Authors:
KANEIISHII C
TANIKAWA J
NAKAI A
MORIMOTO RI
ISHII S
Citation: C. Kaneiishii et al., ACTIVATION OF HEAT-SHOCK TRANSCRIPTION FACTOR-3 BY C-MYB IN THE ABSENCE OF CELLULAR STRESS, Science, 277(5323), 1997, pp. 246-248
Authors:
OGATA K
KANEIISHII C
SASAKI M
HATANAKA H
NAGADOI A
ENARI M
NAKAMURA H
NISHIMURA Y
ISHII S
SARAI A
Citation: K. Ogata et al., THE CAVITY IN THE HYDROPHOBIC CORE OF MYB DNA-BINDING DOMAIN IS RESERVED FOR DNA RECOGNITION AND TRANSACTIVATION, Nature structural biology, 3(2), 1996, pp. 178-187
Authors:
YASUKAWA T
KANEIISHII C
MAEKAWA T
FUJIMOTO J
YAMAMOTO T
ISHII S
Citation: T. Yasukawa et al., INCREASE OF SOLUBILITY OF FOREIGN PROTEINS IN ESCHERICHIA-COLI BY COPRODUCTION OF THE BACTERIAL THIOREDOXIN, The Journal of biological chemistry, 270(43), 1995, pp. 25328-25331
Authors:
MIZUGUCHI G
KANEIISHII C
TAKAHASHI T
YASUKAWA T
NAGASE T
HORIKOSHI M
YAMAMOTO T
ISHII S
Citation: G. Mizuguchi et al., C-MYB REPRESSION OF C-ERBB-2 TRANSCRIPTION BY DIRECT BINDING TO THE C-ERBB-2 PROMOTER, The Journal of biological chemistry, 270(16), 1995, pp. 9384-9389
Authors:
KANEIISHII C
YASUKAWA T
MORIMOTO RI
ISHII S
Citation: C. Kaneiishii et al., C-MYB-INDUCED TRANSACTIVATION MEDIATED BY HEAT-SHOCK ELEMENTS WITHOUTSEQUENCE-SPECIFIC DNA-BINDING OF C-MYB, The Journal of biological chemistry, 269(22), 1994, pp. 15768-15775
Authors:
MIZUGUCHI G
KANEIISHII C
SAWAZAKI T
HORIKOSHI M
ROEDER RG
YAMAMOTO T
ISHII S
Citation: G. Mizuguchi et al., INDEPENDENT CONTROL OF TRANSCRIPTION INITIATIONS FROM 2 SITES BY AN INITIATOR-LIKE ELEMENT AND TATA BOX IN THE HUMAN C-ERBB-2 PROMOTER, FEBS letters, 348(1), 1994, pp. 80-88
Authors:
NOMURA T
SAKAI N
SARAI A
SUDO T
KANEIISHII C
RAMSAY RG
FAVIER D
GONDA TJ
ISHII S
Citation: T. Nomura et al., NEGATIVE AUTOREGULATION OF C-MYB ACTIVITY BY HOMODIMER FORMATION THROUGH THE LEUCINE-ZIPPER, The Journal of biological chemistry, 268(29), 1993, pp. 21914-21923
Authors:
KANEIISHII C
MACMILLAN EM
NOMURA T
SARAI A
RAMSAY RG
AIMOTO S
ISHII S
GONDA TJ
Citation: C. Kaneiishii et al., TRANSACTIVATION AND TRANSFORMATION BY MYB ARE NEGATIVELY REGULATED BYA LEUCINE-ZIPPER STRUCTURE, Proceedings of the National Academy of Sciences of the United Statesof America, 89(7), 1992, pp. 3088-3092