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Results: 1-16 |
Results: 16
HIGH-AFFINITY CA2-SITES OF CALMODULIN ARE CRITICAL FOR THE REGULATIONOF MYOSIN I-BETA MOTOR FUNCTION( BINDING)
Authors: ZHU T BECKINGHAM K IKEBE M
Citation: T. Zhu et al., HIGH-AFFINITY CA2-SITES OF CALMODULIN ARE CRITICAL FOR THE REGULATIONOF MYOSIN I-BETA MOTOR FUNCTION( BINDING), The Journal of biological chemistry, 273(32), 1998, pp. 20481-20486
INCREASED TRANSMITTER RELEASE AND ABERRANT SYNAPSE MORPHOLOGY IN A DROSOPHILA CALMODULIN MUTANT
Authors: ARREDONDO L NELSON HB BECKINGHAM K STERN M
Citation: L. Arredondo et al., INCREASED TRANSMITTER RELEASE AND ABERRANT SYNAPSE MORPHOLOGY IN A DROSOPHILA CALMODULIN MUTANT, Genetics, 150(1), 1998, pp. 265-274
EXPRESSION OF CALMODULIN IN DROSOPHILA IS HIGHLY REGULATED IN A STAGE-SPECIFIC AND TISSUE-SPECIFIC MANNER
Authors: ANDRUSS BF LU AQ BECKINGHAM K
Citation: Bf. Andruss et al., EXPRESSION OF CALMODULIN IN DROSOPHILA IS HIGHLY REGULATED IN A STAGE-SPECIFIC AND TISSUE-SPECIFIC MANNER, Development, genes and evolution, 206(8), 1997, pp. 541-545
CALMODULIN REGULATION OF DROSOPHILA LIGHT-ACTIVATED CHANNELS AND RECEPTOR FUNCTION MEDIATES TERMINATION OF THE LIGHT RESPONSE IN-VIVO
Authors: SCOTT K SUN YM BECKINGHAM K ZUKER CS
Citation: K. Scott et al., CALMODULIN REGULATION OF DROSOPHILA LIGHT-ACTIVATED CHANNELS AND RECEPTOR FUNCTION MEDIATES TERMINATION OF THE LIGHT RESPONSE IN-VIVO, Cell, 91(3), 1997, pp. 375-383
CALMODULIN POINT MUTATIONS AFFECT DROSOPHILA DEVELOPMENT AND BEHAVIOR
Authors: NELSON HB HEIMAN RG BOLDUC C KOVALICK GE WHITLEY P STERN M BECKINGHAM K
Citation: Hb. Nelson et al., CALMODULIN POINT MUTATIONS AFFECT DROSOPHILA DEVELOPMENT AND BEHAVIOR, Genetics, 147(4), 1997, pp. 1783-1798
REGULATION OF MYOSIN I-BETA ACTIVITY - BINDING OF CA2+ TO CALMODULIN
Authors: ZHU T BECKINGHAM K IKEBE M
Citation: T. Zhu et al., REGULATION OF MYOSIN I-BETA ACTIVITY - BINDING OF CA2+ TO CALMODULIN, Biophysical journal, 72(2), 1997, pp. 237-237
CALCIUM-BINDING SITES OF CALMODULIN AND ELECTRON-TRANSFER BY NEURONALNITRIC-OXIDE SYNTHASE
Authors: STEVENSTRUSS R BECKINGHAM K MARLETTA MA
Citation: R. Stevenstruss et al., CALCIUM-BINDING SITES OF CALMODULIN AND ELECTRON-TRANSFER BY NEURONALNITRIC-OXIDE SYNTHASE, Biochemistry, 36(40), 1997, pp. 12337-12345
CALMODULIN POINT MUTATIONS EFFECT DROSOPHILA DEVELOPMENT AND BEHAVIOR
Authors: NELSON HB HEIMAN R BOLDUC C BECKINGHAM K
Citation: Hb. Nelson et al., CALMODULIN POINT MUTATIONS EFFECT DROSOPHILA DEVELOPMENT AND BEHAVIOR, Molecular biology of the cell, 7, 1996, pp. 696-696
INTERLOBE COMMUNICATION IN MULTIPLE CALCIUM-BINDING SITE MUTANTS OF DROSOPHILA CALMODULIN
Authors: MUKHERJEA P MAUNE JF BECKINGHAM K
Citation: P. Mukherjea et al., INTERLOBE COMMUNICATION IN MULTIPLE CALCIUM-BINDING SITE MUTANTS OF DROSOPHILA CALMODULIN, Protein science, 5(3), 1996, pp. 468-477
THE INDIVIDUAL CALCIUM-BINDING SITES OF CALMODULIN ARE INVOLVED IN THE REGULATION OF NEURONAL NITRIC-OXIDE SYNTHASE ACTIVITY
Authors: STEVENSTRUSS R BECKINGHAM K MARLETTA MA
Citation: R. Stevenstruss et al., THE INDIVIDUAL CALCIUM-BINDING SITES OF CALMODULIN ARE INVOLVED IN THE REGULATION OF NEURONAL NITRIC-OXIDE SYNTHASE ACTIVITY, The FASEB journal, 10(6), 1996, pp. 2873-2873
CHARACTERIZATION OF EU(III) BINDING TO A SERIES OF CALMODULIN-BINDINGSITE MUTANTS USING LASER-INDUCED EU(III) LUMINESCENCE SPECTROSCOPY
Authors: BRUNO J HORROCKS WDW BECKINGHAM K
Citation: J. Bruno et al., CHARACTERIZATION OF EU(III) BINDING TO A SERIES OF CALMODULIN-BINDINGSITE MUTANTS USING LASER-INDUCED EU(III) LUMINESCENCE SPECTROSCOPY, Biophysical chemistry, 63(1), 1996, pp. 1-16
SPONTANEOUS AVOIDANCE-BEHAVIOR IN DROSOPHILA NULL FOR CALMODULIN EXPRESSION
Authors: HEIMAN RG ATKINSON RC ANDRUSS BF BOLDUC C KOVALICK GE BECKINGHAM K
Citation: Rg. Heiman et al., SPONTANEOUS AVOIDANCE-BEHAVIOR IN DROSOPHILA NULL FOR CALMODULIN EXPRESSION, Proceedings of the National Academy of Sciences of the United Statesof America, 93(6), 1996, pp. 2420-2425
FUNCTIONAL DIVERSITY OF ALTERNATIVELY SPLICED ISOFORMS OF DROSOPHILA CA2+ CALMODULIN-DEPENDENT PROTEIN-KINASE-II - A ROLE FOR THE VARIABLE DOMAIN IN ACTIVATION/
Authors: GUPTAROY B BECKINGHAM K GRIFFITH LC
Citation: B. Guptaroy et al., FUNCTIONAL DIVERSITY OF ALTERNATIVELY SPLICED ISOFORMS OF DROSOPHILA CA2+ CALMODULIN-DEPENDENT PROTEIN-KINASE-II - A ROLE FOR THE VARIABLE DOMAIN IN ACTIVATION/, The Journal of biological chemistry, 271(33), 1996, pp. 19846-19851
USE OF SOMATIC-CELL MOSAICS TO STUDY THE ROLE OF CALMODULIN IN DROSOPHILA DEVELOPMENT
Authors: ATKINSON RC BECKINGHAM K
Citation: Rc. Atkinson et K. Beckingham, USE OF SOMATIC-CELL MOSAICS TO STUDY THE ROLE OF CALMODULIN IN DROSOPHILA DEVELOPMENT, Journal of cellular biochemistry, 1995, pp. 214-214
RECOVERY OF NATIVE STRUCTURE BY CALCIUM-BINDING SITE MUTANTS OF CALMODULIN UPON BINDING OF SK-MLCK TARGET PEPTIDES
Authors: FINDLAY WA MARTIN SR BECKINGHAM K BAYLEY PM
Citation: Wa. Findlay et al., RECOVERY OF NATIVE STRUCTURE BY CALCIUM-BINDING SITE MUTANTS OF CALMODULIN UPON BINDING OF SK-MLCK TARGET PEPTIDES, Biochemistry, 34(7), 1995, pp. 2087-2094
ACTIVATION OF 4 ENZYMES BY 2 SERIES OF CALMODULIN MUTANTS WITH POINT MUTATIONS IN INDIVIDUAL CA(2-SITES() BINDING)
Authors: GAO ZH KREBS J VANBERKUM MFA TANG WJ MAUNE JF MEANS AR STULL JT BECKINGHAM K
Citation: Zh. Gao et al., ACTIVATION OF 4 ENZYMES BY 2 SERIES OF CALMODULIN MUTANTS WITH POINT MUTATIONS IN INDIVIDUAL CA(2-SITES() BINDING), The Journal of biological chemistry, 268(27), 1993, pp. 20096-20104
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