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1. Kondo, RP; Wang, SY; John, SA; Weiss, JN; Goldhaber, JI
   Metabolic inhibition activates a non selective current through connexin hemichannels in isolated ventricular myocytes
   JOURNAL OF MOLECULAR AND CELLULAR CARDIOLOGY
   
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2. BILLMAN GE; ENGLERT HC; SCHOLKENS BA
   HMR-1883, A NOVEL CARDIOSELECTIVE INHIBITOR OF THE ATP-SENSITIVE POTASSIUM CHANNEL - PART II - EFFECTS ON SUSCEPTIBILITY TO VENTRICULAR-FIBRILLATION INDUCED BY MYOCARDIAL-ISCHEMIA IN CONSCIOUS DOGS
   The Journal of pharmacology and experimental therapeutics
   
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3. SHIVKUMAR K; DEUTSCH NA; LAMP ST; KHUU K; GOLDHABER JI; WEISS JN
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4. HIRAOKA M
   PATHOPHYSIOLOGICAL FUNCTIONS OF ATP-SENSITIVE K-ISCHEMIA( CHANNELS INMYOCARDIAL)
   Japanese Heart Journal
   
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5. KANDA A; WATANABE I; WILLIAMS ML; ENGLE CL; LI S; KOCH GG; GETTES LS
   UNANTICIPATED LESSENING OF THE RISE IN EXTRACELLULAR POTASSIUM DURINGISCHEMIA BY PINACIDIL
   Circulation
   
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6. SHAW RM; RUDY Y
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   Cardiovascular Research
   
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7. MUNCHELLINGSEN J; BUGGE E; YTREHUS K
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   Basic research in cardiology
   
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8. YAN GX; CHEN J; YAMADA KA; KLEBER AG; CORR PB
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9. FORESTIER C; PIERRARD J; VIVAUDOU M
   MECHANISM OF ACTION OF K CHANNEL OPENERS ON SKELETAL-MUSCLE K-ATP CHANNELS - INTERACTIONS WITH NUCLEOTIDES AND PROTONS
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10. FERRERO JM; SAIZ J; FERRERO JM; THAKOR NV
    SIMULATION OF ACTION-POTENTIALS FROM METABOLICALLY IMPAIRED CARDIAC MYOCYTES - ROLE OF ATP-SENSITIVE K+ CURRENT
    Circulation research
    
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11. REES SA; CURTIS MJ
    PHARMACOLOGICAL ANALYSIS IN RAT OF THE ROLE OF THE ATP-SENSITIVE POTASSIUM CHANNEL AS A POTENTIAL TARGET FOR ANTIFIBRILLATORY INTERVENTION IN ACUTE MYOCARDIAL-ISCHEMIA
    Journal of cardiovascular pharmacology
    
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12. SAWANOBORI T; ADANIYA H; YUKISADA H; HIRAOKA M
    ROLE FOR ATP-SENSITIVE K-V BLOCK DURING HYPOXIA( CHANNEL IN THE DEVELOPMENT OF A)
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13. MELLEMKJAER S; NIELSENKUDSK JE
    EFFECTS OF LEVCROMAKALIM AND GLIBENCLAMIDE ON PACED GUINEA-PIG ATRIALSTRIPS EXPOSED TO HYPOXIA
    European journal of pharmacology
    
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14. WANG DW; SATO T; ARITA M
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    Cardiovascular Research
    
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15. DELORENZI F; CAI SF; SCHANNE OF; PETRICH ER
    PARTIAL CONTRIBUTION OF THE ATP-SENSITIVE K+ CURRENT TO THE EFFECTS OF MILD METABOLIC DEPRESSION IN RABBIT MYOCARDIUM
    Molecular and cellular biochemistry
    
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16. FINDLAY I
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18. FINDLAY I
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    Cardiovascular Research
    
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19. BILLMAN GE
    ROLE OF ATP-SENSITIVE POTASSIUM CHANNEL IN EXTRACELLULAR POTASSIUM ACCUMULATION AND CARDIAC-ARRHYTHMIAS DURING MYOCARDIAL-ISCHEMIA
    Cardiovascular Research
    
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20. JAHANGIR A; TERZIC A; KURACHI Y
    INTRACELLULAR ACIDIFICATION AND ADP ENHANCE NICORANDIL INDUCTION OF ATP-SENSITIVE POTASSIUM CHANNEL CURRENT IN CARDIOMYOCYTES
    Cardiovascular Research
    
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21. JIANG CW; MOCHIZUKI S; POOLEWILSON PA; HARDING SE; MACLEOD KT
    EFFECT OF LEMAKALIM ON ACTION-POTENTIALS, INTRACELLULAR CALCIUM, AND CONTRACTION IN GUINEA-PIG AND HUMAN CARDIAC MYOCYTES
    Cardiovascular Research
    
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22. COLE W; AEILLO EA
    THERAPEUTIC MODULATION OF ATP-SENSITIVE POTASSIUM CHANNELS IN ISCHEMIA
    Cardiovascular Research
    
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23. DEUTSCH N; WEISS JN
    TRYPSIN ON CARDIAC ATP-SENSITIVE K+ CHANNELS
    The American journal of physiology
    
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24. KUBOTA I; YAMAKI M; SHIBATA T; IKENO E; HOSOYA Y; TOMOIKE H
    ROLE OF ATP-SENSITIVE K-ISCHEMIA - A STUDY ON EPICARDIAL MAPPING IN DOGS( CHANNEL ON ECG ST SEGMENT ELEVATION DURING A BOUT OF MYOCARDIAL)
    Circulation
    
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25. MCPHERSON CD; PIERCE GN; COLE WC
    ISCHEMIC CARDIOPROTECTION BY ATP-SENSITIVE K-ENERGY PHOSPHATE PRESERVATION( CHANNELS INVOLVES HIGH)
    The American journal of physiology
    
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