Topics in Microbial PhysiologyP. Tauro International Bioscience Publishers, 1974 - 275 pagine |
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Pagina 185
... mechanism , negative control , permits transcription by an active polymerase and requires the presence of a specific protein factor - the repressor ( 17 , 45 ) . Chelala , Harschbein and Torres ( 17 ) have infact suggested a third ...
... mechanism , negative control , permits transcription by an active polymerase and requires the presence of a specific protein factor - the repressor ( 17 , 45 ) . Chelala , Harschbein and Torres ( 17 ) have infact suggested a third ...
Pagina 229
P. Tauro. A number of mechanisms have been proposed , but none adequately explains all facets of Nitrogenase ... mechanism postulates reduced ferredoxin ( Fd 2e- ) feeding in electrons to azoferredoxin ( Azo Fd ) which then binds ...
P. Tauro. A number of mechanisms have been proposed , but none adequately explains all facets of Nitrogenase ... mechanism postulates reduced ferredoxin ( Fd 2e- ) feeding in electrons to azoferredoxin ( Azo Fd ) which then binds ...
Pagina 255
... mechanism of sulphur oxidation by photosynthetic bacteria is unknown . C. Sulphite Two mechanisms have been described for the oxidation of sulphite to sulphate . The first involves the formation from sulphite and AMP of adenylylsulphate ...
... mechanism of sulphur oxidation by photosynthetic bacteria is unknown . C. Sulphite Two mechanisms have been described for the oxidation of sulphite to sulphate . The first involves the formation from sulphite and AMP of adenylylsulphate ...
Sommario
4 | 28 |
In Vitro Synthesis of | 41 |
In vivo Replication of Bacterial | 49 |
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Acad Acta activity amino acid aminoacyl-tRNA ammonia anaerobic azoferredoxin Azotobacter bacteria Bacteriol bases binding Biochem Biol Biophys biosynthesis bond catalyzed cell wall Chem chromosome coli complex components contain cytoplasmic membrane DNA polymerase DNA replication DNA synthesis electron elongation enzyme fatty acid synthetase ferredoxin function genetic glucose growth inducer inhibited inhibitor initiation involved isolated Kornberg layers lipid lipopolysaccharide Lynen m-RNA mechanism Mg++ microbial Microbiol microorganisms molecular weight molybdoferredoxin Monod mRNA mutants N2 fixation Natl nitrogen nitrogenase nucleic acids nucleotides occurs operon organisms oxidation P. R. Vagelos peptide chain peptidoglycan phage phosphate poly polymerization polynucleotide polypeptide polypeptide chain presence primer Proc protein synthesis purified reaction reduction repression repressor residues ribosomes sequence sigma soluble specific sporulation studies substrates subunits sulphide sulphur Symp t-RNA teichoic acids template transcription transfer triphosphates tRNA tRNA molecules vitro vivo yeast