or promul gated, ore available at the time of printing. This line will start with "CR1T DOC:" followed by the title of the document and the source for the refer ence in terms consistent with the Bibliography, The reference citation is the National Technical Information Service. U. S. Department of Com merce, document identifier, from which full size and microfiche copies may be ordered. Several months after the original public offering of the criteria documents, copies will become available from the government printing office. xxiv MONS 093878 . LUM.oMitliLi-):; MC At_ J Li, MlRNTL LSTtk las; ibo.!>7 hole* : 02-ci-c7-hb SIN: FORHIC ACID, Cl.LOkO-, WlI.HTL ESIEH PRENYL CHLOkOFOUIATI 1X1/:.: oii-tdi LDbu: 1430 ig/kg aiiiaai- lo.uvo,/. CARUiN 1 ETR APIU'HI 1<E CAS: OOObbhl.34 N: 331.6b SYN: CARDuN bhOMDR NllllANE, VXDS: orJ-rui ldlo: 3000 ay/kg BOlFft: BI4-C Tr.ThAUbOnO- TETkAbhOflOBl'THANF lyeiAT -,1270,- CAHnON IRThACIlROklDR cas: OOOObt>2J5 UK: IbJ.Bl RuLFR: C14-C nln: cxi.oo stn: bi.hzmoroKji Hi.THANE; TLTRACHLOkO** NECATOhIMS I'EkClt LOl-ORI THANE 1XDS: ihl-hiu TCLo:?0 ppe Trx:CNS ihl-Rii IXU>: 1000 ppe TFXtONS Xhl-rwt LCSO: B000 ppa/411 Ur1-UN iolo:oooo Ay/kg/10wi tfx:car oiI-Iiub TLw:23u ay/kg/JONJ TRX:CAk U.S. OCCUR Al'l ORAL STANDARD USOS-air CJ TOX rent** TXAVA9 JNClAf! JNCIAN FERFAC - ID. Ion,71 J0,MV/,hJ 26,Hb5,01 37,22139,72 5*32. CAhbONYL CHLORIDE M* : 10807 PHOSGENE 52J3. CAhliONTL CHLOMDE, TH10- cee: 23315 ThlOPHOSGLNR 52 J4. CAkbONYLCII LORORLUORIDE TADS; xhl-au:, LCLo: 120 ag/R RDNC** -.18,42 5*i5. CAhbONYL UiHOOhlOt see: 5230 CAMbONTL FLUORIDE 5230 CARBONYL FLUOklUl CAS: 00035J5U4 HA: 60.U1 SIN: CAM.Oh OXVrLUOkiDE HOLK8: 0-F2-C CAIIbOOTL DiFLUOklDE PLOOPHOSCKNE FLOOROPHOSOENE TADS: ihl-Iat LCb0:JbO ppa 11 HA AT 29,41,08 CANIlONTL SULFIDE CAS: 00U4OJ5B1 BN: 00.07 SIN: CARBON OXTSOLPIDK IADS: ilil-AUB LCLo:*900 ppa BOLPR: O-S-C BDCGAS 70,229,43 CAR DO Till NOTH 1 ON O.U-UltlUIL ESTER 1VOOJ PhOSPIIOkUDlTHlOlC ACID, S- ||-C HLONOPHtHTL) THIO HETMTL 5239. CAkeOHiOS i: 22299 SUCCINIC ACID, flthCAPTO-, DIETHYL ESTER, S-ester with 0,0-P1BITRYL PHoSI'ROkODlTNlUATL 5*40. CAkbDPOJ, 934 act : 702 ACRYLIC ACID, polyaer with SUCROSE POLIALML ETHER 5241. 3-CAhbOTHlAfU DE liARRARE see: 20404 9H-PTR1D (3,4b> INDOLE, 3-CARBOTHlABIDE* 1 - RETRYl- 52*. CARDONAX Utret 194.>S POLYLTHYLFNE GLYCOL 5243. 3-CARbOAANILE HARBAkt tt<: 20465 9H-PYRID(3,4 b) INDOLE, 3-CARBOIAllDL-1-RE1HYL- 5244. CARjiOXlN See: 17509 1,4-OYAVH1lN-3-CAhbOXABl 0E, 5,b-D1HYDRO-*-BLTHYL-N-M! ENTL- 5245. CAhbOYINE **i 17509 1,4-0XXTMlN-3-CAM>OXAMDE, 5,6-DlHYDRO-2-IUTH1L-N-PHERYL- 5240. CARBOXYACETIC ACID bee: 14479 RALONIC ACID 5247. CaRROXYbENZENE sc*J 3271 k/ERY.OlC ACID 5*4B. (--CAR BOXTELNat RLSULEOND)CHLOROARID! bee: J305 bERZOlC ACID, p- (DlCHLOftOSOLPARUYL) - 5249. (o-C'AkhOX THEN it/YL) -p-AhlNOIDENYLSULPONABlDOT hiAZOLE TII j ALULYL3ULI ARUlL) - see: 19128 RHTHALANILJC ACID. 4*-(2- 9250. CAItBOAIETIIARE Lit: 19951 Pl.OPJONlC ACID 5251. 1-(2-CARbOKTETbTL) -J-(p-NITROMItNTL) URLA SODIUM SALT Nj'lhOPHLNYL)CARLAROIL)-, SOD1UK SALT see: 947 beta-ALAMlNE, N-((p- 5252. O-CaRDOAYL*`4`-HIOhOX7LABiNOyUJROLilit 1-OUOI (RTDROITA81RO)1-OXiDE awe: 20850 O-yUINOUNECARBOXTUC ACID, 4- 5253. 0-CARDUlYL~4-NilROyOJROLJRE 1-01 JOE OAiLR sue: 20857 b-OUINOLlRECARBOXTL1C ACID, 4-JUTRO-, 1 278 MGNS 093879 10177 . WARE, 1,i-D14BuiO- CAS: 000106934 Bit 107.00 TXDS: orl-kaa IOI016S ag/kg T PH SIS oil-rt LoMi 117 ig/kf U.S. OCCOPaTIOBAL STABDABD USOS-aLr OLPIt ir2-C2-fl llivtl 21,525,60 AfcSIB* 20,10,66 UHtlC 37,22139,72 10170. 1T0ABL, CIS: MLB: SIB: l,2-D16UTOXT 000112401 BHt 174.32 ROLPH: 02-C1C-B22 40204 1,2-DIbOTOXTBtHABE D1BOTT1 CHLLOSOLfE ETRYLEMB GLTCOL DXBOTTL TXDS: oil-rat ID50: 3250 ag/kg 10179. 1,2-ATHABfcDICABDABlC ACID, TKTkATHIO- 9464 DITBAB* ABIHBC 10,61,54 10100. BTBABB, 1,1-DlCRLOBO CAS: 000073343 BM t 90.06 HOLFH: C12-C2-B4 STB: CBLOB1BAT1D HTDROCMLOklC 17600 1,1,-DlCELOBOETBAOB CHLUMDE LTRYLIOESE DICBL061DE 6 ITVTLIDBI1 TXDS: rl-c*t IDSO; 725 agAg O.S. OCCOBATIOBAL STARDAhD DSOS-ait BisA AT 32,349,67 FEBBAC 37,22139,72 10141. ITBABB, 1,2-DlCMlOltO CAS: 000107062 BM: 90.96 STB: EtHTLL'Bl D1CRLORIDE * TXDS: lhi-han TCU>:4000 p| TUtCBS url-tat 1030:600 agAg ifal-rat lcip: loou ppa ibl-rM LDLo:1000 ppa U.S. OCCUPATIONAL STABDABD USOS-alT BOLPR: C12-C2-B4 PCOC** -,500,AR1RAB 13,1,56 J1KTAB 31,344,09 J2HTAB 31,343,49 FEBBAC 37,22139,72 10102. BTBABB, 1 ,l-DlCHLOBO-2, 2-BJS (p-CRLOBOHIENTL) CAS: 000072348 MB: 320.04 BOLTS: TXDS: orl-haa ldlo: 5000 >9/19 orl-rat U>50: 3400 agA9 C14-C14-B10 12V1A4 AKS1B* 20,24,(6 10103. BTMABA, 1.2-DlOiLUBO-l,2-D1LTNOXX TXDS: xpr-aua LU30: 205 ag/kg ABINAD 11,902,61 1016a. KTBABB, 1,l-DJCNLORO-l-NITNO- CAS: 000594729 BW: 143.96 VLB: VMAGG STB: 1.1-blCULOMO-l-BXTBOETMABE Till: orl-rbt LDLv:tS0 19/kg BOLPH: B-02-C12-C2-B3 STRIDE J1HTAB 27,95,45 10165. BTMABk, 1,2-OJ ATUG1T CAS: 000624141 BBS 116.20 tips: ibl-rt lclo: 6000 ppa BOLPR; 02-C6-R14 JIBTAB 31,343,49 10166. 1TMABB, 1.2-DJfclHOJT-l,1,2,2-TfcTBACHLORO TAOS: ipr-aus LD30:1550 ag/kg AI1RAD 11,902,61 10107. ATBAB1D101C ACID aaa: 17450 OXALIC ACID 10160. XTHABLDIOIC ACID, D1SOD1UB SALT LAS: 00000*760 BIB: gVVy 6-NA- 2 STB: OXALIC ACJD, OISODJOR SALT TXDS: veu-aus LDLo:ISO ag/k9 BOLTS: 04-C2-02 .2Ra SODIUM OXALATE A1TTAA 0,255,01 10160. 1,2-LTIIANLDlOL aval 10766 LTHTLKB1 fcllCOL 10190. LIRAMl-1,2-02OL aaa: 10766 E3HTLEBE GL1C0L 10191. 1-1-LTUABLDlOL 01ACETATE CAS: 000362109 MVt 146.16 TXDS: ipr-auw LD50: Jloo ag/kg 10192. 1,2-4TUABLD10L,(2,4-DXCNLObOPMLBOlT) TXDS: or1-rat L050: 1070 ag/kg ROLTR: 04-C6-M10 JPtTAB 90,330,47 AHIBbC 4,119,51 10193. 1,2-ETBARADIOL, BOBOiCBTATA CAS: 000342596 EWl 104.12 LB: g20V1 SIB: ETtilLERB OLTCOL, ROBOAC1TAT1 AC4TA1A Txos: ipr-auu LD5o:l450 ag/kg 10194. 1,2-LTlJABLD)OL WILNIL CAS: 00009j56 1 BBj 136.10 tads: uri-rt LO50: 1000 ag/kg ROLTR: O3-C4-H0 CLfCOL ROBOACXTATB ftOLPB: 02-Cfl-RIO * 2-BYDBOX1ETMTL JTETAb 90,330,47 14CTAT -,1560,- MONS 093800 400 IMJI. miiRTuioi *cinn,--*i.uG*o* TIBS: ipr-oua LDSOi So *o/If JUS1T 7,JMJ,5S 11221 kTBABLTMlOL, 2-AB1BO- CAS: 0U006U231 BO I 77.10 01.201 B-S-C2-B7 MLBt B2SB siot 2-aribubtiiabetmol 2-ebibqetbil hskcoptom beceptab ctsteioiib CVSTB1BAR1BB PBCMBOXTCTSTEIBE LARBHATEB BERCARXBB BoocomaiiiB * boto-BRBCAPTOiTHTiARXBi {2~BEBCAPTOETMTL) ARXBB * THlOLthANOLAHXBK TIDE: lpx-m<t* UObOt 3Q5 Of/Ktf bCJ>CA6 10,209.05 * .1 220 OTbA*ATIUL,2-caLORO TI03X iVB-cot LDSQj 26 *9/09 ODBC** -,110,02 11221. BTRAiBTH1OL , 2 -l> 11T1IY LA B1 BO TXDS: acu-rat LDSOt 120 *9/09 epbpi2 225,020,55 10222. LTBIBLTHIOL, 2"blBTHlLAB10O-,BTDROtHZ4>BlDE tXDSt ipr-ouo LDLo: 100 *9/09 10222. BTBIBETBIOL, bUSOPXOI^LABlBO TXD: ipr-owa 1.DWI S ag/kf 11221. ETMABETH10L, 2-lUBBTHTiAHlBO nos 10S.22 TXDS: acu-rat LDSO: 210 ag/kg BOLPB l (-5-C0-B11) cm** COOL** -,0,02 ZPHZ2 225,020,55 10225. .10220 kTBABATBlOL, 2-UTBII.TB10) S-ESTEB with 0,0-ftlBTHYL PBOSPHOBOTHIOATI RNORRROkOTHlOJC AGIO, C.O-DIfcTbTL S-12- (ETBTLTH10)ETHTL) BSTEB ITHAOklMluL, 2- (ATHIlThlO) -, S-ESTfcR ltO 0,0-DlBETBTL PROSPROBODITMOATI PHOSmOMODlTVlOlC ACID, 5-<2-(l2-yL?30)ETH7L> 0,0-D1SXTM7L 157X0 001 10227. ETBtBfcTHlOL, 2-|ETUTtTU10>-, 9-BSTBB with 0,0-DIBkTHTL PHOSFROROTHIOATE tttOSPBOkOTHlOlC ACID, S- (2-(fcTlllLTH10) ETHYL) 0,0-blRBTRYL ESTIB 19055 t 19027 1907* 10220. LTMABBTUIOUC ACID te*a: 1022b LTBAMBTH10IC AC10 10220. lThABETH10L*2-BETIITLABlBO TXDS: acu-rat LDSO: 262 9/k9 10200. i-irUABLTMAOL.l-SJLYL ThlRBTHOXl ESTLH rxust orl-it L050: 2000 09/09 APBPA2 225,020,55 A1RAAP 30,070,69 10201. ITHANtThlOL, 2-flRIBElfcOX YSIL1L)- CASt 007530056 OH: 102.30 OLPB: STB: 2-BfckCAPTOfcTNTL TM1RETH01T S1LABB TIPS: orl-rat LD50: 2060 ag/kg 03-3-Si-C5-B10 JA1BAQ 30,070,09 BIHA ME, 1,1, 1-TMCHlOtO- CASl 00V071550 BHt 133.37 BOLPO: C13-C2-B3 SIB: AXhOThLME 11 * CHLGhCtkOfcB, NETHTb- CbLOBOTBBBB CHLORTEB HtTUILCiaOhOKOUa * lpba-THlCHLOMOETBABE 1,1,1-TB1CM10H0ETHAB1 nos* iciotw pp> mxtxs AIttAAP 20,36,63 orl-Rug LDLo:750 ay/k9 JPPBA8 7,205,20 tl.5. OCL UPATI OHA1. STANDARD USOH-ait PEhEAC 37,22130,72 Bl'OAhL, 1,1,2-7 RlC'feLOhO CASt 00007V005 BH: 132.00 ROLPN: C13-C2-BJ STB1 beta-lklCHLOkOkTHARE VINTITBICHLOOXDE TXDS: eel-rat LD50: 500 *9/09 Ahl-twt LCLo: 2000 ppo U.a. OCCUPATIONAL STANDARD 0505-air A1HAAP 30,070,69 J1HTAB 21,303,09 rime 37,22139,72 THABO, 1,1,1-ThICMtOHO-2,2-01S(p-CULOBOPHEBTl)- CAS: 000050293 Ha: 350.00 HOLM: C15-C10-B9 SIB: aJ|ha,alpba-81S (p-CIILOkOIHtNTl.) -b*ta,bta,bta-Tk1CRLORETHARE 2,2-BIS(p- CliiOi.O} KkNTL) -1,1, 1-ThlCHLOkOhTUAHB * CHLOfcOPMENOTBARE DOT p, p -DDT p,p*-DlCHL0kODlPHAJITLTklCRL0kOETHABH 0,0 0,0 *-DllHLORObJ NHLNILTklCHLOROLTNANB D1COPHARE ESTOBATE OESAkOL bEGCID I'tBTACItLUkiB * 1,1, l-THZCHLOkO-2,2-BIS (p-CHLOBOPRERTL) tll.ANt ZtiiDABl * hum oii-itfeb ii'to: 10 ay/kg Tra:cna dtlts* wii-tat LLLoxlSO ay/kg KOC* -,307,66 O.B. OCCUPATIONAL STANDARD USOS-fckia EERfcAC 37,22139,72 XTBABA, 1,1,1 -TklCHLOitO-2,2-faI 5 (p-ELUOfcOPHiR7l4 CAS: 000075263 Bn: 321.5B ROLEN: C13-E2-C10-H9 Tibs: DKl-tat LDSO: 112b ag/kg APDOAO 15,122,61 HONS 093881 103*6 IYffANOL,2,22-TH]ELUOAO TXDS: otl-us LDSO: 366 9/*9 103*9. LTI'ANUNL, 1- (ft-C8L06OPIiLNJL) - CAS: 000099912 LA: GN 0V1 NV: 150.00 SIN: ACETOPHENONE, -CHLOAO- TlDs: ipr-aus LDLo:100 *9/119 10J70. ETItANONE, 1,2-01 -2-7U6TL-2-BTDROXT- HOLEH; Q-C1-CB-H7 p~OI LOROACETOPHENONE : 11726 POROIN TXAPA9 15,83,69 4-CHLOROACETOPHENONE NTIS** AD277-689 1QJ71. tTHAftbAHAt 6*4: 19265 1-PIPESAZINEETHANOL, *-(3- (2-CBLOtOPHENOTItlAEIN-IO-IL) PROPYL) - 10372. ATNAVAN : 2644 6LN1ALDENTDE, J-BTIt0XT-4-IIYD60IT- 10J73. ATLCHLOHOVYNOL (TXAPA9 21*315,72) M*t 17968 1-PBNTEN-4-TN-3-OL, 1-CHLOftO-J-ETNTL 10374. l.^-BTHbNEDlCARBOIYLXC ACID, trM* 11627 P08AMC ACID 10375. iTHBNfc, 1,1-DlCLLOKO- CASt 00007535* 06*. 96.94 LA: 010U1 STN: MllfLLNL, 1, 1-D1CULORO- 1,1-t>JCbL0N0LTHf LANE TXDSt ur)-rt LDLo:400 B9/A9 ihl-t-t LDLo:500 ppa/4H NOLEN* C12-C2-B2 T1NTL1DENE CHLORIDE (11) V1NYL1D1NE CNLOUDE STAP* 12,105,73 STAP** 12,105,73 AThANE, 1,1-D1CHLORO-2,2-DlELQOtlO- CASi 000079356 H*: 132.92 NOLEN: C12-P2-C2 STB: 1,1 -~DJCULGNO-2,2-DJ ELUOROLTHTLEXB 1, 1-DlELU080-2,2-DlCHLO.OBTHYLENE * LTI'TLLNE, 1,1-DlCHLOAO-2,2-DlPL0OO- GKBETRON 1112A GENETIONK 1112A 11DS: ihl-r*t LCLotlOOO pp* J1NTAB 31,3*3,49 lhl-mt LCLo:250 pp*/*b JIBTAb 31,30.49 E1Ui.NL, 1,1*-SULfONfLE1S- CAL: 000077770 BN: 118.16 BOLEN: 02-S-C4-B6 LN: 10181U1 SYN; D1VJN7L 5ULEONB SULEONE, DIV1NTL- VINYL SOLEONE TXDSl oil-i-t LD50:32 9A9 lhl-BU LCio:990 mq/n A1HAAP NDRC** 23,95,62 -,12,43 10j78. ETMENPTLTAACaABONITAILfc (12VXA*) : 22064 TATAACTANOITHTLEtfE 10379. B1I.EAOL, 2-C6LOAO-, DIBTMYL PHOSPHITE LLTUt Wti 18946 PHOSPHORIC ACID, 2-CNLOROVXNTl D1ETVTL 10309. LTHtNOL, 2,2-DJCNLOAO-, 01HATHTL PHOSPHITE D1BATHYL ASTER 8*4: 18947 PHOSPHORIC ACID,2,7-DICBL080VIS11 _ 10301. ETHLNOAE 13918 XETBNI! 1 10362. l-LTHl'AOIJ-2-rTHYUiUANL 84: 10435 BTB2B, 2-ETB1LHE1IL VINYL 1036J. LThfcfc 10210 LTIlANE, 1,1*-OX101S- 10314. LlbLA, ALLYL GLItlbYL TIOS: vrl-rat L050: 1600 *9/119 lbl-c*t LCLo:670 pp* 14CTAT -,1599,ADlHAb 14,250,56 10305. ATHtH, ALL1L 2,3-AfOI1PAOPTL CM! 17583 OX1RANE, ( (2-PROPENYLOXI) NETMTl) - 10304. BYLEA, ALLYL PHENYL ( 3075 NENltJk, (2-PNOEBNTLOI7) - 10J87. All.**, RLLTL V1NTL CAS: 00J917155 H6: 84.13 MLR t 10.010 I LVk: ALLYL VINYL fclllEk TlbSt Vll-rot LDLO: 550 *9/k9 lhl-I-t LtLo:b000 pp*/4H NOLEN: 0-CS-R8 AIPIAP 23,95,62 A1HAAP 23,95,62 IOjOA. ITI.LN, 61S (4-AHI HO-i-CHLONOPBANTL) HNS 269.14 NOLENt N2-O-C12-C12-R10 AYN: 61A (A-AH160-3--CIILObOPNfcNVL) 8TH*N 3,3*--OXCOLOMO-4,4 * -DIAHlNODIENENtL LTIlLL TAD6I ACU-t4i TLLo: 10.5 q*/kq/kUl TIltCAR NATNAT 57,247.78 10309. LTItEA, MS (bPONOf MUYL) ClAt 00**9746* 8*t 203.b6 YiOAt iAl-t*C LI Lot 700 *9/H BOLEN: OAr2-C2-H* RDRC** -,10,43 *16 MUNi 0938a* TIDS xhl-aus LlLo: ib ga/H ori-dog LDLo: 1150 ag/kg two. KTHARBRNOLPtlOfclC ACAD, 2-l*RORO-,Bl5 (2-HRONOETHTL) ESTER TIDS: ihl-rat LCLo: 2b0 ag/H APBJ'A2 HI, 19,2* JUBAB 7,70S.34 NDRC** -.4.43 10214. bTIUNtl'HOSPIIONJC ACID, t,2,2-TblC11LORO-l-HTDNOXY-DIS (2-ETHYL HEXYL) ISTER TADS: ipr-aus LDLo; 12S 49/kg CBCCT* 5,60,53 102S. LTHANEPHOSI'HONIC ACID,2,2,2-TRICHLUiO-l-HYDROIt-DlETHYL ESTER TIDS: ipr-aua LDLo: 125 ag/kg CBCCT* 4,319,52 10216* LTD ABB, 1, 1*-3ULMHYU>IS- CA5: 000070241 UK: 106.20 BOLEN: O-S-C4-H10 STB: D1LTHTL SULFOXIDE ETHYL SULP011DE IADS: ipr-aua LD50:2500 ag/kg IJRBA3 3,41,61 16217. .10210 LTHANESULEUNIC ACID, 2-AH1NO- M: 22712 TAURINE LTHANKSULEONIC ACID, A- (2- (2- (0ODECYLOII) ETHOXY) ETHOXY) SOD10B SALT LTHANOL, *-(2-(2-(DODLCYLOXT)ETNOIT)LTU01T)HYDROGEN SULFATE SODIOB B*: SALT 10297 10210. ETIIANISULEONIC ACID, 2-HYDROXT- CAS: 000 1U736* RN: 124.14 MLN: NSo2W SIN r HYDhUlfLTHT LSULEON1C ACID TIDS; i)>r-8Ut> LDLo:500 ag/kg NOLEN: 04-S-C2-H6 * 1SBTHION1C ACID CBCCT* 6,222,54 10220. LTHANESULEOHJC ACID, BLTHTL ESTER CAS: 0U19122H3 BN: 124.17 SYN: HE1UYL LIMABBSULEONATE TADS: ipc-cat TDLo: 100 ag/kg TEXrBOT BOLEN: 03-S-C3-HB JREM4 2,447,61 10221. ETHANLSULEONTL CHLORIDE CAS: 000594445 SV: 128.50 STB: LIHTLMJLrOCHLORlDB * TXDS: lhl-rat LCLo: 1200 ag/B NOLEN I 02-S-C1-C2-H5 NDRC** -.41,42 10222. LTNANE, 1, 1,2,2-TETbADIiOHO- CASi 000079276 BN*. 345.66 BOLEN: BC4-C2-H2 STB: AtLTYLPNE TLTRAbRONlDB * BOTHHANN'S LIQUID * fBE B-TETRAbROHOETHANE 1,1,2,2-TETAABkOHOETHANE TXOS: orl-vbt LD50:400 ag/kg U.S. OCCUPATIONAL STANDARD OSOS-air * TETRAHIOHOACETTLtfl AIHOAX 2,407,50 EBRFAC 37,22139,72 10213. LTLANk.l,1,2,2-TLTRACHLORO CAS: 000079345 BN: 167.04 TXDSt orl-hfcB TDLo130 ag/kg TEltCNS lhl-rt LCLo: 1000 ppa U.S. OCCUPATIONAL STANDARD USOS-SklB BOLEN: C14-C2-H2 PCOC** -.1110,J1UTAB 31,343,49 FERRIC 37,22139,72 10224 LTLANfc.lhlGARSLNGSO TIDS: ipr*B<iii LDLo: 125 *9/119 CBCCT* 6,56,54 10225. .10226 LTHANE, 1,1*-TU10U1S(2-CHLORO- CAS: U00505O02 BN; 159.04 BOLEN: S-C12-C4-ME MLN: C52U SYR: RIS(Buta-CHLOROLTHYL)SULFIDE D1S (2-CHLOftOBTHTL)SULFIDE 1-CBLONO- 2-(bet*-CHLOROLTHILTniO|ETHANE 2,2'-DICHLOROD1BTHIL S0LE1DB DI- 2-CULOIiOLTLYL SULFIDE * bat,bta*-DlCHLOROETHTL SDLE1DE RAHESTOEE "LOST" HOSTARD UAS BOSTBRD, SOLPOB S BUSTARD SULFIDE, RIS (2-thLOROfcTHTL) SULEOR BUSTARD SULFUR BUSTARD GAS YELLOH CROSS LIQUID IPEBiTE 4 TXDS: ihl-rat LCLo: 64 19/B RDRC** -,91,43 iva-rat LD5O:0.7 ag/kg 12VXA4 scu-BOa TDLotSO ag/kg/1 TEXSCAB JRC1AB 14,131,93 ITNANETN10K ACID CAS: U00507095 HR: 76.12 BOLEN: 0-S-C2-N4 MLR: BHV1 Slit Acme ACID, mo- 4 ETBANETH10L1C ACID HETHARBCARBOTNIOUC ACID TH1ACLTAC ACAD TH10ACBTIC ACID 4 THIOLACBTIC ACID TIDE! lpc-aus LDLol750 agAg NT1B** AD691-490 10227. LTHANLTH10L CAS: 000075UOI NR: 62.14 NOLEN: S-C2-H6 RLN: Sl>2 Sill ETHYL HTDROSULE1DB ETHYL RERCAETAR RTHYL SULEHTDMATE RTBTL THIOALCOHOL TIIIOLTHANOL 4 TH10ETHYL ALCOHOL 4 TXDS: llil-has TCLo:4 ppB TEltCIS DTLTS* U.S. OCCUEATIONAL STANDARD USOS-Rir EBREAC 37,22139,72 410 MONS 093883 16bo2 . Miufbut UU6AU, (*) * 15) -2-ftlTU7lbUTI6A1I ki>: oUi.vh aoirn: ob-c36-iiS6 TIDS: Cbu-tut; 10Lo:24 By/Ly/3041 TFXiNBO NATUAT 54,262,67 1660J. HIUSALulft be*: B05V O,U-0JLTHYL S-(6-CHL06ObfcnoiAZOUiBl.-3-Yt-l*THTL| IHOSHK-kOOniliGATfc' 16604. .HOOGkJb Ct>; 66*5 LHUT061C AC1U, 3-HTDHOXT-, BLTHYL BSTBh, D1BKTHT L PHOSPHATE, ( - ?6#oJ. Cib-mvblkl* utxt: 6625 CkOlGMlC ALJ1>, 3-HYDB011-, HBTHYL tSTth, UHETHYL FHOSPHAT*, (f) - 16F0A. M, ObiOb b KI: 16674 MIOSPHOIlIUB, TklBUtTL(2,4-blCHLOHOblMBTL)CHLOhlDB 16*07. VbuS&LM LAS: 000075445 bLN: uVb Kb: 46.41 iOLFH: O-ClJ-C uni: LA6BU6 OIYtHLOfclDE * CAkBOBYL CHLOIIlllB * CG TAGS: LClOJ 50 ppa U.S. OLLUI-A'ilOMAL BTANOAMJ USOS-Blr CULOHOPGBBTL CBLOB1DB 12FI16 FfcHEAC 37,32136,72 16606. i-bGiiGLI'L, OXA HA CAL: 0u17*4661 66: 113.63 1XOS: ihl-6UU LLLo: J5b By/ft BOLFB: ll-O-Cl 2-C"ll NDfcC** 16,10,44 166U4* H.USCLbb, 1 HI0" tv* i 23315 TlllOPHOSCENk 14610. M.U.MbJ-JLoa (JUPAV 21,315,72) 6,-ltl 11 tit L-j-t.YLA JAYCHuTOHAKl bk ebb: 1U9SS PHOSPHOMC ACID,01 RLTHYL ESTEI *Uk V-CHL00- 16611. (HU^iillKAnjbL, D1 DOTYL-6,H-01 lSOPkOm.- Lb: 261.44 BULFn: 6-0-P-C14-K32 ST6: M,H'iillSuf kuPVL 1*1 BUT*U-liUSPHlbAMlbB JALg; bil-kb:, LDGO*21bO ay/ky AEHLAO 11,487,55 LAti: wc760>512 HH: 34.00 ni*l; AbJ-JtMt LL Lt>: b )>pi TFXiOlT U.S. IKC0PA1 iOAAi. SI A MBA AM USOS'bil HGLPB: P-113 DTLYS* PEHtAC 37,22139,72 16614. tl.GSH.Jbl , l> i S (2-LhLGLOi TOY LM.kCA ITO) LTHIL' ,xlo: iliJ-ubb tcu*: 7C0 ag/F, BDHC** 10,13,43 166 1 . I UUM 6 J I.L,i JO (, -CJ.l tfkOLll*Yi<hL6CAI'lG) -PiiUVTL- jALL; Jt.i-bCi. LlLo: 4t>0 t-g/H 6D6L** 5,9,43 16615. IHGbHflkL.LJ j (Li f,IIYLj.MNG) -i-PLUOkOLTHOXI- tiiiJi iM-oj.y LCiX/S 500 By/A KDKL** 9,12,43 16616. I tiCSHliKI , (2-LI.LGkul.lhuXY) OILYANG ULO: iuJ-bbi CLLo: 4lG By/ft 6DHC*B 4,6,43 16617. I UlM ttJ M ,UL U. TH I.LbTL jaoj.: ihj-ibi lllc.; lloo wy/H ND6C** -,12,42 11616. 1 H.~W J b L,LJ C I.LOi'O (,-r LUCkGCltiOXY) - iALLi U.iA.1 100 By/r, He I**, 1 i.ool ti*.*.,. K * Abo (4-n.tbOXAH.iH) - .Au-.: ictc: i50o *g/r NDKC* 9,10,43 NDfIC** 1,11,43 IkbitC. 1 U--I liibt .LJLTt liOH.I bYL ',lu. : iru-Att. Li lu: 7 00 ay/ft 6bkC* -,11,42 Ibt. 1. H.1 -.'U A. Il.n i iO (.-* LUOlGlihGAY) - til/'.: ii.J-vi'j .oO *<i/t 60hL* 10,12,43 lot.*, I lto:-l I14 *; , C. I `i 1. > t J _ vl to* OA X * (2 - Ll .`t L1* 6Y LAft 1HOITH X J.) TXAFA4 6,269,64 1*1. ,t W/Jbi, IJ: (1-A7JI.J0II.TL) U-ftLTIiYL-3-rHlA^OLlOiNYL) - Otlb/bWl r.: ,33.40 NGLF.1: 43-U-F-S-LH-H lb J.LUi'li/, A * nAi.COt'HANL OAbAObAbt * . xo.. L. 'o:H* ;.y/A*, . 1ACAI' J | l - I ^ l 1.. .WJ 00 wiJ-1.0: .1 li: 0.1 A-i/bv "'J/Aj 71ACAI- iUCAr 129,66 ,126,60 ,12V,bh 737 MONS 093884 mb BARBAS i tfiltVlhlCBlN s*e: 707 AChlDINE, 6-CHL0R0-9- ((4-(DIETBTLABINO)-l-BETBYLBOTTl) IBINO) -2- MTBOXT-. DIbYDROCMLOlilDE . J212. AILS AH 24454 U6ZA, 3-(p-CaLQSOPHENIL)-1-BBm2-1-(1-AETBTl-2-FB0PTSTL) - w*/?v ' ... mJJ. U1ST010CB1C ACID V... TADS: ipe-ue LD50: 16 g/kg AHFXAF 6,139,70 - jytl. HUl 161 '/ T *' ' AHUCBL 169 mum: 17118 OCTADECAMOIC ACID, BOBOstr tith 1,2,3-FBOFANBTRXOL S*m: 77118 OCTADECAMOIC ACID, BODO*Btr with 1,2,3-PBOPABBTRXOL 236 ACBTXC ACID, CYAM0-, BTDBA2IDB ' Xm%iHK. AlitlM-CD-OLBYLAMlIE ------ '(fii. --TXDS: ipr-Biis LDLo:25 ag/kg VTZS** ID 691-490 m--l 17166 1-OCTAHA81BB mm: 17146 1-oCTAMABlME r^t0..1knU> 16D * SMI 1k351 l-BEXADECAMAfllMB *.V116D mmmi 17107 l-OCTADACAftASlttJ ; AMHLEM-TD-HTDAOGENITLD TALLOM IRINA IXDSs ipr-aus LDLo;200 ag/kg maun l-7 12*37 b'EXYLABXNE, 1-BCTMTL- v , 2IU, MftlU ` mt 21360 SA2.1CTL1C ACID, HOMOSOD1DB SALT 2289. AAOCLOA 1262 STM: C!UOkOLlH;t*?L (4 21 Cl| * FCb i2*.6. . / t. V'/i.ro'^ I* Oh I ibl-hao TCLo:10 mg/TS TP X : IBB sku-rbt LDLo 1794 sg/kg O.S. 0CCDPA110MAL STANDABD OSOS-Skin ttucuik mt tWISl', StH Clil.OfcODll'kENYL (Sl Cl) orl~EAl LDLo:500 ag/kg O.S. OCCUPATIONAL STABDASD USOS-Bkia .A8FB61HB IMS 19*68 FlFBNAElNfc, BBXAHTDBATB ^Ot2IO249'^.AAtXIMMAL : 14956 BLTHANBAASOB1C ACID, D1S0D1DB SALT IT1S* AD 691-490 C1T0X* -,153,MT1S* COII-72-10419 FESEAC 37,22139,72 BTPN PERBAC 37,22139,72 . 0**2249. AASACAT1H SQD2U8 SALT (TBTMAMTDAATfc) BNJ 354.18 --------------- . STM: SODIUM ACBTTL AASA NILATS . TIDS* ita-rbt 1D50: S50 ag/kg HOLES: (M-04-AB-C8-H10 .B .40-B2) 127XA4 ANSABSLDB mmmi 2259 ARSAN1L1C ACID, M-CARBABOTL- ^; . :|V4an. aAsBSAB1M ?*'V*r!*--.,.. X 22b0 ASSAMLL1C ACID, BOVOSOD1UB SALT KjuJM*.. SJfSARXMOL Nil 18260 PHE80L, 4,4*-AhStNOSIS <2-A(II0-, DIBTDR0CRL0B1DE ...Jfr'' `V .' asst. Amu > BBS I 2535 Al.SINk OXIDE, MYD60XYD18ETHTL. ' 2254. AkSAMlLJC ACID .* CAM: 0P0096500. BHi 216.99 BOLFB: N-03-AB-C6-M8 <.M. .. STM: P-ARlNODtNtLNLAI.SONlC ACID AfllNOPhERYLAhSlME AC1D * P-AR1NOFMEMYLARSONIC >. ' ACID * 4-ABlM0PILNYLAK50BJC ACID F-AN1L1NBARSOB1C ACID ANTOXfL1C ACID p--AhMAN1L2C ACID AMSINILIC ACID-100 ATOXTL1C ACID ' / bCAZEKLAiiSONlC ACID, P-AB1NO- PMO-GBN PK0-GEN 227 FREB2X - TkbS: orl-rht LDLu: kit 9/kg TXAPA9 14,165,71 -22SS. I'-AKUAkULlC ACID * 2254 ALSIMlL1C ACID 22U. *LMAML1C ACID-100 C: 2254 AKSAM1L1C ACID HONS 093885 *257. i-Akb'AlilLXC ACID, b-ACLTTL-4-nTDHOXT- CA!* b00097WMy lt: 274.99 HOLFB: N-Ob- -C8-H 10 bTk X J-ACLTAB1DO--H-HYDhOXT-P6KNTLAKSON]C ACID ACLTAHSOL ACETAMSOME ACMPHLNAkSlVM 3-ACETTLAE 1 MO-4-HTDkOXTPKEMTLAMSOM1C ACID N- ACLTYL-4-llTChuXT-B-A USA Ml Lie ACID ABAhSAM ABOBBAL * AASAPBEM CHKLICI) 594 DLVEOAN UlSPAhlClDA DTMAKSAM ENhLICM 594 * FOL'hMiXAO 190 OINAJtSOL * GOTL * BBABOPBBM ROBANSOL LlRAhao*. oALAM:3DL HUMAAGAN N1LAC1D * OhALCl? OMARS1S 95 I ms. tinin Botumc iciu 1 ties: otl-rut loso: 740 ag/ky i.|>r-Bus 1.050: 500 9A9 '' Iu. jkHlABIBOBOMlC AClD.a-CAKBOIT vm^ TIPS: OtA-Cat Lb50: 3000 9A9 1UXTAK *,708," CURl** 37,92,60 AP1PAX 12,173,61 vT TIPS: orl-rtt j-Tpa_ > i _ ,,,,,,ICiktlKOl. :S;r'mcubo.iL 9/49 3551 BEVITI ALCOBOL 2037 BtNZAlDBBTDB APTPAT 12,173,61 * MW* H^^ne^MPITUC ACID .$S8r(,.3rl . .Tinun CHLOBIDX' c 3271 BEVZ01C ACID 2992 BEKZEBB, CBLOBO- M/Alltm* CHLOAO- ,4,-CABl 000100907 OWt 112.50 BOLPB: C1-C6-45 I&. VLB: 61 Rkv. *: BBIZm CBLOblOE CBLOBbEVZEBK CtfLOtBSVSOL * CftLOBOBEBZZBI J BOVOCBLOItBKBZKBS BQBOCU2.0B0BEBZXBE * PBEBTL CBX091DB * `S7\ . float orl-rtt LD50:i910 ag/kg OCCUPATIONAL STANDARD 0303-air 14CTAT -,1330,* PBRBAC 37.22U9.72 5-chlobo-2,*-i>ibxtmoxi-i-aito- TXAPA9 21,315,72 I. '`mrit* I tillMl>tDllBH,tDCoSBirBLl-oEOtrtoBflU-Otb.B-2r1Ed,*4,0~55LD0-0:HC5tB6l0T4Lb:001OA000a-IagI/gfkB/.g0-2.0"D1BETB0XY- (T1AFA9 21*315,72) BOBKAT * 5.65,59 i,*r`***%* AtlfABB, 1-CBLOHO-2,4-DiaiTBO" . ,CAS* 000097007 BBS 202.56 80LPB: B2-04-C6-B3 ''ytf. ' MU: 990 60 BW STBl 1-CBLOBO-2,4-DJlITIiObEkZUE 4-CHJ,OkO-1,3-DIBirOB]SIBB 1,3DXtfXTBO~ 4-CHI.ObObUZAtft * 2,4-DIBITIrO-l-CaLOBOBmXBB nos: orl-rat ldto:1070 ag/kg AXBAAP 23,95.62 _ 4.bKSMK, 1-CHlOPO-2t*4)-rTHTL'*10$: orl-rt U)50:500 >9/kg :- SIT, `BBBBBB8,l-CBLObO-3-VXTBO Tm* ocl"t#t 24b0 *9A9 ,imriinm*wiabkOM-mio fl*i orl-rat L050: **20 ag/Bg 'JrfctlBati P.. OCCOPATIOMAL STABDiBD OSOS-afcia ' J1BTAB 30,63,40 AXBAAP 30,470,69 BOPBAT 5,45,59 F8BEAC 37,22139,72 " '4111111, 5-CRLOAO*BlTAO-2,4-DIBETBOXI- (T1APA9 21.315,72) _!iS-mOXI-1-*XtBO- aaa: 2993 BCBtSBX, 5*aiOM- ASBIISBOIASOSOL/ONIC ACID, p-(D2ELT97LABIBO)50D1DB SALT BBBUBXDXAZO SODIOII SOLFOAATB 'Vlimm 01C1BBOB ZTB ZLB CASI 000623267 KM: 12B.14 BOLFB: tf2CB~H4 STB: 1,4-bXCTAA0BX4ZBBX TCABFRTBAL0B1TBILB * SSDS: lpK-aua LD50: 9X9 ag/kg m: 6579 p-DIBXTBTLAB1BO IBBXAO 4,11,66 . . J*iBPtBVB01CABBOBPL CS10AIDI ^ui*.>f.vr.... . : 3003 1,3-BEBZEIEDlCABBOBTL OICBLOBZBX ' ' !MS/"l,3-BBPnBSDlCAtBOBTL B1CBLOB1DB ' ' * 000099616 BN: 202,96 SOLPB: 02-C22-C8-H4 ; ill: 6th Cftt >fXlf\t. BTBl 1,J-bfeBB6BBBZCA6BOBTL CHLORIDE * IS0PBTHAL1C ACID CBLOBXDS 1SOPBTBALZC -* ' < ACID DZCBLOhlOL * ISQPbTBALOtL CHLOR1DB ISOPBTBALOPL OICBLOAID* 1SOPHTMALTI CHLOAIPB 1SOPUTBALTL D1CBLOBXDB a-PBTBALIC OXCBLOB1BB B"F9TBAL0TL CbLOftlDB * TXDS: orl-rat LD50:4290 ag/kg OCDS** M. BEBZKBE-o-OlCifiBOXrUC ACID D2~a-8UTTL ESTEfi **.* 19132 PRTBALIC ACID, D1B0TIL B3TEB XBH, p-bUSEBLDlCAbbOULlC ACID B#a: 22741 TBRBPflTBAUC ACZD M* 1,4*`MBNSBNBDXCABB0XTL]C ACID M* I 22791 TBKEFBTUALXC ACID *M7\ O^BBBEBM ADICABBOXTL1C ACID, DIBUTTL ASTEB *. 19132 PHTHAL1C A CIO, OXBQTTL ESTEI MONS Q93886 127 tfLK; 10OVA UVOIO SI*: DLC1L pfaTHALATE * Dl-O-DZCYL PMTH1LJT2 PH7SAL2C ICID, D2DECYL BSTf* TJDS: orl-iat LDU>:640 agA9 A1HAAP 23,95,62 3009. l.k-BEMLtNEDlCAhBOATLlC ACID, DIETHYL ESTER ckb: U0U06462 n*i 222.-.6 BOLFB t 04-012-1114 MLB: sin: 20VR BV02 ANOZOL * DItTHTL PHTHALATB A PHTHALIC ACID, DIETHYL ETHYL ESTEM PHTBALATE PHTHALOL TXDS: ipr-aoa LD50:2830 ag/kg NEABTIIE PALATXBOL PUC1D0L E S0LV1N0L . JPB3AE 55,158,66 3010. 1,2-bEKZ:MlDlCAaBOAlLlC ACID, DIMETHYL fcSTSB : 19137 PHTHALIC ACID, D1BNT8TL ISTit 3011. 1,2-BENZENMDICANBOXYLlC ACID, D2-2-PBOPKNYL ESTES CAS: GOO 131179 H-: 246.28 BOLTS; 04-CI4-H14 STM: DAP0N b DkPOV 35 * D1ALLYL PHTbALATE TXDS: ocl-tut LD50:1679 ag/kg PEPRA7 5,191,46 3012. 1,i-BEMltBBDICABBOXYLIC ACID, DITRIDBCYL ASTER ' CAS: 000119062 BV: 530.92 BOLPB: 04-C3U-B58 ' lLN: 130VK bf013 STM: DITblDkCTL PHTBALATE DTDP PBTBAHC ACID, DITBXDECTL ZSTBI 962-BPA STAPLE! DTDP TbUPLEl DTDP 1-TBJDEC1M0L, PHTBALATE (2:1) TXDS: orl-tat LDLo:640 ag/kg AIBAAP 23,95,62 POLTClSBt 3C13 BENZENE, (DICHLObOBETHYL) - CAS: 000096873 BN: 160.96 -. BOLPB: C12-C7-B6 '' '` ' MLB: GY6S SIM: DtbZAL CHLORIDE BENZYL OlCHLOftXDE * 6ENZYLEBE CHLORIDE BEIZYLIOEBB CHLOJUDE alpha,alpha--DXCHLOKOTOLObNE TOLOEBB, alpha,alpba-DXCBLOBO- TXDS: orl-ans 1050:467 ag/kg ihl-aus LC50:200 ag/H . 61PT** -,96,63 GIFT** -,96,63 3014. BbbZEMB, DIETHYL- CAS: 001300Ba9 B*: 134.14 MLM: 2b X2 1XDS: orl-rat LD50:1200 ag/kg BOLPB: C1Q-H14 AIIIBAB 14,387,56 3015. BENZENE, a-DlHIDbOXI- a: 21085 HES0BC1N0L 3016. LbMZLNb, -DJHYDROXT3017. btNLENE, P-D1HYDSOXY- am: 20702 PY&0C1TECH0L am: 3030 1,4-BENZbNEDlOL 3018. BENZENE, 2,4-DUSOCIAHATO-l-HETHIL- CAM: 000564049 BW: 174.17 BOLPB: N2-02-C9-H6 . MLB: OCbb B EBCO &YN: IS0CY4N1C ACID, 4-BETHYL-a--PBENYLENE ESTE8 TOLOENE-2,4-DlISOCTANITE 2,4-TOLOENBDllSOCYANATB TOLUTLENE-2,4-DllSOCTANATS TOLTBEE 2,4-LIlSOCYANATE TOLYLEN-2,4-DI1SOCYANATE * 2,4-TOLILEfEDIMPCJABAM TXDS: ihl-ban TCLo:0.5 ppa TPX:ISB ibl-rat LCLe: 12 ppa U.S. OCCUPATIONAL STAMDABD USOS-air J0CBA7 1,448,59 AIBAAP 23,447,62 PEKEAC 37,22139,72 3019. UbbZbhfc, O-D1METH0XT- ' "' CAS: 000091H7 Ha; 138.18 BOLPB: 02-C8-B10 SIB: O-D18ETB0XT BENZENE * 1,2-D1 BITBOXT BENZ EBB * PTBOCATZCBOL DlBEttTl. LTHbh YfcKATNOL VEtATNOLE * 1XDS: crl-ratLD50:1360 ag/kg PCTXAY 2,327.64 oil-aua LDS0:2020 ag/kg PCTXAY 2,327,64 - 3020. IHMZLNC, p-DXHbTHOXT- CAS: 000150787 Bb: 138.18 BOLPB: O2-C8-H10 MLN: fOb DO> STB: p-blHbTHOXYbENZEIIB DiNETUYLHTDhOgOlNONE ETHER DIBEThXL ATHLH QUIN0L DlltETBYL ETHEE TXDS: ij.r-aua LDLo:100 ag/k9 DBB BYDBOQOIBOtS, BTIS* ID277-689 3021. ILHZtbfi, 1,2-DlBLTUOX7-4-PhOPLN7L- CAS: 000093163 SB: 178.25 BOLPB: 02-C11-H14 SXb: 1,3,4-lSOLUCfcNOL NETHYL ETHER ISOHOHOGENOL BETRTL ISOEOGEBOL PHOPLbb, 1-(3,4-blP.bTHOXTPHLMYL) - * 4-PHOPENTL YERATROLZ * TXDS: ipi-aua LD50:52S ag/kg ivo-aua LD50: 153 agAg AXPTAX 199,226,72 A1PTAR 199,226,72 1- 128 MQNS 09388V . fill, lactfLOHaiTtutAkOMfi tlPSi lpfiva ldi; 7X 69A9 TXAPA9 1,160.59 i. i#*-lCiLOk-*-17fcOrtltlUSTti &T5EL1BY OCTOTE tTOXIA* -.93,72) ^L2.i*oictaoko-'imomm estee III : 265 icmc ACXD, l|V> DJCBAOBOACAIA ADEB1DB FAUOEOACBTAR1DE IlDSi ipz-aua LD&Ot 150 ntj/kq in DXCNAOhOACBTAADBHTDB-p-PAOOOOBEESABIDE -- TXDSl ipr*m ADSOs 760 agAf JPHSAB 56,1190,65 JPBSAB 50,1190,65 j.,*ICM10hACBTAADB8TDE-T-rAOOSOPRBNYAACETABXDE blK. mt l|r-N* ADSOt 999 igA9 JPBSAB 5#,1190,65 I^ToXCUABOICKTIC ABBlDBlDS MS 266 ACETIC ICID, DXCBAOIO-,ABB1DIIXDI ' _O..A,2-PXCKAOBOACBTIA CHLORIDE I . 506 ACBTTL CUAOBIDB, D1CHAONO wS**- I. DICBAOBOACBTTAEBE IHt 609 ACETYAEBB, DXCEAOfiO- ~M * 3.2,3-DICHU)*OALLTL I,N-D11S0FE0PTLTMOLCABBARATE f> DI180P10HLTB10-, S-<2,3-01CBA060AU.il.) ESTEB mi 0967 CABbABIC ACID, lj;*2,S-DICNAOBO-3-ABlBOOBBX01C ACID SMt 3277 bEMBOXC ACID, 3-AB190-2,S-DXCBA0H0- 61*16 v - B,H)XCHA0I0ABIAXBB ! 1698 ABIAIBE,3,6-DICHAOBO tttftOS. 3-(2,-t>lCMlOkOAULlkO)-1-(2,0,b-TBlCRLO*OPBHm.) -2-PTXAZOUEX-5-ONB TXDSl orl-rot ADAOI3200 19/69 KODAB* -,-,71 Jl1796 . 3,6-DXCRAOBO-o-ABXS 1C ACID ! 3303 BENZOIC ACXD, 3.6-D1CBL01O-2-HETB0IT- I^TOT* 3.5-DXCiaOBOARTBBABlUC ACID SMS 2057 ANTHRANXAIC ACID, 3,S-*1CHL0B0- ^ 7700, 9,10-DXCMAORO-1,2-NEBZAllTIIiACBNX ` TXDSl SAl-iaa TDAOI200 q/k?/*i iriSL'AB COBZAP 226,1052,00 09. -D1CBAOBOIIBZXN* ! 7710 1,2-DICHLOkOBENZZMB H ~TT[ rr^' -- 1,2-D1CHAObORBBX EV B ' CAO: 000095501 06: 167.00 OOAPH: C12-C6-M6 BIB I CBLOBOOBB DCS O-DICHAOEOBBXZEBE DONTREKII E ODS TXDSi orl-rt ad50:500 ly/ko besaat 12,117,66 l?-rbt ADAo:326 >9A9 JPBAI7 00,201,37 O.J. OCCUPATION!A OTABDABD USOS-llr PEBEAC 37,22139,72 11. 1,<-DICBA0B0BENSBBB . CASS 000106667 BO: 166.96 BOLTS: C12-C6-H6 , NABI OB DO t. : TXDSl orl-hio TDAOt300 igA9 TFXtOBS ... . . cl-Eftt AD50:500 NgA9 . acQ-ias TDLot 162 >9A9/1 TPltCAB * g.a. OCCUPATIONA A STANDARD OSOS-lir PCOC** -,851,BESAAT 12,117,66 JPBAA7 56,321,62 . PZHEAC 37,22139,72 HU. J,0-DlCNA0BOBBNSSSE DXAXOTBXOCABOASXD J)lCNiOBOPNBN!A) TBIO- Ml 23605 3-TBXAXZBSCAIBOXABIDE, 1-(3,6- 7?1S.<,0*-DlCBAOBOBBBtXDIBS few**-.--. 16. J,3'-DXCBA0k05SStlXSS Ml 3161 bEBlIDXBZ, 3,3*-DXCBADE0mi 3161 BENZIDINE, 3,3'-DlCIIAORO- ^7715. DlCBAOkOEEBXIDlBB, UBATbAkE CBADt : 3161 BENZIDINE, 3,3 .-DlCBA0*0- it'*1'*9 6,6*-DlCBACtkOEBBXXAlC ACID ATBTA ESTEB ! ;.&S" *"* . I 3167 RENZIAIC ACXD, 6,6-DlCHAORO- ` 7717. pvp*-DXCBAOD0ftBVlODNENO|)B ** l 3395 8EN80FB&NONB,6,6~DXCRAOkO 7710. 3,6-DlCHAOHOBENlTA BBTBTLCAE5ABATK in: 6950 CAEBAB1C ACID, 3,0-DXCBLOROBElXTA-B-BETBT 7719. 2,6--DlCHAOkOBtlXTATkIBUTTAPBOSPBOMIUII CNAOM1DE . DXCNLONObENZTA)-, CHLORIDE Nil 16679 PBOSPBOBIOB, T1IBOTTL (2,6- 7720. (3,6-DlCNAOfcOBABZXA)TklPHENlLPROSPbONlUB CHLORIDE SIN: SOLAN NR (P1ND) * TXDS: ocl-EBt LD5Q: 2000 9A9 PCOC** -,522," 7721. J,J*-DlCNLOEO-6,6'-NIPMENYLDIABINE I 3161 NERZ1DINE, 3, 3D1CBLOBO-- HUNS 093086 321 P. (J-LIHIi.-a-HH'TTI.) MTBl LCAbBIMOL 20 367 XIVDECAHOL . ETSlL68MI*CTLLlBl;TBYLAaBOblUfl 8HOB1DE RBOB1PA : 1635 ABBOHIUB, El HTLHEIADECTLMBETBTL-, /'V^jyiS-ITBTLHBIlBYbkO-lM-Ail.l'.lllE-l-CAbBOTHlOATE '^^..1 CAS: 002212671 BW* 187.33 BOLFBS N-0-S-C9-H17 61.11: T7K7J AVS2 . TXPS: ori-rat u&O: 720 g/k.g PCOC** ^`r2-Bton.tBXAU)ErTOt sx 12032 BEXONAL, 2-ETBYL- ^iiiji.2-rrIL-1,3-aiI16LD30L *3Z+i' Sir 2-mnmtIAKI>l<U.-1f3 *. ' I. 3THTL 6EXTLEB6 GL7COL : 12050 1,3-UEXANEDXOL, 2-ETBYL*: 1250 1.3-HIAtD10L, 2-ETBTL- 12650 1,3-HKXABUDlOL, 2-ETBTL- -,833,- if. 2-ETBYLHiXAJIOK ACID, 2-ETBYLHEXYL ESTtfc itiuiiuu uiu **; 12071 HBXAMOIC ACID, 2-ETH7L-. 2- !' 2-BTBTl.LBXABOiC ACID, 1TL ESTKK : 12472 BEXABOXC ACID, 2-STBYL-, null ESTER I.#a-ITHIL-1-BEIAR0L : 12480 1-BLXABOL, 2-MBYL- l|, 2-ETBTlBEIEIjiL sac: 12503 2-HEIERAL.2-EIBU > a-tTHIL-S-BEXENAL 8866: : 12503 2-BEXBAL,2-ETBYL *Tt8IJ6. 2-LTHIl.ilXOlC ACID w aMp bfU'ltBILbSm ACETATE 12070 BEZANOIC ACID,2-ETBTL- IM! 261 ACETIC ACID, 2-ETUTLBEXTL ESTER H83. 2-KTBYLHLXYL ACETATE `AV Ifllt. i-ATMLhUIL ALCObOL 261 ACETIC ACID. 2-ETHYLHEITL ESTER S6x 12060 1-HEXAB0L, 2-ETHTL- MMOO. 2-L1HTL HAXYLABIRB 86*2 12536 BEX!LAMBB,2"ETHYL 8880U -<2-EltiTiBUTL) ABILINA '.HM. ^98802. 2-LTHYLRLAIL bORATL, MU- ^,'j* TXDS: gcl-cat 1450:2830 ag/Xg 1927 AB1L1BB,B-(2-BTHYLHBXYL1 0SBCC* 98801 2-LTBTLIJEXYL-6-CH10MDA ini 12237 BBPTABB,l-CBLOBO-5-flBTHTL - ,58 . 8- (2-KTBILhl.X YJ-)CYCLbHLXlLAf.IBE 866$ 6870 CTCL0BIXYLAB1BE,II- (2-ITRTLBE1YLJ - *8605. 2-ETBTLA8ITL 9,lO-BPOXfOCTALBCaBOiTX ` BTBYL68XYL ESTER 17116 OCTADECABOIC ACID, 9,10-EPOIf~, 2- |196U. 2-LTHILHLIlL EPOXYSTEARATE 8 : 17116 OCTADECABOIC ACID, 9,10-BPOXT-, 2-ETRTLHEXTL EST1 07. 2-tTBTLKtlTi. ETBABGATE 261 ACETIC ACID. 2-ETHYLBPXYL ESTER #18806. .-1T6TLKAXTL 2-Lf KYLK.XAMOAT '^to0. a-lTHILHLXXL tTJOAAATE t 12071 BEXANOIC ACID, 2"ETHYL", 2-ETBYLREXTL ESTES 11621 PUHAklC ACID, BIS{2-ETBTLIISXTL) ESTB6 18858* 3" (2-BTLYLREXXLOXY) PROPIONIC ACID **: 19979 PkOPXORIC ACID, 3-(<2-ETBTLBEXTL) OXT) - 2-ElHYL HEXYL PbTBALATR . CAS*. 0UU117617 ft: 390.36 SOLIS: 00-C28-B36 TADS: Oll-LfcO TDLut 10O *y/Ag TH:U11 orl-rtt TDLoxRj.2 ya/Ag/VohC TPX:REO JIHTAfi 27,130,05 AfllHAb 13.259,56 10652. 2-L1HYLHIXIL SALICYLATE BWi 2*6.35 TXDSt ipr-ava LDLo:2D0 ag/Ag ROLES; O3-C15-B20 RTIS** AD277-689 10653. 2-LTHTLHLXYLSUMATL EALS: orl-r.t ld50: "125 t*il-gpy Ll>50: 31*20 g/Xg y/Ay J1HTAB 23,078,01 J1BTA6 23,078,01 16650. 7-L3HYLH.A1L V26IL Llhih cev! 100J5 ETHER, 2-rTSYLHEXTL T2H7L 1061*5. kTJ.Il HYDRaTL lc 10507 ETHYL ALCOHOL 16656. LTiiYLIlYDROCU RLIRE .*: 1276C HTOHOCUI'KAIRE, 0(rup 6') "ETHYL- HONS 093889 #37 19120. WiUSPHUlhlUM SMi 2229* SUCCINIC ACID, JIEhCAPTO-. DIP.THTL EST2B, S-*atr with a n DilLThi*. H.OSPbQhOClTlllOATL 'B"" - . 19121. JhOSPbOTUMUSTJC AClD,SODI0lt SALT IXDi* ori-TAt LDbO: lbGO tg/ky m. PMOSTEX SK: 3*79 bis (OiCVBCkYPHOSrHlKOTHlOTL) blS (DllSOtbOMLFHUSHilMOtHlOYL) DISULFIDE (251) ' DISULFIDE G1SAAA (751) 1 *1 . i-. 31,197,00 ' . :-*Wf ` "l ' 1*123. PHOSTOX3M 1127 ALOBlMUfi PHOSPHIDE .- 19121. PHOTOblUHft 1912b. 1M1H : 19120. IhTALODUuS : 18378 FNEBOLPHTHAteElK, 3 ,3 * * ,5 ,5 * -TETkAlODO-, DZSOOIOB SAIT JdU DlPHtMTL 16332 VAPUTHALIBlDt, N-HYtlcOXI-, DIETHYL PHOSPHATE ,1-f ' -- 19127. PUTKALaHXDI!, N-I -U10Z1HIl-M,R DIPITbOSOCAS: GD3b51109 SIM: 8,*'--DWtl'EYl--M,i * --DlMITbOSODHTIiALAHlDi; TkDS: ori-l-t lDLc:7200 y/tg/j2bl m:8EO " - ^ * 8 ,R DlNITROSO-A^'-DlHETBTltBTBAUfm JHC1AB 91,985,08 19128. FitTh ALAhlLlC AllD, 0(2-THJ AZOLTLSULFAIIOTL) - v ' CAS: OOUG65734 ll: 403.45 MGLPB: M3-05-S2-C17-B 13 ** : 9LBt 1*8 CSJ BHSbb Mlk MQ SIM: AP1-MALY1 |0-<AbiOX J0LBZO1L) -p-AKlMOPBEMYLSULFOMABIDOTHlAZOl*- *CbEtlOTHALIDIML EBTUbbBIDA EMlEbO-SULFINA ENTfcllDIMA JIT * PhTLALAZOL 1*81 HALAZOLL * KHTLALOTLSULfATIII AZOLE 4)-ttlTilALXAflXbGbLMLZNLSULlOMARlDi:) ThlALGL* 2-(l(AUp 9 2-(V(MrT '' - - - - - 2-(b(cUf> 4)-PHTbALKAJllMOOLBlEbESULFGHABlDO) TH11ZOLE 2-( 2- Ui-H.TbALTlAbUOl-fcMZi.MtSULMfll&OJTMl.AXOL* PUTHALTLMOMS0LPAZOLE' * ' (M(KUp 4) -PHltiALYLSULPANlLABlDG) ThlAZOLE 2-(p-N-rUTHALYLSULPAIlLIl)'*'* , fJjf AElbOTNlAZOU, PHT8ALYLSUL1ATH1AZOLE PUTHALYLSULPONAZOLE \p PUTHA LT LSUL) U LTKJ AZOLE SUDACET1L SOLPA Ml LA BIDE, M <*Op *) SOLPAhiLABlDk, 8 (sup 4) - (o-CAkriOXTblM2CHL)-M*-2-TH1A*2v0rLi,TbL- - SJOVLlP/AirPiTBTNBAWLAIEMOLSC^^ ^ * SULFAIHALIDINO ' SOLM.LTL lALLUDhON " -T--A---L--I-D---1---M---B- ' * T--A--L--O--B---D--B--O--B----- 13 * THALAZULi * IMALlsTARlM TUA L1STAT1L *-(2-THlAEOLTl9aUAEOfl4.75^ HiTh.CAMli.lC ACID - (2-1`b J AZOLYLSULPAHTL)P8THALAMILXC ACID OITIATXl* VXDS: lpr-auc LD30: 080 9/kg JPETAB ; 81,110,98 *-^Q 19129. PU'll.ALAZlME.lHiYDEAZlMO CAS: 0G0Ub544 Bn: 100.12 ixdl: xvn-rut LDLu: 34 zg/ky orl-iut LD50: .13 fag/kg lpi-Buv LD5U: bj ng/kg HOLPB: M4-C8-H6 JAI'ttkfi TXAPA9 JPLTAb 40,559,01'' 7,596,65 101,308,51 19130. 1 N31.ALAZOL S*m; 112o i UTb A LAftXLXC ACID, - (i-THIAXOLYLSOlPAnOIL)- " : * 1*131- PHTHALAZULfc WCA1 1*lAb FHTHALLNILIC ACID, -(2-TH1AZOITLSULPAHOTL)- ' ' ' 19132. IhTkALXC ACID, DlbUlYL LSlfch --7t V CAbt 000064742 BMl 270. Jb flCLFK t 04-C10-H22 '' % Lh: 40VD f.V04 '> SYMt V **ebZi^h LD1 CAMOXYL1C ACID, DlbOTYL ZSTMk * BENZEME-O'DICAfifcOXTHC* ACXZ* D1-D-LuTIL kSTLA CEbLUfLlX Dlb DLP DI-n-BUTTL 1PTHALAT? HkXAPLAS B/b VALAT1MOL C POLYClLFh DRP PI 104 STAP1_ Lblr bllClZLh 2C0 . - ixdl: oiA-i.wu tdlo: 140 tg/kg vn:ti savois 84,1243,59 U.S. OCClll'Al 10KAL STAMOAhU USOS-Air FLktAC 37,22139,71- I'HTHALIC ACID, DIDLCTL bSTEh Cw*t 30Gb 1,2-bCNZNLDlCAhbOkTLXC ACID, EXDECTL 1 19139. ltlbiLlC ACID, DI tillXL ASTLM *Vi 300* 1,2-bMZENLDlCAbBOXYLXC ACID, D1ETKTLM 1*133. PHrilALlC ACID, DllSObUTTi. ASTkJ. CACt (ivkOkAiVi AC -7b.30 LM; lYOlOV 2 Lb SYh: DUSOLUTTL PhTLALATL 1XDS: LD3D:375u ag/kg HOLPh: 04-C10-K22 HtXAPLAS B/lb zcif.-g JPHSAE 61,51,72 19130. tUUALIC AClD,Dln*.T;OXt-,CT.TC XSltb SIM: DlniTliOXY Lllilt M.ThALATL IXDt: iLJ-r.t LCi-o: 1545 j.|,*/1t.h Lett: ICOo cg/kg 14CYAT 1,1004,63 1U CIAI -,1904,- 1*137. PhTI.ALIC ACID, Dir.CTKIL LSlkt CAS: COGIjIUj :.k: 1y4.tc i'.otfjl: 04-clD-lllG Sin: AVOtik 1,2--tkhi M> St 1< ,.libOXI^lC ACID, tlDZllilL tSTth 750 DintIBYL B8TMA. MONS 093890 L24*U SlSLEULllakL tfctt: 1 SULFAflLAIIl Gk SULEUGISASIN mu: 223*1 GOLEAMILABIDE. N (SUP 1) - (4 .b-UMETHU-i-fThlBIGHTl) - 2240.. SOLEClGlftCSiS* **: 2230I SlflE*41LABJOC, N(SVP 1j - (4,6-DZnETHYl.-k-f'rfcXn2DXNrL1- 22**3. SGLEOtlUAbOlC ACID &: j*7 ACETIC ACID, SULEO 224**, 1-MJA.FO-3-K.UAMU.0hl A TIGS: ipr-MUt LGLo:200 ag/kg RT2S** AD277-689 22**5' SOLEOLA* C*at 2jJU4 TbxOHiLMt, TETMAMTDAO-, 1,1-MOHOB t 22tl SULEtLAME .1 mm: 23JG4 THlOl-hklE, TETSAftYOKO-, 1,1-DX011DE ;22**7, 1" U-SULE0-4-BfcTHTLl'FiV;kTL) "2-^BlO-* ,4 , a-TklBETHTL GlfiYDkOETfaZflXDINE 11DS: ipr-aua LGLouGO ag/kg MT1S** *0277-689 zmt. SULEUSAL , mm: 22*0* SOLEONBITUAbE 2Mb* SbLEGVABIGE **: 22307 SULrAULAMOE 22* 7b -AUU,O*AtJbt-*-01*tTfcTiJfiJMOAi<JFE*Zi.-i TIGS: orl-r*t TvLonbGU ag/kg TEXsNBU BJCAAX 10,129,56 22*71 3ULE0NABIGK * **: 22367 SULfAHILABlDE 22*72 -LH*AlDO-3-lu;7hTL-4-MilliOAEUfcEb tEBE TIGS: ori-rat TGLo:3tuO ag/kg TMsIEO BJCAll 10,129,56 22*73 1-(1-S0U'0-2-N*PUTBTL) -2-1K10-*. 4,6-TMHBTHYL OIHTDSOPTHI BID!IE TADS! lpr-*UM LDbUHlQ >9A9 NT1S AD277-6B* 22*7* 1- Ib-COLFO-l-bAPHTUYL) -2-THIU-4,4 ,,-TfclHtThYl DlbYOBOFThlBlDlME TIGS: ipr-au* LGLo:100 ag/kg BT25** 1D277-689 22*75 p-5ULEObOZtHl.OAAB10GkKM2.OZC ACID sc*: 3305 BENZOIC AGIO, p-(GJCULOHOSULEAROTL) 22*7* SULAOBA TIGS: orl-rat LG50:32 ag/kg 6JIRAG 15,158,58 22*77 SDLEOBL, ALLTL-p-iOLTL730*1 ipr-tua LGLo:J1.3 ag/kg CBCCT* 6,375,5* 22*.7B BULEOBL.BUlftlGlBE TIG*: ipc-auv LG5C:200 ag/kg COM.** -,75,62 22*7* SOLEGAL,LIStf-BkGHOflNIL) . TAGS: ac*-aua LG50: 250 ag/kg RDAC* -,120,43 224*0 SULEONS, GlS (2-CLUlLGBTUYL) CAS: 000*71*3* B*: 101.06 HOLEII: O2-S-C12-C4-H0 SIS: bUSTAKG CAS SULEONE IEBSZTB SOLrONE TIG*: lLl-au*LCLo: 1*5 ag/a SIC** -,42,42 22**1 SULlGBL, fel5(3H.HLOkOlkOElL) ti*: 0077*77*4 ii*: 210.1* TAOS: iCI-MK LLSO: 2*0 Mg/kg BOLES : 02-S-C12-C6-H12 MDIC** -,120,43 22*02 GULF041 ,BIO (GlbbOHOLTbXL) TIGS: tcu-aos LG50: 13 *9/kg DIC** -,120,43 22*03 SOLrObk,SlU{ 2-- (GlCLoOkUAkSIMO) ETHEL) TIGS; ihl-aua LtLo: 1240 ag/B 224*4 SULEOA E,B30(1,2-Glt MLGGOKTGYL) STa; *15(1,2-GlCGLOkOklhYL) SULEONE TIPS: ori-rat logo: 250 ag/kg Due** -,7,*2 A1HAAE 30,470,69 224*5. SliLK)NE,ftlS[ 3,3-G1K*UYL-3--AH1AOGAGPOXT) PHESTGl tigs: ipr-aoc LOGO: 50 ag/kg COAL** 22**6, 5ULFONL, oZS (2,4-GlalThoI'HLMTL) CaS; 00.4**12* BW: 23b.26 TIGS: orl-rut lgm>: 500 ag/kg SOLES: N4-O10-S--C12-R6 HCKSA6 37,104,60 5,34,53 22**7. SOGFONk, f 2-bi.ORGVI MY L) VJMYL IZGs: icu-rt logo: 75 *9/kg NBHC* -,121,43 22**0' SQLF0RL,IU21L EOLKCYL Z'ZGo: oLl-tat LGLo: 500 ag/kg ICN5A6 5,42,53 MGNS 093691 J *95 22449. SDLFU0E,2-CLOhOLJJIIL *>-1UTi.omi;*YL 1105: url*rtt LDL*.: SvO ag/ky :;CKS16 5,2,53 22*90. SULfOHfc.p-kHLOWHitbYL IHtHYL LAS! OUGObDoGX Lk: bsKlib OG 66: 262.72 BOLES: 02-S-Cl-Cl2-fi9 Sin 4-<hU,M.i>llHl*lL SOLFOAt * 4-CBLOftUDlPHEMYL SULPUONK p-CHLOBOPtf E0TL PHLAYL SUM-B06C: * 6-242 * SOLFENOME * SULPHENOPE TXDS: url-rtt LD5C:14C0 ay/fcy G0CBA2 -,95,60 utl*IU LDbQ: 2700 Bg/6y 121X14 224*1. SULrOhl, DtBLiOK-S-ftfclLYL S6: 202.20 &YNI DlBhTOK-b-r tThl t SUlPLttll. iJOU: otl-tat LD5G:37.5 49/69 ika-rat LL5G500 ag/6y BOLPH: 05-P-S2-C6-R1S HCX X&EBETOii-S-H ETHYL GUCtiA2 GtlCHAZ -,131,60 -,131,60 22492. SUL1UPL,1, 2-OlbItGBOLTDYL 2-cnLdiOtTHYL- 1206: tcu-aut; 0050: 13 49/69 XD6C+* -,121,43 ' * . 224*j. 5ULP0NA, DiliKYL- >r: 10J77 tlHJtiE, 1,1*-SOLPOBYL61S- 2*494. i.ULJUWL, fclhYL p-lLUGfOPHAHYL GkSl 002924t70 9: 156.23 6L6: 6 0206 DF BOLFtl i 02-S-P-CS-H9 OY6 2 66J6A0O6 aTUYL p-rLUOAUtHtMYL SULFONE 6IHYL SULF06* FLOOPESONK IXDSx oil-aua 0100:2500 ay/kg 12YXA4 - .*4. 5 ' ' p-plUOIIOPtMTT. "^ `; -- .Ti 2249S. MJLFUNk,B-i:LXY LV10Y L SYH5 B-lllAlL Y1BTL 20LF0NE * TYCO: on-Lat L05G: 570 >6/69 AJBAAP ' 30,470,69 - 22496. SULkUNL.BtlHYL VlbYL tS: 003600042 6L6: 601C1U1 06: 106.15 TADS; oil-iat LDbO: 570 69/69 SOLPB; 02-S-C3-H6 " ' AlUAAP 23,95,62 .a*..:. 1 '*-.2 22497. 5UL2O0LTUYLBLTKABE : 43b5 bUTikE, 2,2-EslS (ETBTLSOLPOHYL) - ; 22499. bULFORlC ACID,ALLYLALYL fcbTLk ULD5: url'Ctt LD50: 1400 ag/Ly iycco* --#--,67 * 22499. 51'i.POhlC ACll>,hO*OfcTHTL FHC6TL P)t E.HOL-SOL1 UBSILT 1X09: OLl-twt LDSw* 2000 ay/kg ' F5TGAU 3,1,45 22500. bULICNi US, 2-A46YLu2Y!2HYL&l0E.ThYL-, N1I7KYL SOLUTE TALU: oil-rat Ll/SO: 1070 49/69 AlHAAP 23,95,62 2*501- bObtOftlOE, X-CKLOLOITLTLDIBLTHTL-, CHLOHDE jaOS: ucu-mt LDLu: 500 *9/69 HPLC** -,116,43 *2502. bULKlHlUB, 2- 12-CULOhOfcTHYLSfcJiCAPyO) ETHTLfclS (2-bXDhOXYETlfYL) TkDo: An-l*it L06O: 0.64 49/69 CBLOhIDE 40PC** -,06,43 2X503. LtUOKlUS, (I'lilOOlUblLtNE) olfl (015 (2-HYDhGXl ETHYL) | -, CKLORIDE IADS* oil-xat LOOK: 250 69/69 RCNSA6 5,9,53 22604. MJLiOtlJLUa, Tbli-TtiTL-, 14O010E oYk: Tl.lblWiL0DLPOblUa UfcOBlDE 1101': acu-auw LDLot250 ay/69 * 22609. SOLFOMUB, Ti> lBL'iJ.IL-, IODIDE bYN: TtlSfcThYLDULtGttJUlt IODIDE 1x001 ivc-rt i.dlo:111 09/69 ac-ac: LLLo:jOO ay/xg 225U. bULluN.UTf'AML t'AS: 4*Co 115242 Bw: 426.35 WOil 4S202C6504 OYM: OULX/NAL * TiDU: ocl-009 L0Lo:b00 ay/ky .ri-rLt ldlo:joGC ay/xy 22607. 4,'-SULI'C'AYLL2 0ACL1Am1L2UL oOUO'/Vtbj n.: 532.40 Wi.1*: IV/.I.OObk DEVI J Xbi.: oi l-iut IDbOlll Kij/k.j/VC *3 0X : Oli-aM* LL.50: 2500 >30/V9 JTETAB 25,315,25 TIXPA9 20,135,71 JPBTA8 25,315,25 ItOLFH: 04-S2-C7-U16 12TI64 AOCh** 4.75,1404, 20LFH: 0 2-04-S-C16-0 16 > JNCIAB 24,149,60 12VXA4 HONS 093891 096 i,-b)iiriusHiroaoniiottii i.t-Dimumoiroaomnnit m- OlBBYPABASUirOBILOIfBIITABB * 1,4~DI (BBTRABBSOLrOBYLOITtBBTA8E 1. . 4-DiakTBABt3UL'MOBTL01TBUlABI * 1,4-DlBATbTLSULPOBOXTBOTABE 1.*- DinttbnsttLnmoiTBuym aiaua retbabcsulfobsc acid, Ttnltmn.ni LSTBB 4 B1TOSTAB BTXLOAAB 4 BYLBkAM TBTBABFTHILEB ffcTBAAXTUTLLBB blS (BtTIIABBSOLfOBATfc) TETBABXTHTLBXB DlJtBTBABB SPLPOBAft TlPSt oxl-rat TDiot711 ug/A* IFItBUT ipt-r*i TbLut 10 ty/ktdJb ot prg) tpiitbh aka-two m;k40 >A9/ioac rratuto rXAPA9 10,447,47 jbpfab 5,07,43 cunt 17,44,57 1. AOSVLFBAB ! 4340 BUS0L71B IJM. fcjJtJCilBt (TXAFA9 21,315,72) IMt 1*807 I.FtOPABOL, J- (DXBOTTLAfflBO) -p-ABIBABBBtOAtf H). OUtAbXLVt ut H144 1,3-tUTADlE8t IJM. 1,i-tOTADlIBE CASt BO0104990 BB* 54.10 BOLPBl C4-8I sibi amHiLiit B1V1BII aunoaax * iipkiiim-aariPiiai bxtibu * kMlTtBABJC PTRBOI.yX.KV8 4 VJ.BTLBTMTL0Bt TXbS: lhl-ut LC50:285 9>/a/ia IXBLA8 18,878.4* 0.0. 0CCVPAT10BAL STABD.bl) BSOS-tlT FtttiC 37,22139,72 Jib. klpL*-g*BB-bUllilBBi 434* 1,3~80TAD1EV> Uii. 1,J-D8tADltB8, 2-CBLOfeO- CAS: 0001249*0 BOt 08.54 BOLPR* C1-C4-BS VLB: 1016101 SIB: 2-CHLObO-1,3-bUTADXBBS CNLOBOPBIBX 4 TlbX: ikl>ku TCLotBO pf> TMSCBS ' U.S. OCCURA110BAL BTAB0ARD Usos-alE J47. bOTADIABB blAROXXbl J94 B0T4BB, 1,2i3,A-DIKFOXl- 4348. fiUTADli.BE 01011DI mt 43*4 40T4B2, 1,2:3,4-018*011- 01X794 PBRIAC 37,22118,77 -- M. 1, j-liUTADl EBA ,MkX ACULOBO TIPS: orl-rat UloiJOO 08/3* SBILL* -,-,4* 270. 1,j-feUTAUlfcBt, 1-IUTHOXY- 10409 ETRBB, 1,3-BUT1D1XBTI BtTITL 371. 1, 2-BUTAblLBb, 2^0BTUn.- 1j50 ISOFtAB* 372. 1,3-UUTADlti-l-OL, ACLTAT* CAS: 001515740 RMt 112.08 BOL7I: 02-C4-B8 4 LB: 1101(1281 SIB: ACETIC acio, 1,3-BDTADlXBIL ISTU 4 1-1CITOX1-1,3*B0TADI>B8 4 TAOb: L0Lo:710 ag/k* AIKAAP 23,85,82 4J7J. 2,j-OUYADl LB- 1-OL, B -BiTHTL-O-CHLOiiO-bABSTLABlBB 1)71. BUfALLTLOWAL !: 14041 VthBOSTOB J7b. MITAAJB Kami 4452 2-bMTABOL, 4-(OLOBTHTUBIBO) -J-EXTBTL-, p-ARlBOOIIlOAtB, BOBUHIbROtULOhlDA 374. fiOTABAL Oim fiAAl 4700 bUTIBALbtBIDK, 0X18* J77. tiMTABARlbB CASl 00054 1355 BM: BLB: tVi STB: a-bUTTLAKltb 4 TXbst ipr-kww TbLoiBOO 87.14 R-OUTTAA01D8 g/k9 TIX:BBO BOLTBt B-0-C4-B* 4 4CPC14 2,197,58 427b. 1-(iU1ABniMB, B-RDTTl- CAS: 000111*22 0V: 129.28 BOLPB: B-C8-B1* LB: 4114 SIN: Oi-M-IiUllLABlBL 4 B-DI00TTLAH1NX 4 SAb.5: orl-tvt LD50: 550 g/A Abl-rt LCLv: 500 J>p A8RLA0 1,343,40 ABHLA8 1,343,40 4279. l-bUTANARINK, B-BO'l'TL-B-BJ TUSO- CAS: 000*24143 Btr: 154.2b BOLFB: B2-0-C8-H18 SIB: btlTILA.11 BE, 4-NlTAOSUDA- 4 DIBUTIIAUBI, I-NITR030- 4 DI~B-8TTLN1TR0SAB1H N-BlTAOSODlbUTILABlBA 4 1X0S: oil-r.t Tbto:7000 B0/Ag/5OMCTPXtCAB AAXBAD 1*.1077,49 ic-iwo TI>Lv*3200 ag/Ay/J2*l TH:CAB BBCCAB 44,271,48 oil-gp* TOLotBO ga/hg/l24Bl TPI:CA* tZRBAl 71,183,46 U`` MMOONNSS 009933889933