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1. ASANO M; MASUZAWAITO K; MATSUDA T; SUZUKI Y; OYAMA H; SHIBUYA M; SUGITA K
   FUNCTIONAL-ROLE OF CHARYBDOTOXIN-SENSITIVE K+ CHANNELS IN THE RESTINGSTATE OF DOG BASILAR ARTERY
   Journal of the autonomic nervous system
   
   M. Asano et al., "FUNCTIONAL-ROLE OF CHARYBDOTOXIN-SENSITIVE K+ CHANNELS IN THE RESTINGSTATE OF DOG BASILAR ARTERY", Journal of the autonomic nervous system, 49, 1994, pp. 190000151-190000155
2. ASANO M; MASUZAWAITO K; MATSUDA T; SUZUKI Y; OYAMA H; SHIBUYA M; SUGITA K
   INCREASED CA2-SENSITIVE K+ CHANNELS IN DOG BASILAR ARTERY( INFLUX IN THE RESTING STATE MAINTAINS THE MYOGENIC TONE AND ACTIVATES CHARYBDOTOXIN)
   Journal of cerebral blood flow and metabolism
   
   M. Asano et al., "INCREASED CA2-SENSITIVE K+ CHANNELS IN DOG BASILAR ARTERY( INFLUX IN THE RESTING STATE MAINTAINS THE MYOGENIC TONE AND ACTIVATES CHARYBDOTOXIN)", Journal of cerebral blood flow and metabolism, 13(6), 1993, pp. 969-977