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Results: 1-18 |
Results: 18
MICROTUBULE STABILIZATION IN PRESSURE-OVERLOAD CARDIAC-HYPERTROPHY
Authors: SATO H NAGAI T KUPPUSWAMY D NARISHIGE T KOIDE M MENICK DR COOPER G
Citation: H. Sato et al., MICROTUBULE STABILIZATION IN PRESSURE-OVERLOAD CARDIAC-HYPERTROPHY, The Journal of cell biology, 139(4), 1997, pp. 963-973
ASSOCIATION OF TYROSINE-PHOSPHORYLATED C-SRC WITH THE CYTOSKELETON OFHYPERTROPHYING MYOCARDIUM
Authors: KUPPUSWAMY D KERR C NARISHIGE T SASI VS MENICK DR COOPER G
Citation: D. Kuppuswamy et al., ASSOCIATION OF TYROSINE-PHOSPHORYLATED C-SRC WITH THE CYTOSKELETON OFHYPERTROPHYING MYOCARDIUM, The Journal of biological chemistry, 272(7), 1997, pp. 4500-4508
CYTOSKELETAL MECHANICS IN PRESSURE-OVERLOAD CARDIAC-HYPERTROPHY
Authors: TAGAWA H WANG N NARISHIGE T INGBER DE ZILE MR COOPER G
Citation: H. Tagawa et al., CYTOSKELETAL MECHANICS IN PRESSURE-OVERLOAD CARDIAC-HYPERTROPHY, Circulation research, 80(2), 1997, pp. 281-289
DIFFERENTIAL REGULATION OF BETA-TUBULIN ISOFORMS IN PRESSURE-OVERLOADCARDIAC-HYPERTROPHY
Authors: NARISHIGE T BLADE KL HAMAWAKI M MENICK DR COOPER G
Citation: T. Narishige et al., DIFFERENTIAL REGULATION OF BETA-TUBULIN ISOFORMS IN PRESSURE-OVERLOADCARDIAC-HYPERTROPHY, Circulation, 96(8), 1997, pp. 2775-2775
A POTENTIAL MECHANISM COUPLING LOAD TO GROWTH DURING CARDIAC-HYPERTROPHY
Authors: KUPPUSWAMY D KERR C NARISHIGE T KASI VS MENICK DR COOPER G
Citation: D. Kuppuswamy et al., A POTENTIAL MECHANISM COUPLING LOAD TO GROWTH DURING CARDIAC-HYPERTROPHY, Circulation, 94(8), 1996, pp. 3107-3107
MECHANISM FOR ENHANCED MICROTUBULE DENSITY IN PRESSURE HYPERTROPHIED MYOCARDIUM
Authors: SATO H NARISHIGE T HAMAWAKI M MENICK DR KUPPUSWAMY D COOPER G
Citation: H. Sato et al., MECHANISM FOR ENHANCED MICROTUBULE DENSITY IN PRESSURE HYPERTROPHIED MYOCARDIUM, Circulation, 94(8), 1996, pp. 4245-4245
BASIS FOR INCREASED MICROTUBULES IN PRESSURE-HYPERTROPHIED CARDIOCYTES
Authors: TAGAWA H ROZICH JD TSUTSUI H NARISHIGE T KUPPUSWAMY D SATO H MCDERMOTT PJ KOIDE M COOPER G
Citation: H. Tagawa et al., BASIS FOR INCREASED MICROTUBULES IN PRESSURE-HYPERTROPHIED CARDIOCYTES, Circulation, 93(6), 1996, pp. 1230-1243
ENDOTHELIUM-DERIVED NITRIC-OXIDE DOES NOT MODULATE METABOLIC CORONARYVASODILATION INDUCED BY TACHYCARDIA IN DOGS
Authors: KATSUDA Y EGASHIRA K AKATSUKA Y NARISHIGE T SHIMOKAWA H TAKESHITA A
Citation: Y. Katsuda et al., ENDOTHELIUM-DERIVED NITRIC-OXIDE DOES NOT MODULATE METABOLIC CORONARYVASODILATION INDUCED BY TACHYCARDIA IN DOGS, Journal of cardiovascular pharmacology, 26(3), 1995, pp. 437-444
REVERSAL OF IN-VIVO VENTRICULAR DYSFUNCTION BY MICROTUBULE DEPOLYMERIZATION IN PRESSURE-OVERLOAD INDUCED LEFT-VENTRICULAR DYSFUNCTION
Authors: KOIDE M ZILE M NARISHIGE T SATO H DEFREYTE G COOPER G CARABELLO B
Citation: M. Koide et al., REVERSAL OF IN-VIVO VENTRICULAR DYSFUNCTION BY MICROTUBULE DEPOLYMERIZATION IN PRESSURE-OVERLOAD INDUCED LEFT-VENTRICULAR DYSFUNCTION, Circulation, 92(8), 1995, pp. 1235-1235
AUGMENTATION OF DELTA-2-TUBULIN IN PRESSURE-OVERLOAD CARDIAC-HYPERTROPHY
Authors: SATO H KOIDE M KUPPUSWAMY D NARISHIGE T COOPER G
Citation: H. Sato et al., AUGMENTATION OF DELTA-2-TUBULIN IN PRESSURE-OVERLOAD CARDIAC-HYPERTROPHY, Circulation, 92(8), 1995, pp. 2520-2520
GLIBENCLAMIDE, A SELECTIVE INHIBITOR OF ATP-SENSITIVE K+ CHANNELS, ATTENUATES METABOLIC CORONARY VASODILATATION INDUCED BY PACING TACHYCARDIA IN DOGS
Authors: KATSUDA Y EGASHIRA K UENO H AKATSUKA Y NARISHIGE T ARAI Y TAKAYANAGI T SHIMOKAWA H TAKESHITA A
Citation: Y. Katsuda et al., GLIBENCLAMIDE, A SELECTIVE INHIBITOR OF ATP-SENSITIVE K+ CHANNELS, ATTENUATES METABOLIC CORONARY VASODILATATION INDUCED BY PACING TACHYCARDIA IN DOGS, Circulation, 92(3), 1995, pp. 511-517
REACTIVE DIFFUSION IN A NI-SI BULK DIFFUSION COUPLE
Authors: SHIMOZAKI T NARISHIGE T WAKAMATSU Y ONISHI M
Citation: T. Shimozaki et al., REACTIVE DIFFUSION IN A NI-SI BULK DIFFUSION COUPLE, Materials transactions, JIM, 35(12), 1994, pp. 868-872
EFFECTS OF A NEW CALCIUM-ANTAGONIST, CD-832, ON CORONARY AND SYSTEMICHEMODYNAMICS IN CONSCIOUS DOGS
Authors: TAKAHASHI T TOMOIKE H MURAMATSU K IMAMURA Y NARISHIGE T TAKESHITA A NAKAMURA M
Citation: T. Takahashi et al., EFFECTS OF A NEW CALCIUM-ANTAGONIST, CD-832, ON CORONARY AND SYSTEMICHEMODYNAMICS IN CONSCIOUS DOGS, Journal of cardiovascular pharmacology, 24(1), 1994, pp. 8-12
ATP-SENSITIVE POTASSIUM CHANNELS ARE INVOLVED IN ADENOSINE A(2) RECEPTOR-MEDIATED CORONARY VASODILATATION IN THE DOG
Authors: AKATSUKA Y EGASHIRA K KATSUDA Y NARISHIGE T UENO H SHIMOKAWA H TAKESHITA A
Citation: Y. Akatsuka et al., ATP-SENSITIVE POTASSIUM CHANNELS ARE INVOLVED IN ADENOSINE A(2) RECEPTOR-MEDIATED CORONARY VASODILATATION IN THE DOG, Cardiovascular Research, 28(6), 1994, pp. 906-911
GLIBENCLAMIDE PREVENTS CORONARY VASODILATION INDUCED BY BETA(1)-ADRENOCEPTOR STIMULATION IN DOGS
Authors: NARISHIGE T EGASHIRA K AKATSUKA Y IMAMURA Y TAKAHASHI T KASUYA H TAKESHITA A
Citation: T. Narishige et al., GLIBENCLAMIDE PREVENTS CORONARY VASODILATION INDUCED BY BETA(1)-ADRENOCEPTOR STIMULATION IN DOGS, The American journal of physiology, 266(1), 1994, pp. 80000084-80000092
EFFECTS OF IOMEPROL, A NEW NONIONIC CONTRAST-MEDIUM, VIS-A-VIS IOPAMIDOL AND NITROGLYCERIN, ON CORONARY DIAMETER AND BLOOD-FLOW IN CHRONICALLY INSTRUMENTED DOGS
Authors: NARISHIGE T EGASHIRA K AKATSUKA Y TAKAHASHI T TAKESHITA A
Citation: T. Narishige et al., EFFECTS OF IOMEPROL, A NEW NONIONIC CONTRAST-MEDIUM, VIS-A-VIS IOPAMIDOL AND NITROGLYCERIN, ON CORONARY DIAMETER AND BLOOD-FLOW IN CHRONICALLY INSTRUMENTED DOGS, Cardiovascular and interventional radiology, 16(6), 1993, pp. 343-347
GLIBENCLAMIDE, A PUTATIVE ATP-SENSITIVE K+ CHANNEL BLOCKER, INHIBITS CORONARY AUTOREGULATION IN ANESTHETIZED DOGS
Authors: NARISHIGE T EGASHIRA K AKATSUKA Y KATSUDA Y NUMAGUCHI K SAKATA M TAKESHITA A
Citation: T. Narishige et al., GLIBENCLAMIDE, A PUTATIVE ATP-SENSITIVE K+ CHANNEL BLOCKER, INHIBITS CORONARY AUTOREGULATION IN ANESTHETIZED DOGS, Circulation research, 73(4), 1993, pp. 771-776
EVIDENCE SUGGESTING THAT ATP-SENSITIVE POTASSIUM CHANNELS MEDIATE CORONARY AUTOREGULATION
Authors: NARISHIGE T EGASHIRA K NUMAGUCHI K
Citation: T. Narishige et al., EVIDENCE SUGGESTING THAT ATP-SENSITIVE POTASSIUM CHANNELS MEDIATE CORONARY AUTOREGULATION, Circulation, 88(4), 1993, pp. 328-328
Risultati: 1-18 |