Fumio Kishida
Sumitomo Chemical
13 Papers
51 Citations
Fumio Kishida is an academic researcher from Sumitomo Chemical. The author has contributed to research in topics: Aerial application & Mutation frequency. The author has an hindex of 5, co-authored 13 publications.
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Papers
[Analysis of acute toxicity (LD50-value) of organic chemicals to mammals by solubility parameter (delta). (1) Acute oral toxicity to rats].
TL;DR: In the study, it was assumed that chemicals absorbed dermally by the mammals similarly disturb the homeostasis, as in acute oral toxicities of organic chemicals to rats and mice, and the theoretical equation regardless of species and routes of administration was confirmed.
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Mutagenicity of 4-nitroquinoline 1-oxide in the Muta™Mouse
Madoka Nakajima,Masanori Kikuchi,Ken-ichi Saeki,Yuko Miyata,Megumi Terada,Fumio Kishida,Reiko Yamamoto,Chie Furihata,Stephen W Dean +8 more
TL;DR: These assay systems appeared to be of use in detecting not only genetic mutation but also chromosomal aberration in mice treated by intraperitoneal treatment.
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A quantitative comparison of induction and challenge concentrations inducing a 50% positive response in three skin sensitization tests; the guinea pig maximization test, adjuvant and patch test and buehler test
Yosuke Nakamura,Tamaki Higaki,Hiroshi Kato,Fumio Kishida,Sigefumi Kogiso,Naohiko Isobe,Hideo Kaneko +6 more
TL;DR: The sensitivities of three skin sensitization tests such as the Guinea pig maximization test (GPMT), Adjuvant and patch test (APT) and Buehler test (BT), were quantitatively compared with reference to induction and challenge concentrations to suggest that the sensitivity might be strongly different with references to induction concentration, but not challenge concentration among the three methods.
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A new semi-automated chromosome analysis system for in vitro chromosomal aberration tests.
Kyoko Odawara,Keisuke Yamamoto,Hiroshi Kato,Masaki Hara,Shigefumi Kogiso,Fumio Kishida,Akira Yoshitake,Iwao Nakatsuka +7 more
TL;DR: It is concluded that this semi-automated chromosome analysis system, employing the Magiscan human metaphase finder, is useful in in vitro chromosomal aberration tests.
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A research to develop a predicting system of mammalian subacute toxicity (1) prediction of subacute toxicity using the biological parameters of acute toxicities
Takaaki Yamaguchi,Hiroshi Nishimura,Tomoyuki Watanabe,Shoji Saito,Masashi Yabuki,Kunio Shiba,Naohiko Isobe,Fumio Kishida,Michiko Kumano,Fumiaki Shono,Haruhiko Adachi,Masatoshi Matsuo +11 more
TL;DR: A predicting equation of subacute (28-day repeated dose) toxicity is attempted to develop from acute (single dose)oxicity data by considering both common mechanisms and biological factors for non-congeneric industrial chemical substances.
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