Detail of "124495-18-7"

Reference

Quinoxyfen; Pesticide tolerance

Some chemicals with cas registry numbers like 124495-18-7 are also used. Quinoxyfen; Pesticide tolerance. (EPA; Office of Pesticide Programs, Environmental Protection Agency, Washington, DC 20460-0001, USA). Federal Register, 68(188), 55849-55858, 29 Sep 2003 (English) 2003 Superintendent of Documents. CODEN: FEREAC. ISSN: 0097-6326. DOCUMENT TYPE: Journal CA Section: 17 (Food and Feed Chemistry) Section cross-reference(s): 4, 5 Tolerances are established for residues of quinoxyfen in or on sweet and tart cherry at 0.3 ppm, grape at 0.6 ppm, and hop, dried cones at 3 ppm. Interregional Research Project No. IR-4 requested these tolerances under the Federal Food, Drug, and Cosmetic Act (FFDCA), as amended by the Food Quality Protection Act of 1996 (FQPA). .

DE-795: An environmental and exposure assessment

DE-795: An environmental and exposure assessment. Reeves, G. L.; Gambie, A. R. 124495-18-7 are also occured in this study.; Baloch, R. I. (Letcombe Laboratory, Letcombe Regis/Oxon OX12 9JT, UK). Brighton Crop Protection Conference--Pests and Diseases, (Vol. 3), 1169-1174 (English) 1996 British Crop Protection Council. CODEN: BCPDED. ISSN: 0955-1506. DOCUMENT TYPE: Journal CA Section: 59 (Air Pollution and Industrial Hygiene) Section cross-reference(s): 5 DE-795 is a new protectant fungicide with activity specific to powdery mildews. In accordance with Directive 91/414/EEC, studies have been carried out to provide data for the regulatory assessment of DE-795 and its metabolites on cereals (the target crop) and in the environment. On mature winter wheat DE-795 was the major residue, with a no. of very low-level metabolites in straw and grain. Further degrdn. of these initial metabolites resulted in their incorporation into natural plant components, indicating they are likely to have low toxicol. significance. Although DE-795 also forms the major residue in animal tissues, the large safety margin is demonstrated by the calcd. theor. max. daily intake for DE-795 being <1% of the ADI. In soil, DE-795 and its principal metabolite were indicated to have no leaching potential. In soil and aquatic systems DE-795 is only slowly degraded, although hydrolysis under acidic conditions and aq. photolysis are more significant processes. However, the low toxicity to non-target organisms has indicated that the persistence is likely to have minimal environmental impact under normal use conditions. .