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Results: 1-10 |
Results: 10
EXPANSION OF THE GENETIC-CODE - SITE-DIRECTED P-FLUORO-PHENYLALANINE INCORPORATION IN ESCHERICHIA-COLI
Authors: FURTER R
Citation: R. Furter, EXPANSION OF THE GENETIC-CODE - SITE-DIRECTED P-FLUORO-PHENYLALANINE INCORPORATION IN ESCHERICHIA-COLI, Protein science, 7(2), 1998, pp. 419-426
RECONSTITUTION OF ACTIVE OCTAMERIC MITOCHONDRIAL CREATINE-KINASE FROM2 GENETICALLY-ENGINEERED FRAGMENTS
Authors: GROSS M WYSS M FURTERGRAVES EM WALLIMANN T FURTER R
Citation: M. Gross et al., RECONSTITUTION OF ACTIVE OCTAMERIC MITOCHONDRIAL CREATINE-KINASE FROM2 GENETICALLY-ENGINEERED FRAGMENTS, Protein science, 5(2), 1996, pp. 320-330
AUTOPHOSPHORYLATION OF CREATINE-KINASE - CHARACTERIZATION AND IDENTIFICATION OF A SPECIFICALLY PHOSPHORYLATED PEPTIDE
Authors: HEMMER W FURTERGRAVES EM FRANK G WALLIMANN T FURTER R
Citation: W. Hemmer et al., AUTOPHOSPHORYLATION OF CREATINE-KINASE - CHARACTERIZATION AND IDENTIFICATION OF A SPECIFICALLY PHOSPHORYLATED PEPTIDE, Biochimica et biophysica acta. Protein structure and molecular enzymology, 1251(2), 1995, pp. 81-90
MULTIPLE-STATE EQUILIBRIUM UNFOLDING OF GUANIDINO KINASES
Authors: GROSS M LUSTIG A WALLIMANN T FURTER R
Citation: M. Gross et al., MULTIPLE-STATE EQUILIBRIUM UNFOLDING OF GUANIDINO KINASES, Biochemistry, 34(33), 1995, pp. 10350-10357
THE TRYPTOPHAN RESIDUES OF MITOCHONDRIAL CREATINE-KINASE - ROLES OF TRP-223, TRP-206, AND TRP-264 IN ACTIVE-SITE AND QUATERNARY STRUCTURE FORMATION
Authors: GROSS M FURTERGRAVES EM WALLIMANN T EPPENBERGER HM FURTER R
Citation: M. Gross et al., THE TRYPTOPHAN RESIDUES OF MITOCHONDRIAL CREATINE-KINASE - ROLES OF TRP-223, TRP-206, AND TRP-264 IN ACTIVE-SITE AND QUATERNARY STRUCTURE FORMATION, Protein science, 3(7), 1994, pp. 1058-1068
ROLE OF A SMALL RNA POL-II SUBUNIT IN TATA TO TRANSCRIPTION START SITE SPACING
Authors: FURTERGRAVES EM HALL BD FURTER R
Citation: Em. Furtergraves et al., ROLE OF A SMALL RNA POL-II SUBUNIT IN TATA TO TRANSCRIPTION START SITE SPACING, Nucleic acids research, 22(23), 1994, pp. 4932-4936
THE STRUCTURE OF MITOCHONDRIAL CREATINE-KINASE AND ITS MEMBRANE-BINDING PROPERTIES
Authors: SCHNYDER T ROJO M FURTER R WALLIMANN T
Citation: T. Schnyder et al., THE STRUCTURE OF MITOCHONDRIAL CREATINE-KINASE AND ITS MEMBRANE-BINDING PROPERTIES, Molecular and cellular biochemistry, 133, 1994, pp. 115-123
CREATINE-KINASE ISOENZYMES AND MUSCLE ENERGETICS - ULTRASTRUCTURAL-LOCALIZATION, FUNCTIONAL COMPARTMENTATION AND STRUCTURE OF MI-CK
Authors: WALLIMANN T SCHNYDER T WYSS M FURTER R FURTERGRAVES E ROJO M GROSS M KALDIS P HEMMER W EPPENBERGER HM
Citation: T. Wallimann et al., CREATINE-KINASE ISOENZYMES AND MUSCLE ENERGETICS - ULTRASTRUCTURAL-LOCALIZATION, FUNCTIONAL COMPARTMENTATION AND STRUCTURE OF MI-CK, Journal of muscle research and cell motility, 15(2), 1994, pp. 180-181
THE N-TERMINAL HEPTAPEPTIDE OF MITOCHONDRIAL CREATINE-KINASE IS IMPORTANT FOR OCTAMERIZATION
Authors: KALDIS P FURTER R WALLIMANN T
Citation: P. Kaldis et al., THE N-TERMINAL HEPTAPEPTIDE OF MITOCHONDRIAL CREATINE-KINASE IS IMPORTANT FOR OCTAMERIZATION, Biochemistry, 33(4), 1994, pp. 952-959
CREATINE-KINASE - THE REACTIVE CYSTEINE IS REQUIRED FOR SYNERGISM BUTIS NONESSENTIAL FOR CATALYSIS
Authors: FURTER R FURTERGRAVES EM WALLIMANN T
Citation: R. Furter et al., CREATINE-KINASE - THE REACTIVE CYSTEINE IS REQUIRED FOR SYNERGISM BUTIS NONESSENTIAL FOR CATALYSIS, Biochemistry, 32(27), 1993, pp. 7022-7029
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