chronic toxicity 553 Air analysis bacteria 76 benzene and toluene 70 6 cadmium 844 carbon monoxide 777 dust counting 912 formaldehyde 913 *. cmigants 437 halogonated hydrocarbons 599 hydrogen sulfide 844 lead fumes CGI mercury vapor 1C24 mustard gas 914 organic halide gas 708 oxides of nigrogon 602-780-1139 phosphine 761 Air analysis (cont'd) sampling smoko' and dust solvent vapors tctryl Air-borno infection Air emboli Air flow characteristics round openings narrow exhaust slots Air pollution respiratory infection Air raid shelters heat and ventilation Air pressure effect on hearing Allergy chemical Aluminum dust pulmonary irritation 269-270-271-272 Aluminum powder safe handling Armenia poisoning ^urmcniacal silver solutions explosive hazard 604 73 488 593 576 393 73 79 5S2 716 7C1 563 10Z1 1010 0; 0 4 2 A O Index - 2 Analysis aliphatic nitrates arsenic in biological material cellosolve glueurcnates hydrocarbons in blood lead by polarograph lead in bones lead in urine iead-dithizone methods silica by x-ray tellurium toluene trinitrotoluene vanadium zinc 485 600 704 915 916 779 481 289 183-918 290 1138 74 378 707 486 292 291 Anemia floor wax and flyspray toxic 1099 475 Aniline acute intoxication 257 Anthraco-silicosis bituminous miners 136 Anthrax a warning case review Arsenic agricultural workers compounds toxicity poisoning liver cirrhosis toxicology 662 848 283 1006 155 417 865 Artificial respiration Eve1s method 69 938 Asbestos electron microscopy industry wartime problems 480 717 Ascorbic acid and lead absorption asthma from gen acacia 428 770 Atmospheric pollution in Dublin stack heighth 702 189 Aviation effect on. hearing medicine occupational hazards physiology use of oxygen Bagascosis 71 612 243 953 611 248 B Anthracis in bone meal 416 Benzene (Benzol) and resistance to infection 850-851 determination 705- 707 fatality 1014 leucotoxic action 34 nerve action of 1013.

chronic toxicity 553 Air analysis bacteria 76 benzene and toluene 70 6 cadmium 844 carbon monoxide 777 dust counting 912 formaldehyde 913 *. cmigants 437 halogonated hydrocarbons 599 hydrogen sulfide 844 lead fumes CGI mercury vapor 1C24 mustard gas 914 organic halide gas 708 oxides of nigrogon 602-780-1139 phosphine 761 Air analysis (cont'd) sampling smoko' and dust solvent vapors tctryl Air-borno infection Air emboli Air flow characteristics round openings narrow exhaust slots Air pollution respiratory infection Air raid shelters heat and ventilation Air pressure effect on hearing Allergy chemical Aluminum dust pulmonary irritation 269-270-271-272 Aluminum powder safe handling Armenia poisoning ^urmcniacal silver solutions explosive hazard 604 73 488 593 576 393 73 79 5S2 716 7C1 563 10Z1 1010 0; 0 4 2 A O Index - 2 Analysis aliphatic nitrates arsenic in biological material cellosolve glueurcnates hydrocarbons in blood lead by polarograph lead in bones lead in urine iead-dithizone methods silica by x-ray tellurium toluene trinitrotoluene vanadium zinc 485 600 704 915 916 779 481 289 183-918 290 1138 74 378 707 486 292 291 Anemia floor wax and flyspray toxic 1099 475 Aniline acute intoxication 257 Anthraco-silicosis bituminous miners 136 Anthrax 662 a warning 848 case review 283 Arsenic agricultural workers compounds toxicity poisoning liver cirrhosis toxicology 1006 155 417 865 Artificial respiration 69 Eve1s method 938 Asbestos electron microscopy 480 industry wartime problems 717 Ascorbic acid and lead absorption 428 asthma from gen acacia 770 Atmospheric pollution in Dublin 702 stack heighth 189 Aviation effect on. hearing 71 medicine 612 occupational hazards 243 physiology 953 use of oxygen 611 Bagascosis 248 B Anthracis in bone meal 416 Benzene (Benzol) and resistance to infection 850-851 determination 705- 707 fatality 1014 leucotoxic action 34 nerve action of 1013.

A o : \j -t * Index - 2 Analysis aliphatic nitrates arsenic in biological material cellosolve glueurcnates hydrocarbons in blood lead by polarograph lead in bones lead in urine iead-dithizone methods silica by x-ray tellurium toluene trinitrotoluene vanadium zinc 485 600 704 915 916 779 481 289 183-918 290 1138 74 378 707 486 292 291 Anemia floor wax and flyspray toxic 1099 475 Aniline acute intoxication 257 Anthraco-silicosis bituminous miners 136 Anthrax a warning case review Arsenic agricultural workers compounds toxicity poisoning liver cirrhosis toxicology 662 848 283 1006 155 417 865 Artificial respiration Eve1s method 69 938 Asbestos electron microscopy industry wartime problems 480 717 Ascorbic acid and lead absorption asthma from gen acacia , 428 770 Atmospheric pollution in Dublin ' stack heighth 702 189 Aviation effect on. hearing medicine occupational hazards physiology use of oxygen Bagascosis 71 612 243 953 611 248 B Anthracis in bone meal 416 Benzene (Benzol) and resistance to infection 850-851 determination 705- 707 fatality 1014 leucotoxic action 34 . nerve action of 1013

2/r - m-zj APRIL, 1946 7 Industrial Hygiene Digest (Vol.10, No. 4) HiteiatuU Gbstl&cts MEDICAL ENGINEERING LEGAL - dociaiona and tranda fludustlial Health Tlews M Mi Bf INDUSTRIAL HYGIENE FOUNDATION 4400 FIFTH AVSCUZ rnrsBunoH u. pa.

Accordingly, on December 18 the Civilian Production Administration (successor November 3 to the WPB) announced a reduction in allo cations for the first quarter of 1946 to producers of automobile batteries and tetraethyl lead.

FILE NAME: Oil Industry and American Petroleum Institute (API) DATE: 1946-1951 DOC#: API186 DOCUMENT DESCRIPTION: Minutes of the Medical Advisory Committee f i YY-v f trpendi* ^ February 23, 1946 V.C.

The Chicago industrial area leads all other industrial areas in the production of meat and packing house products; soaps, perfumes, cosmetics and toilet preparations; machinery; petroleum products and many others.

From the viewpoint of a physiological ap- DUP050312604 Nov. mo] INGESTION OF LEAD COMPOUNDS 388 proach to the problem of lead intoxi cation, moreover, the rate of lead ab sorption as compared with the rate of lead excretion is of primary impor tance regardless of the avenue of entrance of lead into the body.

--All defense requirements necessitating, the consumption of lead were met in 1941, including direct use in| ammunition and in important indirect secondary military uses, such; as batteries, paints, tetraethyl lead, and chemicals.

Lead and its compounds______ _________________ _______ 67.

Lead and its compounds______ _________________ _______ 67.

Lead and its compounds______ _________________ _______ 67.

s T 0 8 516 51 ABSTRACT OF THE LITERATURE OF INDUSTRIAL HYGIENE SUPPLEMENTARY TO fHE JOURNAL OF INDUSTRIAL HYGIENE AND TOXICOLOGY VOLUME 25 JANUARY, 1943--DECEMBER, 1943 PUBLISHED BY THE WILLIAMS & WILKINS COMPANY Baltimore, Md.

Methyl chloroform was most often sold containing inhibitors but the group didn't want to even consider mixtures which could be different and proprietary for each manufacturer Methyl committee agreed on MAC of 20 ppm but Stokinger thought 30 would be okay Chromic chromates c.m suggested for nasal perforation hazard and Nelson recommended a statement that this was not intended as protection from lung cancer Lead-0.2 c.m for metallic lead and most lead compounds Some discussion of lead silicate Acetylene tetrabomide mentioned paradichlorobenzene 75 ppm recommended because the pain level was over 80 ppm Irish Dow Hatch said highest silicosis dust risks should have a limit of 2 MPPCF Other discussion on stepwise MAC's based on free silica content Lanza and Drinker reports considered Sponsorship individual standard had a sponsoring organization outside ASA Autonomous standards committee set up in 1938.

Metallizing operatione, lead burning, sand bloc ting and pipt' resendltioning -- all prccent potential irductrial hygiene problems.