ANALYSIS OF ELECTRON DONOR SYSTEMS FOR SULFITE REDUCTASE IN PHOTOSYNTHETIC AND NONPHOTOSYNTHETIC ORGANS IN MAIZE

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概要

• 論文の詳細を見る

著者

• Onda Yayoi

  Inst. Protein Res. Osaka Univ.

• HASE Toshiharu

  Inst. Protein Res., Osaka Univ.

• TANAKA Yoshikazu

  Inst. Fundament. Res., Suntory Ltd.

• Tanaka Yoshikazu

  Inst. For Plant Sci. Suntory Holdings Ltd.

• Yonekura-sakakibara Keiko

  Inst. Fund. Res. Suntory

• Hase Toshiharu

  Inst. Protein Res. Osaka Univ.

• KUSUMI Taka-aki

  Inst. Fund Res. Suntory

• Hase Toshiharu

  Inst. Protein Res. Osaka Univ

関連論文

• ANALYSIS OF INTERACTION BETWEEN FERREDOXIN-NADP^+ OXIDOREDUCTASE AND FERREDOXIN FROM MAIZE LEAVES AND ROOTS
• MOLECULAR CHARACTERIZATION OF A NITRATE-INDUCED FERREDOXIN ISOPROTEIN IN MAIZE ROOT
• IDENTIFICATION OF THE MAGENTA MUTATIONS FOR FLOWER PIGMENTATION IN THE JAPANESE AND COMMON MORNING GLORIES
• IDENTIFICATION OF AMINO ACID RESIDUES ESSENTIAL FOR ANTHOCYANIN AROMATIC ACYLTRANSFERASE
• THE MOLECULAR CLONING AND CHARACTERIZATION OF cDNA ENCODING TOBACCO SULFITE REDUCTASE
• CLONING AND EXPRESSION OF BELL PEPPER FATTY ACID HYDROPEROXIDE LYASE (CYP74B)
• HETEROGENEITY OF LIPOXYGENASE IN CUCUMBER SEEDLINGS
• GENE EXPRESSION OF TWO LIPOXYGENASEISOZYMES SPECIFIC TO COTYLEDONS AND ROOTS AND THEIR PHYSIOLOGICALROLES
• EXPRESSION IN E.COLI OF SULFITE REDUCTASEFROM MAIZE
• PREFERENTIAL DEGRADATION OF PHOTOSYSTEM I DURING "ETIOLATION" PROCESS IN A CYANOBACTERIAL MUTANT LACKING THE chlL GENE
• THE LIGHT-DEPENDENT GREENING PROCESS IN "ETIOLATED" CYANOBACTERIA
• ANALYSIS OF ELECTRON DONOR SYSTEMS FOR SULFITE REDUCTASE IN PHOTOSYNTHETIC AND NONPHOTOSYNTHETIC ORGANS IN MAIZE
• CHLOROPLAST PROTEIN TRANSPORT : COMPETITION STUDIES WITH PURIFIED PRECURSOR PROTEINS
• ENZYMATIC PROPERTY AND PHYSIOLOGICAL FUNCTION OF TWO GLUTAMATE SYNTHASES IN CYANOBACTERIUM PLECTONEMA BORYANUM
• MOLECULAR ANALYSIS OF SULFITE REDUCTION SYSTEMS IN PHOTOSYNTHETIC AND NON-PHOTOSYNTHETIC ORGANS
• FUNCTIONAL DIFFERENTIATION OF TWO PROTOCHLOROPHYLLIDE REDUCTASES IN CYANOBACTERIA
• FUNCTIONAL EXPRESSION IN E. coli AND SITE-DIRECTED MUTATIONAL ANALYSIS OF THE LIGHT-DEPENDENT NADPH : PROTOCHLOROPHYLLIDE OXIDOREDUCTASE FROM THE CYANOBACTERIUM Plectonema boryanum
• IMMUNOCHEMICAL ANALYSIS OF THE THREEPROTEINS ENCODED BY chlL, chlN, chlB INVOLVED IN THEPROTOCHLOROPHYLLIDE REDUCTION IN THE CYANOBACTERIUM PLECTONEMABORYANUM
• IDENTIFICATION OF SULFITE REDUCTASE IN THE PLASTID NUCLEOID
• 2P141 Conserved residue Arg-193 at the catalytic site of plant sulfite reductase plays an important role for the specific substrate reduction(33. Redox enzyme,Poster Session,Abstract,Meeting Program of EABS & BSJ 2006)
• THE THIRD GENE, chlB ESSENTIAL FOR THELIGHT-INDEPENDENT REDUCTION OF PROTOCHLOROPHYLLIDE IN THECYANOBACTERIUM PLECTONEMA BORYANUM

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