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1. TANAKA Y; ISHIRO H; NAKAZAWA T; SAITO M; ISHII K; NAKAYAMA K
   POTENTIATION BY ENDOTHELIN-1 OF CA2-TYPE CA2+ CHANNELS IN THE CANINE CEREBRAL-ARTERY( SENSITIVITY OF CONTRACTILE ELEMENTS DEPENDS ON CA2+ INFLUX THROUGH L)
   General pharmacology
   
   Y. Tanaka et al., "POTENTIATION BY ENDOTHELIN-1 OF CA2-TYPE CA2+ CHANNELS IN THE CANINE CEREBRAL-ARTERY( SENSITIVITY OF CONTRACTILE ELEMENTS DEPENDS ON CA2+ INFLUX THROUGH L)", General pharmacology, 26(4), 1995, pp. 855-864
2. ASANO M; MATSUDA T; HAYAKAWA M; ITO KM; ITO K
   INCREASED RESTING CA2+ MAINTAINS THE MYOGENIC TONE AND ACTIVATES K+ CHANNELS IN ARTERIES FROM YOUNG SPONTANEOUSLY HYPERTENSIVE RATS
   European journal of pharmacology. Molecular pharmacology section
   
   M. Asano et al., "INCREASED RESTING CA2+ MAINTAINS THE MYOGENIC TONE AND ACTIVATES K+ CHANNELS IN ARTERIES FROM YOUNG SPONTANEOUSLY HYPERTENSIVE RATS", European journal of pharmacology. Molecular pharmacology section, 247(3), 1993, pp. 295-304