Ohsumi Yoshinori | Dept. Biol. Col. Arts And Sci. Univ.tokyo

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概要

• OHSUMI Yoshinoriの詳細を見る
• 同名の論文著者
• Dept. Biol. Col. Arts And Sci. Univ.tokyoの論文著者

関連著者

• Ohsumi Yoshinori

  Dept. Biol. Col. Arts And Sci. Univ.tokyo

• Ohsumi Yoshinori

  Dept. Cell Biol. Nibb

• Mimura Tetsuro

  Biol. Labo. Hitotsubashi Univ.

• WADA Yoh

  Dept. Biol. , College Art. and Sci. , Univ. of Tokyo

• Reid R.

  Dept. Botany Univ. Adelaide

• SMITH F.

  Dept. Botany, Univ. Adelaide

• Smith F.

  Dept. Botany Univ. Adelaide

• Nakamura Norihiro

  Department Of Biology Graduate School Of Arts And Sciences The University Of Tokyo

• Ohsumi Yoshinori

  Department Of Biology College Of Arts And Sciences University Of Tokyo

• Ohsumi Mariko

  Teikyo Univ.Sci.& Tech.

• Ohsumi Mariko

  Teikyo Univ.of Sci.and Tech.

• Ohsumi Y

  National Inst. For Basic Biology Okazaki Jpn

• Wada Yoh

  Department Of Biology Graduate School Of Arts And Sciences The University Of Tokyo

• Wada Yoh

  Dept. Biol. Col. Arts And Sci. Univ.tokyo

• WALKER N.

  Dept. Botany, Univ. Adelaide

• TOKUNAGA Chikara

  Dept.Cell Biol., Natl.Inst.for Basic Biol.

• TAGAMI Fuhito

  Teikyo Univ.of Sci.and Tech.

• NODA Takesi

  Dept.Cell Biol., Natl.Inst.for Basic Biol.

• NAKAMURA Norihiro

  Dept. Biol., Col. Arts and Sci., UnivTokyo

• SATO Masa

  Dept. Biol. Col. Arts and Sci. Univ.Tokyo

• Tokunaga Chikara

  Dept.cell Biol. Natl.inst.for Basic Biol.

• Ohsumi Yoshinori

  Dept.cell Biol. Natl.inst.for Basic Biol.

• Ohsumi Yoshinori

  Dept. Biol. Coll. Arts And Sciences Univ. Tokyo

• NODA Takeshi

  Dept. Biol. Col. Arts and Sci., Univ.Tokyo

• YORIHUZI Tetuya

  Dept. Biol., Coll. Arts and Sciences,Univ. Tokyo

• Noda Takesi

  Dept.cell Biol. Natl.inst.for Basic Biol.

• Yorihuzi Tetuya

  Dept. Biol. Coll. Arts And Sciences Univ. Tokyo

• Noda Takeshi

  Dept. Biol. Col. Arts And Sci. Univ.tokyo

• Walker N.

  Dept. Botany Univ. Adelaide

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著作論文

• INORGANIC PHOSPHATE(Pi) TRANSPORT IN CHARA INTERNODAL CELLS ; ANALYSIS OF Pi/Na^+ CO-TRANSPORT SYSTEM AND ITS INDUCTION MECHANISM UNDER Pi-STARVATION.
• INORGANIC PHOSPHATE (Pi) TRANSPORT IN CHARA INTERNODAL CELLS ; DEMONSTRATION OF Pi/Na^+ CO-TRANSPORT SYSTEM AND ANALYSIS OF INDUCTION MECHANISM UNDER Pi-STARVATION
• Localization of the APG9 product responsible for autophagy in the yeast Saccharomyces cerevisiae
• Characterization of the VAM6 generequired for vacuolar morphogenesis in yeast
• Isolation of yeast VAM homologue from A.thaliana
• Isolation and characterization ofautophagy-defective mutants
• ANALYSIS OF PPF3 DISRUPTION EFFECTS ONBUDDING PATTERNS OF S. CEREVISIAE

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