HETEROGENEITY OF LIPOXYGENASE IN CUCUMBER SEEDLINGS

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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 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
MOLECULAR CHARACTERIZATION OF TWO FATTY ACID HYDROPEROXIDE LYASES IN CUCUMBER (Cucumis sativus) HYPOCOTYLS
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
CUCUMBER COTYLEDON LIPOXYGENASEDIOXYGENIZES TRIACYLGLYCERIDES ON THEIR INTERFACES
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)
LIPOLTIC ACYL HYDROLASES INVOLVED IN PHYTOOXYLIPIN PATHWAY
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