Futami Kosaka
Okayama University
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Publication
Featured researches published by Futami Kosaka.
Intensive Care Medicine | 1989
Hiroaki Tokioka; S. Saito; Futami Kosaka
AbstractWe assessed the effect of pressure support ventilation (PSV) on breathing patterns and the work of breathing in 10 postoperative patients. Minute ventilation (
Neuroscience Letters | 1991
Yoshitaro Itano; Sumihare Noji; Eiki Koyama; Shigehiko Taniguchi; Naoyuki Taga; Toru Takahashi; Katsuhiko Ono; Futami Kosaka
Acta Neuropathologica | 1990
M. Sato; H. Hashimoto; Futami Kosaka
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Toxicology and Applied Pharmacology | 1989
Noriyuki Shiraishi; Hidehiro Hayashi; Yoshio Hiraki; Kaname Aono; Yoshitaro Itano; Futami Kosaka; Sumihare Noji; Shigehiko Taniguchi
Intensive Care Medicine | 1989
Hiroaki Tokioka; S. Saito; Futami Kosaka
E) increased by 8% with 5 cm H2O PSV and 10% with 10 cm H2O PSV compared to 0 cm H2O PSV. The increase in
Intensive Care Medicine | 1985
Hiroaki Tokioka; O. Kobayashi; Y. Ohta; T. Wakabayashi; Futami Kosaka
Critical Care Medicine | 1990
Seiko Saito; Hiroaki Tokioka; Futami Kosaka
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Acta Anaesthesiologica Scandinavica | 1992
Hiroaki Tokioka; S. Saito; Toru Takahashi; Minoru Kinjo; Shinsei Saeki; Futami Kosaka; Masahisa Hirakawa
Naunyn-schmiedebergs Archives of Pharmacology | 1987
Miwa Baba; Masahiro Nishibori; Ryozo Oishi; Kiyomi Saeki; Futami Kosaka
E was achieved by increased mean inspiratory flow (24% with 5 cm H2O PSV and 67% with 10 cm H2O PSV) and a decrease in duty cycle (13% with 5 cm H2O PSV and 39% with 10 cm H2O PSV). The decrease in duty cycle along with a decrease in respiratory frequency allowed a greater expiratory time including a rest period for the respiratory muscles, which might minimize the risk of muscle fatigue. Furthermore, the inspiratory work added by the ventilator was near zero with 5 cm H2O PSV and 10 cm H2O PSV. Oxygen consumption also decreased significantly with 5 cm H2O PSV. We conclude that PSV improves the breathing patterns and minimizes the work of breathing spontaneously via a ventilator.
Experientia. Supplementum | 1987
Shinya Abe; Masaki Matsumi; Mitsunori Tsukioki; Shunichi Mizukawa; Tooru Takahashi; Yoshio Iijima; Yoshitaro Itano; Futami Kosaka
In order to clarify acute-phase response in brain, we investigated induction of metallothionein (MT) genes by administrating an endotoxin (lipopolysaccharide) in rat intraperitoneum. We performed in situ hybridization on the serial brain sections to identify the cells expressing the MT genes in acute-phase. After endotoxin administration, transcripts of MT genes were detected in the arachnoideal, ependymal cells and glial cells around the Purkinje cells of the cerebellum, while no significant induction of the MT genes by zinc ion was observed in brain. These results suggest that the acute-phase response occurs specifically in at least these 3 non-neuronal cells.
