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Results: 1-25 | 26-50 | 51-72
Results: 1-25/72
BRAIN ATP METABOLISM IN HYPOXIA RESISTANT MICE FED GUANIDINOPROPIONICACID
Authors: HOLTZMAN D BROWN M OGORMAN E ALLRED E WALLIMANN T
Citation: D. Holtzman et al., BRAIN ATP METABOLISM IN HYPOXIA RESISTANT MICE FED GUANIDINOPROPIONICACID, Developmental neuroscience, 20(4-5), 1998, pp. 469-477
FUNCTIONAL-ASPECTS OF THE X-RAY STRUCTURE OF MITOCHONDRIAL CREATINE-KINASE - A MOLECULAR PHYSIOLOGY APPROACH
Authors: SCHLATTNER U FORSTNER M EDER M STACHOWIAK O FRITZWOLF K WALLIMANN T
Citation: U. Schlattner et al., FUNCTIONAL-ASPECTS OF THE X-RAY STRUCTURE OF MITOCHONDRIAL CREATINE-KINASE - A MOLECULAR PHYSIOLOGY APPROACH, Molecular and cellular biochemistry, 184(1-2), 1998, pp. 125-140
OLIGOMERIC STATE AND MEMBRANE-BINDING BEHAVIOR OF CREATINE-KINASE ISOENZYMES - IMPLICATIONS FOR CELLULAR FUNCTION AND MITOCHONDRIAL STRUCTURE
Authors: STACHOWIAK O SCHLATTNER U DOLDER M WALLIMANN T
Citation: O. Stachowiak et al., OLIGOMERIC STATE AND MEMBRANE-BINDING BEHAVIOR OF CREATINE-KINASE ISOENZYMES - IMPLICATIONS FOR CELLULAR FUNCTION AND MITOCHONDRIAL STRUCTURE, Molecular and cellular biochemistry, 184(1-2), 1998, pp. 141-151
CREATINE SUPPLEMENTATION IN HEALTH AND DISEASE - EFFECTS OF CHRONIC CREATINE INGESTION IN-VIVO - DOWN-REGULATION OF THE EXPRESSION OF CREATINE TRANSPORTER ISOFORMS IN SKELETAL-MUSCLE
Authors: GUERREROONTIVEROS ML WALLIMANN T
Citation: Ml. Guerreroontiveros et T. Wallimann, CREATINE SUPPLEMENTATION IN HEALTH AND DISEASE - EFFECTS OF CHRONIC CREATINE INGESTION IN-VIVO - DOWN-REGULATION OF THE EXPRESSION OF CREATINE TRANSPORTER ISOFORMS IN SKELETAL-MUSCLE, Molecular and cellular biochemistry, 184(1-2), 1998, pp. 427-437
MUTATION OF CIS-PROLINE-207 IN MITOCHONDRIAL CREATINE-KINASE TO ALANINE LEADS TO INCREASED ACID STABILITY
Authors: FORSTNER M MULLER A ROGNAN D KRIECHBAUM M WALLIMANN T
Citation: M. Forstner et al., MUTATION OF CIS-PROLINE-207 IN MITOCHONDRIAL CREATINE-KINASE TO ALANINE LEADS TO INCREASED ACID STABILITY, Protein engineering (Print), 11(7), 1998, pp. 563-568
THE ISOENZYME-DIAGNOSTIC REGIONS OF MUSCLE-TYPE CREATINE-KINASE, THE M-260 AND M-300 BOX, ARE NOT RESPONSIBLE FOR ITS BINDING TO THE MYOFIBRILLAR M-BAND
Authors: STOLZ M KRAFT T WALLIMANN T
Citation: M. Stolz et al., THE ISOENZYME-DIAGNOSTIC REGIONS OF MUSCLE-TYPE CREATINE-KINASE, THE M-260 AND M-300 BOX, ARE NOT RESPONSIBLE FOR ITS BINDING TO THE MYOFIBRILLAR M-BAND, European journal of cell biology, 77(1), 1998, pp. 1-9
MYOFIBRILLAR INTERACTION OF CYTOSOLIC CREATINE-KINASE (CK) ISOENZYMES- ALLOCATION OF N-TERMINAL BINDING EPITOPE IN MM-CK AND BB-CK
Authors: STOLZ M WALLIMANN T
Citation: M. Stolz et T. Wallimann, MYOFIBRILLAR INTERACTION OF CYTOSOLIC CREATINE-KINASE (CK) ISOENZYMES- ALLOCATION OF N-TERMINAL BINDING EPITOPE IN MM-CK AND BB-CK, Journal of Cell Science, 111, 1998, pp. 1207-1216
MITOCHONDRIAL CREATINE-KINASE IS A PRIME TARGET OF PEROXYNITRITE-INDUCED MODIFICATION AND INACTIVATION
Authors: STACHOWIAK O DOLDER M WALLIMANN T RICHTER C
Citation: O. Stachowiak et al., MITOCHONDRIAL CREATINE-KINASE IS A PRIME TARGET OF PEROXYNITRITE-INDUCED MODIFICATION AND INACTIVATION, The Journal of biological chemistry, 273(27), 1998, pp. 16694-16699
CREATINE SUPPLEMENTATION IMPROVES INTRACELLULAR CA2-MUSCLE CELLS( HANDLING AND SURVIVAL IN MDX SKELETAL)
Authors: PULIDO SM PASSAQUIN AC LEIJENDEKKER WJ CHALLET C WALLIMANN T RUEGG UT
Citation: Sm. Pulido et al., CREATINE SUPPLEMENTATION IMPROVES INTRACELLULAR CA2-MUSCLE CELLS( HANDLING AND SURVIVAL IN MDX SKELETAL), FEBS letters, 439(3), 1998, pp. 357-362
RECONSTITUTED ADENINE-NUCLEOTIDE TRANSLOCASE FORMS A CHANNEL FOR SMALL MOLECULES COMPARABLE TO THE MITOCHONDRIAL PERMEABILITY TRANSITION PORE
Authors: RUCK A DOLDER M WALLIMANN T BRDICZKA D
Citation: A. Ruck et al., RECONSTITUTED ADENINE-NUCLEOTIDE TRANSLOCASE FORMS A CHANNEL FOR SMALL MOLECULES COMPARABLE TO THE MITOCHONDRIAL PERMEABILITY TRANSITION PORE, FEBS letters, 426(1), 1998, pp. 97-101
STRUCTURAL-CHANGES OF CREATINE-KINASE UPON SUBSTRATE-BINDING
Authors: FORSTNER M KRIECHBAUM M LAGGNER P WALLIMANN T
Citation: M. Forstner et al., STRUCTURAL-CHANGES OF CREATINE-KINASE UPON SUBSTRATE-BINDING, Biophysical journal, 75(2), 1998, pp. 1016-1023
IDENTIFICATION OF 2 MYOFIBRILLAR BINDING EPITOPES IN THE N-TERMINAL REGION OF MUSCLE-TYPE CREATINE-KINASE
Authors: STOLZ M WALLIMANN T
Citation: M. Stolz et T. Wallimann, IDENTIFICATION OF 2 MYOFIBRILLAR BINDING EPITOPES IN THE N-TERMINAL REGION OF MUSCLE-TYPE CREATINE-KINASE, Molecular biology of the cell, 8, 1997, pp. 219-219
THE ACTIVE-SITE HISTIDINES OF CREATINE-KINASE - A CRITICAL ROLE OF HIS-61 SITUATED ON A FLEXIBLE LOOP
Authors: FORSTNER M MULLER A STOLZ M WALLIMANN T
Citation: M. Forstner et al., THE ACTIVE-SITE HISTIDINES OF CREATINE-KINASE - A CRITICAL ROLE OF HIS-61 SITUATED ON A FLEXIBLE LOOP, Protein science, 6(2), 1997, pp. 331-339
SELF-CHAPERONING OF PROTEIN-FOLDING
Authors: FORSTNER M VUILLARD L GROSS M KRIECHBAUM M LAGGNER P WALLIMANN T
Citation: M. Forstner et al., SELF-CHAPERONING OF PROTEIN-FOLDING, The FASEB journal, 11(9), 1997, pp. 880-880
IN-VIVO BRAIN PHOSPHOCREATINE AND ATP REGULATION IN MICE FED A CREATINE ANALOG
Authors: HOLTZMAN D MEYERS R OGORMAN E KHAIT I WALLIMANN T ALLRED E JENSEN F
Citation: D. Holtzman et al., IN-VIVO BRAIN PHOSPHOCREATINE AND ATP REGULATION IN MICE FED A CREATINE ANALOG, American journal of physiology. Cell physiology, 41(5), 1997, pp. 1567-1577
METABOLIC SUPPORT OF NA-CELL EPITHELIA - ROLE OF CREATINE-KINASE( PUMP IN APICALLY PERMEABILIZED A6 KIDNEY)
Authors: GUERRERO ML BERON J SPINDLER B GROSCURTH P WALLIMANN T VERREY F
Citation: Ml. Guerrero et al., METABOLIC SUPPORT OF NA-CELL EPITHELIA - ROLE OF CREATINE-KINASE( PUMP IN APICALLY PERMEABILIZED A6 KIDNEY), American journal of physiology. Cell physiology, 41(2), 1997, pp. 697-706
MITOCHONDRIAL INTERMEMBRANE INCLUSION-BODIES - THE COMMON DENOMINATORBETWEEN HUMAN MITOCHONDRIAL MYOPATHIES AND CREATINE DEPLETION, DUE TOIMPAIRMENT OF CELLULAR ENERGETICS
Authors: OGORMAN E PIENDL T MULLER M BRDICZKA D WALLIMANN T
Citation: E. Ogorman et al., MITOCHONDRIAL INTERMEMBRANE INCLUSION-BODIES - THE COMMON DENOMINATORBETWEEN HUMAN MITOCHONDRIAL MYOPATHIES AND CREATINE DEPLETION, DUE TOIMPAIRMENT OF CELLULAR ENERGETICS, Molecular and cellular biochemistry, 174(1-2), 1997, pp. 283-289
ACTIVATION OF SEA-URCHIN SPERM MOTILITY IS ACCOMPANIED BY AN INCREASEIN THE CREATINE-KINASE EXCHANGE FLUX
Authors: VANDORSTEN FA WYSS M WALLIMANN T NICOLAY K
Citation: Fa. Vandorsten et al., ACTIVATION OF SEA-URCHIN SPERM MOTILITY IS ACCOMPANIED BY AN INCREASEIN THE CREATINE-KINASE EXCHANGE FLUX, Biochemical journal, 325, 1997, pp. 411-416
DISTURBING MYOCARDIAL ENERGY-METABOLISM BY KNOCK-OUT OF THE PHOSPHO-CREATINE-CIRCUIT INCREASES MITOCHONDRIAL GENE-EXPRESSION
Authors: HORNUNG TV OGORMAN E WALLIMANN T WIESNER RJ
Citation: Tv. Hornung et al., DISTURBING MYOCARDIAL ENERGY-METABOLISM BY KNOCK-OUT OF THE PHOSPHO-CREATINE-CIRCUIT INCREASES MITOCHONDRIAL GENE-EXPRESSION, Pflugers Archiv, 433(6), 1997, pp. 46-46
CRYSTALLINE MITOCHONDRIAL INCLUSION-BODIES ISOLATED FROM CREATINE DEPLETED RAT SOLEUS MUSCLE
Authors: OGORMAN E FUCHS KH TITTMANN P GROSS H WALLIMANN T
Citation: E. Ogorman et al., CRYSTALLINE MITOCHONDRIAL INCLUSION-BODIES ISOLATED FROM CREATINE DEPLETED RAT SOLEUS MUSCLE, Journal of Cell Science, 110, 1997, pp. 1403-1411
THE ROLE OF CREATINE-KINASE IN INHIBITION OF MITOCHONDRIAL PERMEABILITY TRANSITION
Authors: OGORMAN E BEUTNER G DOLDER M KORETSKY AP BRDICZKA D WALLIMANN T
Citation: E. Ogorman et al., THE ROLE OF CREATINE-KINASE IN INHIBITION OF MITOCHONDRIAL PERMEABILITY TRANSITION, FEBS letters, 414(2), 1997, pp. 253-257
PARTICIPATION OF CREATINE-KINASE IN CONTROL OF INSULIN-SECRETION
Authors: GEMPEL K BRDICZKA D KADDURAHDAOUK R WALLIMANN T KAUFHOLD P GERBITZ KD
Citation: K. Gempel et al., PARTICIPATION OF CREATINE-KINASE IN CONTROL OF INSULIN-SECRETION, Diabetologia, 40, 1997, pp. 427-427
EXPRESSION OF CREATINE-KINASE ISOZYMES IN HODGKINS DERIVED CELL-LINES
Authors: KORNACKER M SCHLATTNER U WALLIMANN T JOX A DIEHL V WOLF N
Citation: M. Kornacker et al., EXPRESSION OF CREATINE-KINASE ISOZYMES IN HODGKINS DERIVED CELL-LINES, Blood, 90(10), 1997, pp. 3915-3915
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
HOT-SPOTS OF CREATINE-KINASE LOCALIZATION IN BRAIN - CEREBELLUM, HIPPOCAMPUS AND CHOROID-PLEXUS
Authors: KALDIS P HEMMER W ZANOLLA E HOLTZMAN D WALLIMANN T
Citation: P. Kaldis et al., HOT-SPOTS OF CREATINE-KINASE LOCALIZATION IN BRAIN - CEREBELLUM, HIPPOCAMPUS AND CHOROID-PLEXUS, Developmental neuroscience, 18(5-6), 1996, pp. 542-554
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