AAAAAA

   
Results: 1-11 |
Results: 11
CARDIAC DEFECTS AND ALTERED RYANODINE RECEPTOR FUNCTION IN MICE LACKING FKBP12
Authors: SHOU WN AGHDASI B ARMSTRONG DL GUO QX BAO SD CHARNG MJ MATHEWS LM SCHNEIDER MD HAMILTON SL MATZUK MM
Citation: Wn. Shou et al., CARDIAC DEFECTS AND ALTERED RYANODINE RECEPTOR FUNCTION IN MICE LACKING FKBP12, Nature, 391(6666), 1998, pp. 489-492
FKBP12-DEFICIENT MICE EXHIBIT CONGENITAL DILATED CARDIOMYOPATHY AND ALTERED RYANODINE RECEPTOR FUNCTION
Authors: SHOU W AGHDASI B ARMSTRONG D GUO Q BAO S CHARNG M MATHEWS L SCHNEIDER M HAMILTON S MATZUK M
Citation: W. Shou et al., FKBP12-DEFICIENT MICE EXHIBIT CONGENITAL DILATED CARDIOMYOPATHY AND ALTERED RYANODINE RECEPTOR FUNCTION, Biophysical journal, 74(2), 1998, pp. 353-353
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
A CARBOXY-TERMINAL PEPTIDE OF THE ALPHA(1)-SUBUNIT OF THE DIHYDROPYRIDINE RECEPTOR INHIBITS CA2-RELEASE CHANNELS()
Authors: SLAVIK KJ WANG JP AGHDASI B ZHANG JZ MANDEL F MALOUF N HAMILTON SL
Citation: Kj. Slavik et al., A CARBOXY-TERMINAL PEPTIDE OF THE ALPHA(1)-SUBUNIT OF THE DIHYDROPYRIDINE RECEPTOR INHIBITS CA2-RELEASE CHANNELS(), American journal of physiology. Cell physiology, 41(5), 1997, pp. 1475-1481
MULTIPLE CLASSES OF SULFHYDRYLS MODULATE THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL
Authors: AGHDASI B ZHANG JZ WU YL REID MB HAMILTON SL
Citation: B. Aghdasi et al., MULTIPLE CLASSES OF SULFHYDRYLS MODULATE THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL, The Journal of biological chemistry, 272(6), 1997, pp. 3739-3748
NITRIC-OXIDE PROTECTS THE SKELETAL-MUSCLE CA2-INDUCED ACTIVATION( RELEASE CHANNEL FROM OXIDATION)
Authors: AGHDASI B REID MB HAMILTON SL
Citation: B. Aghdasi et al., NITRIC-OXIDE PROTECTS THE SKELETAL-MUSCLE CA2-INDUCED ACTIVATION( RELEASE CHANNEL FROM OXIDATION), The Journal of biological chemistry, 272(41), 1997, pp. 25462-25467
FUNCTIONAL INTERACTIONS BETWEEN CYTOPLASMIC DOMAINS OF THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL
Authors: WU YL AGHDASI B DOU SJ ZHANG JZ LIU SQ HAMILTON SL
Citation: Yl. Wu et al., FUNCTIONAL INTERACTIONS BETWEEN CYTOPLASMIC DOMAINS OF THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL, The Journal of biological chemistry, 272(40), 1997, pp. 25051-25061
INTERACTION OF NITRIC-OXIDE WITH THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL
Authors: AGHDASI B REID M HAMILTON SL
Citation: B. Aghdasi et al., INTERACTION OF NITRIC-OXIDE WITH THE SKELETAL-MUSCLE CA2+ RELEASE CHANNEL, Biophysical journal, 72(2), 1997, p.
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
INTER-SUBUNIT DISULFIDE FORMATION MAY EXPLAIN OXIDATIVE EFFECTS ON CA2+ RELEASE CHANNEL FUNCTION
Authors: AGHDASI B ZHANG JZ SLAVIK K REID MB HAMILTON SL
Citation: B. Aghdasi et al., INTER-SUBUNIT DISULFIDE FORMATION MAY EXPLAIN OXIDATIVE EFFECTS ON CA2+ RELEASE CHANNEL FUNCTION, Biophysical journal, 70(2), 1996, p.
PROBING THE TERTIARY STRUCTURE OF RYANODINE RECEPTOR BY PROTEOLYSIS AND CROSS-LINKING
Authors: WU Y DOU S AGHDASI B HAMILTON SL
Citation: Y. Wu et al., PROBING THE TERTIARY STRUCTURE OF RYANODINE RECEPTOR BY PROTEOLYSIS AND CROSS-LINKING, Biophysical journal, 70(2), 1996, p.
Risultati: 1-11 |