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Results: 1-11 |
Results: 11
NITRIC-OXIDE ACTIVATES K-ATT CHANNELS DURING CHRONIC MYOCARDIAL HYPOXIA
Authors: CONTNEY SJ BAKER JE GROSS GJ BOSNIAK ZJ
Citation: Sj. Contney et al., NITRIC-OXIDE ACTIVATES K-ATT CHANNELS DURING CHRONIC MYOCARDIAL HYPOXIA, The FASEB journal, 12(5), 1998, pp. 4141-4141
REVERSAL OF HYPOTHERMIA-INDUCED ACTION-POTENTIAL LENGTHENING BY THE K-ATP CHANNEL AGONIST BIMAKALIM IN ISOLATED GUINEA-PIG VENTRICULAR MUSCLE
Authors: LATHROP DA CONTNEY SJ BOSNJAK ZJ STOWE DF
Citation: Da. Lathrop et al., REVERSAL OF HYPOTHERMIA-INDUCED ACTION-POTENTIAL LENGTHENING BY THE K-ATP CHANNEL AGONIST BIMAKALIM IN ISOLATED GUINEA-PIG VENTRICULAR MUSCLE, General pharmacology, 31(1), 1998, pp. 125-131
NITRIC-OXIDE ACTIVATES THE K-ATP CHANNEL VIA GUANYLYL CYCLASE IN A RABBIT MODEL OF CHRONIC MYOCARDIAL HYPOXIA
Authors: BAKER JE CONTNEY SJ SINGH RJ KALYANARAMAN B GROSS GJ BOSNJAK ZJ
Citation: Je. Baker et al., NITRIC-OXIDE ACTIVATES THE K-ATP CHANNEL VIA GUANYLYL CYCLASE IN A RABBIT MODEL OF CHRONIC MYOCARDIAL HYPOXIA, Circulation, 98(17), 1998, pp. 1754-1754
HYPOTHERMIA INDUCED ACTION-POTENTIAL CHANGES ARE REVERSIBLE BY THE K-ATP ACTIVATOR BIMAKALIM IN ISOLATED GUINEA-PIG VENTRICULAR MUSCLE
Authors: CONTNEY SJ LATHROP DA BOSNJAK ZJ STOWE DF
Citation: Sj. Contney et al., HYPOTHERMIA INDUCED ACTION-POTENTIAL CHANGES ARE REVERSIBLE BY THE K-ATP ACTIVATOR BIMAKALIM IN ISOLATED GUINEA-PIG VENTRICULAR MUSCLE, The FASEB journal, 11(3), 1997, pp. 3040-3040
ROLE OF K-ATP CHANNELS ON ACTION-POTENTIAL CHARACTERISTICS IN A RABBIT MODEL OF CHRONIC MYOCARDIAL HYPOXIA
Authors: BAKER JE CONTNEY SJ GROSS GJ BOSNJAK ZJ
Citation: Je. Baker et al., ROLE OF K-ATP CHANNELS ON ACTION-POTENTIAL CHARACTERISTICS IN A RABBIT MODEL OF CHRONIC MYOCARDIAL HYPOXIA, Journal of the American College of Cardiology, 29(2), 1997, pp. 95839-95839
K-ATP CHANNEL ACTIVATION IN A RABBIT MODEL OF CHRONIC MYOCARDIAL HYPOXIA
Authors: BAKER JE CONTNEY SJ GROSS GJ BOSNJAK ZJ
Citation: Je. Baker et al., K-ATP CHANNEL ACTIVATION IN A RABBIT MODEL OF CHRONIC MYOCARDIAL HYPOXIA, Journal of Molecular and Cellular Cardiology, 29(2), 1997, pp. 845-848
ELECTROPHYSIOLOGIC EFFECTS OF EO47 1 ON PURKINJE-FIBERS FROM NORMAL AND INFARCTED CANINE HEARTS/
Authors: BOSNJAK ZJ TURNER LA CONTNEY SJ KULIER A
Citation: Zj. Bosnjak et al., ELECTROPHYSIOLOGIC EFFECTS OF EO47 1 ON PURKINJE-FIBERS FROM NORMAL AND INFARCTED CANINE HEARTS/, The FASEB journal, 9(3), 1995, pp. 602-602
EFFECTS OF SEVOFLURANE ON IN-SITU SMOOTH-MUSCLE TRANSMEMBRANE POTENTIALS (E(M)) IN DENERVATED SMALL BLOOD-VESSELS
Authors: STEKIEL TA CONTNEY SJ STEKIEL WJ YAMAZAKI M BOSNJAK ZJ KAMPINE JP
Citation: Ta. Stekiel et al., EFFECTS OF SEVOFLURANE ON IN-SITU SMOOTH-MUSCLE TRANSMEMBRANE POTENTIALS (E(M)) IN DENERVATED SMALL BLOOD-VESSELS, Anesthesiology, 83(3A), 1995, pp. 664-664
ALTERED BETA-RECEPTOR CONTROL OF INSITU MEMBRANE-POTENTIAL IN HYPERTENSIVE RATS
Authors: STEKIEL WJ CONTNEY SJ RUSCH NJ
Citation: Wj. Stekiel et al., ALTERED BETA-RECEPTOR CONTROL OF INSITU MEMBRANE-POTENTIAL IN HYPERTENSIVE RATS, Hypertension, 21(6), 1993, pp. 1005-1009
THE DIFFERENTIAL-EFFECTS OF HALOTHANE AND ISOFLURANE ON THE IN-SITU TRANSMEMBRANE POTENTIAL (EM) OF VASCULAR SMOOTH-MUSCLE (VSM)
Authors: STEKIEL TA CONTNEY SJ STEKIEL WJ BOSNJAK ZJ KAMPINE JP
Citation: Ta. Stekiel et al., THE DIFFERENTIAL-EFFECTS OF HALOTHANE AND ISOFLURANE ON THE IN-SITU TRANSMEMBRANE POTENTIAL (EM) OF VASCULAR SMOOTH-MUSCLE (VSM), Anesthesiology, 79(3A), 1993, pp. 10000604-10000604
HYPERPOLARIZATION OF IN-SITU RAT SAPHENOUS-VEIN IN RESPONSE TO AXIAL STRETCH
Authors: MONOS E CONTNEY SJ DORNYEI G COWLEY AW STEKIEL WJ
Citation: E. Monos et al., HYPERPOLARIZATION OF IN-SITU RAT SAPHENOUS-VEIN IN RESPONSE TO AXIAL STRETCH, The American journal of physiology, 265(3), 1993, pp. 80000857-80000861
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