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Results: 1-11 |
Results: 11
MODULATION OF CA2+ RELEASE CHANNEL ACTIVITY BY PHYTOSPHINGOSINE
Authors: SMITH TB SHARMA C LI SR SCHROEPFER GJ NEEDLEMAN DH
Citation: Tb. Smith et al., MODULATION OF CA2+ RELEASE CHANNEL ACTIVITY BY PHYTOSPHINGOSINE, Biophysical journal, 74(2), 1998, pp. 60-60
THE C-TERMINAL DOMAIN OF CALMODULIN MODULATES THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL
Authors: WILLIAMS BY NEEDLEMAN DH GRABAREK Z STRASBURG GM HAMILTON SL
Citation: By. Williams et al., THE C-TERMINAL DOMAIN OF CALMODULIN MODULATES THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL, Biophysical journal, 74(2), 1998, pp. 61-61
MODULATION OF SKELETAL-MUSCLE CA2-RELEASE CHANNEL ACTIVITY BY SPHINGOSINE()
Authors: NEEDLEMAN DH AGHDASI B SERYSHEV AB SCHROEPFER GJ HAMILTON SL
Citation: Dh. Needleman et al., MODULATION OF SKELETAL-MUSCLE CA2-RELEASE CHANNEL ACTIVITY BY SPHINGOSINE(), American journal of physiology. Cell physiology, 41(5), 1997, pp. 1465-1474
FACTORS INFLUENCING CA2+ RELEASE CHANNEL STABILITY
Authors: NEEDLEMAN DH HAMILTON SL
Citation: Dh. Needleman et Sl. Hamilton, FACTORS INFLUENCING CA2+ RELEASE CHANNEL STABILITY, Biophysical journal, 72(2), 1997, pp. 58-58
FACTORS INFLUENCING [H-3] RYANODINE BINDING TO THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL
Authors: NEEDLEMAN DH HAMILTON SL
Citation: Dh. Needleman et Sl. Hamilton, FACTORS INFLUENCING [H-3] RYANODINE BINDING TO THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL, Analytical biochemistry, 248(1), 1997, pp. 173-179
INTERACTION BETWEEN RYANODINE AND NEOMYCIN BINDING-SITES ON CA2-MUSCLE SARCOPLASMIC-RETICULUM( RELEASE CHANNEL FROM SKELETAL)
Authors: WANG JP NEEDLEMAN DH SERYSHEV AB AGHDASI B SLAVIK KJ LIU SQ PEDERSEN SE HAMILTON SL
Citation: Jp. Wang et al., INTERACTION BETWEEN RYANODINE AND NEOMYCIN BINDING-SITES ON CA2-MUSCLE SARCOPLASMIC-RETICULUM( RELEASE CHANNEL FROM SKELETAL), The Journal of biological chemistry, 271(14), 1996, pp. 8387-8393
EFFECT OF RYANODINE ON SARCOPLASMIC-RETICULUM CA2+ ACCUMULATION IN NONFAILING AND FAILING HUMAN MYOCARDIUM
Authors: NIMER LR NEEDLEMAN DH HAMILTON SL KRALL J MOVSESIAN MA
Citation: Lr. Nimer et al., EFFECT OF RYANODINE ON SARCOPLASMIC-RETICULUM CA2+ ACCUMULATION IN NONFAILING AND FAILING HUMAN MYOCARDIUM, Circulation, 92(9), 1995, pp. 2504-2510
LOCALIZATION OF THE HIGH AND LOW-AFFINITY [H-3] RYANODINE BINDING-SITES ON THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL
Authors: CALLAWAY C SERYSHEV A WANG JP SLAVIK KJ NEEDLEMAN DH CANTU C WU YL JAYARAMAN T MARKS AR HAMILTON SL
Citation: C. Callaway et al., LOCALIZATION OF THE HIGH AND LOW-AFFINITY [H-3] RYANODINE BINDING-SITES ON THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL, The Journal of biological chemistry, 269(22), 1994, pp. 15876-15884
RYANODINE-STIMULATED CA2-RETICULUM FROM NONFAILING AND FAILING HUMAN MYOCARDIUM( ACCUMULATION BY SARCOPLASMIC)
Authors: NIMER LR NEEDLEMAN DH HAMILTON SL KRALL J MOVSESIAN MA
Citation: Lr. Nimer et al., RYANODINE-STIMULATED CA2-RETICULUM FROM NONFAILING AND FAILING HUMAN MYOCARDIUM( ACCUMULATION BY SARCOPLASMIC), Biophysical journal, 66(2), 1994, pp. 10000414-10000414
MODULATION OF SKELETAL-MUSCLE CA2+ RELEASE CHANNEL ACTIVITY BY SPHINGOSINE
Authors: NEEDLEMAN DH SERYSHEV AB SCHROEPFER GJ HAMILTON SL
Citation: Dh. Needleman et al., MODULATION OF SKELETAL-MUSCLE CA2+ RELEASE CHANNEL ACTIVITY BY SPHINGOSINE, Biophysical journal, 66(2), 1994, pp. 10000417-10000417
RELATIONSHIP OF LOW-AFFINITY [H-3] RYANODINE BINDING-SITES TO HIGH-AFFINITY SITES ON THE SKELETAL-MUSCLE CA(2+) RELEASE CHANNEL
Authors: WANG JP NEEDLEMAN DH HAMILTON SL
Citation: Jp. Wang et al., RELATIONSHIP OF LOW-AFFINITY [H-3] RYANODINE BINDING-SITES TO HIGH-AFFINITY SITES ON THE SKELETAL-MUSCLE CA(2+) RELEASE CHANNEL, The Journal of biological chemistry, 268(28), 1993, pp. 20974-20982
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