Rosenblum / Baltimore / Tokyo / Kyoto / Hyogo / Moskowitz / Benavides / Mustafa / /
Company
CBS / Tissue CO / AMP / Miles Laboratories / Krumbhaar AB / Olympus / Millipore / Sigma-Aldrich / HO / 3M / Agilent / Shimadzu Corporation / ADP / BioPac Systems / Microsoft / Novartis / /
Country
Japan / /
Currency
pence / / /
Event
Product Issues / FDA Phase / /
Facility
Keio University / Tokyo Women’s Medical University / University of Hyogo / /
IndustryTerm
Sample solution / blood vessel systems / mM ammonium acetate solution / ex vivo systems / reagents/analytic tools / mM sodium phosphate solution / image software / imaging / energy charge / matrix solution / energy / heme / automatic chemical inkjet printer / vasodilatory machinery / neurotransmitter systems / heated dry nitrogen gas / energy charge values / Stock solutions / impaired energy metabolism / chemical standards / energy metabolism / chemicals / mM stock solutions / /
Organization
Keio University / Tokyo / Harvard / Technology Agency / Keio University School of Medicine / Tokai University School of Medicine / The Johns Hopkins University School of Medicine / bJapan Science and Technology Agency / School of Medicine / dMS Business Unit / gSolomon H. Snyder Department of Neuroscience / Department of Biochemistry / US Federal Reserve / Exploratory Research for Advanced Technology / Tokyo Women’s Medical University / Tokyo / Ministry of Education / /
Hypoxic regulation of the cerebral microcirculation is mediated by a carbon monoxide-sensitive hydrogen sulfide pathway Takayuki Morikawaa,1, Mayumi Kajimuraa,b,1,2, Tomomi Nakamuraa,c, Takako Hishikia, Tsuyoshi Nakanis