Document 8gRBVR4adJjNgZaxB11E3KXo

FILE NAME: Chemical Abstracts (CHAB) DATE: 1945 DOC#: CHAB026 DOCUMENT DESCRIPTION: Abstract Originally Published in 1943 by Giroux 2 /A O 194.'- 365 13--Mtscellaneous Industria! Products 366 acids at elevated pressures and temps, below the b. p. The plant material and the acid arc placed into the cooker, then air is pumped in. By subsequent heating the pressure rises still further. Highly gelling pectin. Mrwilcr Essigfabrik Mrsttten A.-G. Ger. 740,074, Aug. 20, 1943 (Cl. 53*. 1.02). A pectin-contg. material, e. g. apple residues, is treated with excess HjO for 2-10 min. at a pH 3 1 and a temp. 93-100. Without changing the HjO the temp, is lowered to 00-80, preferably 00-70, and thus kcjn ior 3-14 hrs. Pudding starch from potato starch. Wirtschaftliche Vereinigung deutscher Strke-Industrien. Ger. 739,032, Aug. 19, 1943 (Cl. 53*. 2.01). Potato starch with a moisture content of 50% is treated at 55-57 and a pH of 5.5-0.6 until the product upon boiling with H,0 yields a gelatinized, pudding-like mass. In Ger. 739,710, potato 1 starch is treated with alkalies until, upon the removal of the alkalies and neutralizing or acidifying the product or by oxidation, it yields a paste that is readily cut. Fat rich in vitamin D from cacao shells. Heinrich Fincke (to Gebrder Stollwerk A.-G.). Ger. 739,053, Aug. 19, 194.3 (Cl. 30*. 2.20). Cacao beans or plant germs are added to the shells to bring the fat content up to 20-30%. The mixt, is finely ground, warmed slightly and pressed. * Feed from potato tops. Kurt Schwabe and Erich Leh mann (to Franz H. Rauch). Ger. 739,920, Aug. 19, 1943 (Cl. 53g. 4.01). Potato tops or the residue after cellulose extn. from potato tops are cleaned then mildly boiled for '/i~l hr. with 1-2% of an org. or inorg. acid. The cooking is at ordinary or raised pressure. The product is washed and dried. 13 CHEMICAL INDUSTRY AND MISCELLANEOUS INDUSTRIAL PRODUCTS T. II. Cl II I .T O S [ Please note that abstracts dealing with synthetic workers dflring 2.5 years developed symptoms of CCh resins and plastics, formerly classified in this section, are sufficiently severe to necessitate discharge or now put in a new section (No. 31). Other changes in transfer to other employment. Examn. of 78 employees classification policy affecting Section 13 are the transfer of who were being, or had been, exposed to the solvent re abstracts on wetting agents, foaming agents, cleansing 4 vealed gastrointestinal disorders and phys. and mental compositions and most types of emulsifying and polishing lassitude as the commonest complaints. Gastric hyper agents to Section 27 under ``Detergents" and of abstracts secretion, hypermotility with irritability, and irregular on insulators, both electrical and thermal, to Section 20 contraction throughout the alimentary tract were exhibited under " Building Materials."--editor.] frequently by those subjects undergoing fractional gastric The investigation of toxic hazards. M. W. Goldblatt. analysis, radiography, and gastroscopy. Blood urea, Brit. J. Ind, .'-.ltd. 1, 20-30(1944).--Among the numerous scrum bilirubin and phosphatase, and plasma proteins, fat, toxic chemicals discussed are CO, HjS, NH,, lime, HF, fatty acids and cholesterol were normal, and the Takata- CSj, ethylene chlorohydrin, benzene, TNT, tetryl, Ara reaction was consistently neg. Damage to liver or Mel, methyl mercuric iodide, mcthylmcreuric nitrate, 5 kidneys was rare. The symptoms of CC1< poisoning usu other Hg compds., o-toluidine, NaNOj, metallic mercury, ally disappeared in a few days or weeks after removal from Pb chromate, Pb oxides, Pb sulfate, dichlorocthane, tri exposure, but disturbances in the alimentary pattern chloroethylene, other chlorinated hydrocarbons, and oxalic sometimes persisted several months. M. H. Peskin acid. An instance is reported in which acute hemor Experimental asbestosis: pathognomonic value of as- * rhagic cystitis, developing in workers manufg. a chlori bestos bodies. M- cc Giroux. Laval Med. 8, 239-50 nated aromatic amine [not specified], was prevented by modification of the mol. structure of the product in a (1943).--Expts. w animals indicate that asbestos bodies form only after intense tissue reaction and with an appreci- j manner detd. experimentally by G. Danger of poten- 6 able deposit of iron furnished by the hemoglobin. The ; tially hazardous residual materials is illustrated by a fatality presence of asbestos bodies in the sputum or in fluid ob from HjS evolved when a waste acid stream met a residue tained by pulmonary puncture indicates pulmonary as contg. inorg. sulfides. Technique of investigation of in bestosis but not the degree of pulmonary sclerosis since dustrial hazards by literature search, prediction from the degree of fibrosis may vary. H. L. Williams 1 phys. and chcm. properties and exptl. and din. study are described. Marion Horn Pcskin Increase of activity by wet dispersion of asbestos. N. 1 The danger of Pb poisoning in the graphite industry. N. Serb-Serbina and K. N. Shumikhina. J. Applied them. (U. S. S. R.) 16, 273-9( 1943)(French summary).-- Heinz Lange. Med. Welt 17, 373-0(1913); Chem. 'I'he authors found that it is possible to achieve- the increase Zentr. 1943, II, 1029.--A discussion. M. M. Rath 7 of the swelling effect of asbestos by addn. of alk. electro The lethal action of benzyl benzoate, dimethylthian- lytes and univalent cations of chloride salts in small concns. threne (Mitigal) and tetraethylthiuram monosulfide Alkalies and alk. carbonates increase the dispersion cocff (Tetmos) on the scabies-producing mites, Notoedres during wet treatment, while multivalent cations act in a Sp. and Sarcoptes scabiei var. hominis, when tested in dehydrating manner arid tend to decrease the swelling and vitro. R. M. Gordon and K. Unsworth. Ann. Trap. dispersion effects. However, soaps, Na silicate and col Med. 37, 195-9(1943).--These substances in 5% soln. all loidal substances decrease the swelling effect. proved lethal to mites belonging to the genus Notoedres and t G. M. Kosolapoff to Sarcoptes scabiei var. hominis. The latter proved more 8 Testing agents for protection against, and for combating, resistant to both benzyl benzoate and Tetmos than the termites. Karl GOsswald. A m . Schadlingskunde 19, 13 former. Tetmos in 5% soln. destroyed both Notoedres 21,30- 4(1943); Chem. Zentr. 1943,11, 1125.--Living and and Sarcoptes more rapidly than did benzyl benzoate. dead plants, plant-fiber products, and animal products With Notoedres of some 80 inites tested only 0% survived arc subject to damage from termites. Damage can be exposure 10 hrs. to Tetmos whereas 90% survived a avoided by the use of materials that by reason of their similar exposure to benzyl benzoate. Mitigal proved chem. compn. or phys. structure arc resistant to termites, superior to benzyl benzoate but inferior to Tetmos in by the use of repellents, or by direct destruction of the lethal action against Notoedres. F. L. Dunn pests by poisons, by hot dry air, or by irradiation. A Dermatitis due to vinylcarbazole. Irving R. Tnbcrshaw 9 method of testing these agents is described, in which Calo- and John B. .Skinner. J. Ind. Hygiene Toxicol. 26, 313- termes Jlavicollis in different stages of development is used 15(1944).--Case reports arc given, and methods of con as a test organism. Vernon L. Frampton trol arc described. G. M. Petty Quantitative analysis of the olfactory response in ani Chronic CCI< intoxication. Alice Stewart and L. J. mals. Gerolf Steiner. Nnturwissenschaften 30, G47-8 Witts. Brit. J. Ind. Med. I, 11-19( 1944).--In a poorly (1942); Chem. Zentr. 1943, I, 2529.--The attraction of the ventilated plant where an aniline dcriv. was chlorinated in flesh fly by solus, of cthylnminc of various concns. was CCI( under conditions leading to heavy-atm. contamina studied. The capture quotient for the males and females tion with the solvent (concn. not detd.), over half the was not the sume. The difference apparently is not due