نتایج جستجو برای: tachibana

تعداد نتایج: 133  

Journal: :American journal of physiology. Endocrinology and metabolism 1997
Douglas Stickle John Turk

The polyol 1,5-anhydroglucitol (AG) present in human plasma is derived largely from ingestion and is excreted unmetabolized. Reduction of plasma [AG] has been noted in diabetics and is due to accelerated excretion of AG during hyperglycemia. Plasma [AG] has therefore been proposed as a marker for glycemic control. A precise understanding of its utility relies on a quantitative understanding of ...

2006
TOMOKO OKUDA

FUKUOKA, Y., OKUDA, T. and TACHIBANA, T. Variance in the Activity o f the Fourth Component of Mouse Complement. Tohoku J. exp. Med., 1983, 141 (2), 225-235 There are two methods for hemolytic titration of 04. One is a method using EACIgP, °XyC2hu and EDTA-CSP (E-C method) and the other using EACIgP, oxyC2hu and C4DSP (C4D mehtod). The 04 titers obtained by these two methods differed depending o...

2008
YOSHIHIKO SAKO KEN TAKAI YUZABURO ISHIDA ARITSUNE UCHIDA YOKO KATAYAMA

A novel extremely thermophilic bacterium was isolated from a shallow marine hydrothermal vent environment (depth, 22 m) in Tachibana Bay, Nagasaki Prefecture, Japan. The cells of this organism were gramnegative rods. Growth occurred at temperatures between 50 and 85°C (optimum temperature, 80°C; doubling time at optimum temperature, 90 min), at pH 5.5 and 9.0 (optimum pH, 7.0), and in the prese...

1999
TETSU WATANABE MICHIYASU YAMAKI ISAO KUBOTA HIDETADA TACHIBANA HITONOBU TOMOIKE Michiyasu Yamaki Isao Kubota Hidetada Tachibana

Watanabe, Tetsu, Michiyasu Yamaki, Isao Kubota, Hidetada Tachibana, and Hitonobu Tomoike. Relation between activation sequence fluctuation and arrhythmogenicity in sodium-channel blockades. Am. J. Physiol. 277 (Heart Circ. Physiol. 46): H971–H977, 1999.—To examine the correlation between activation sequence fluctuation and arrhythmogenicity, we investigated temporal changes in the activation se...

Journal: :Food & function 2012
Akira Murakami Kohta Ohnishi

Phytochemicals are generally defined as secondary metabolites in plants that play crucial roles in their adaptation to a variety of environmental stressors. There is a great body of compelling evidence showing that these metabolites have pronounced potentials for regulating and modulating human health and disease onset, as shown by both experimental and epidemiological approaches. Concurrently,...

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