Search Results - "YAMANOI, Eisuke"

sjTREC quantification using SYBR quantitative PCR for age estimation of bloodstains in a Japanese population by Yamanoi, Eisuke, Uchiyama, Saori, Sakurada, Makoto, Ueno, Yasuhiro

“…•Established SYBR detection system for sjTREC quantification in forensic casework.•First ethnic dataset of sjTREC levels in Japanese bloodstains using…”
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Low stutter ratio by SuperFi polymerase by Yamanoi, Eisuke, Sakurada, Makoto, Ueno, Yasuhiro

“…Although stutter is a well-known artifact of STR amplification for DNA typing, it is very difficult to reduce. In this study, we determined whether stutter…”
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Discrimination method of seven species pufferfish of the genus Takifugu using DNA chromatography by Yamanoi, Eisuke, Sakurada, Makoto, Ueno, Yasuhiro

“…•We applied a DNA chromatography method to identify species in genus Takifugu.•PCR and the chromatography method take only c.a. 30 and 20 min,…”
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type III secretion system-dependent repression of NF-κB activation to the intracellular growth of Edwardsiella tarda in human epithelial cells by Okuda, Jun, Kiriyama, Makoto, Yamanoi, Eisuke, Nakai, Toshihiro

“…Edwardsiella tarda is a pathogen with a broad host range infecting animals and humans. We have reported recently that the type III secretion system (TTSS) is…”
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The type III secretion system-dependent repression of NF-kappaB activation to the intracellular growth of Edwardsiella tarda in human epithelial cells by Okuda, Jun, Kiriyama, Makoto, Yamanoi, Eisuke, Nakai, Toshihiro

“…Edwardsiella tarda is a pathogen with a broad host range infecting animals and humans. We have reported recently that the type III secretion system (TTSS) is…”
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The type III secretion system-dependent repression of NF-κB activation to the intracellular growth of Edwardsiella tarda in human epithelial cells: Type III secretion system-dependent repression of NF-κB activation by Okuda, Jun, Kiriyama, Makoto, Yamanoi, Eisuke, Nakai, Toshihiro

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Base changes in the fliC gene of Edwardsiella tarda : possible effects on flagellation and motility by OKUDA, Jun, MURAYAMA, Fumiyasu, YAMANOI, Eisuke, IWAMOTO, Emi, MATSUOKA, Satoru, NISHIBUCHI, Mitsuaki, NAKAI, Toshihiro

“…Edwardsiella tarda is a broad host-range pathogen infecting both animals and humans. E. tarda isolates from red sea bream Pagrus major are non-motile, whereas…”
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