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Results: 1-15 |
Results: 15
IN-VIVO REGULATION OF CYCLIN A CDC2 AND CYCLIN B/CDC2 THROUGH MEIOTICAND EARLY CLEAVAGE CYCLES IN STARFISH/
Authors: OKANOUCHIDA T SEKIAI T LEE KS OKUMURA E TACHIBANA K KISHIMOTO T
Citation: T. Okanouchida et al., IN-VIVO REGULATION OF CYCLIN A CDC2 AND CYCLIN B/CDC2 THROUGH MEIOTICAND EARLY CLEAVAGE CYCLES IN STARFISH/, Developmental biology, 197(1), 1998, pp. 39-53
INITIAL STEP OF TRANSLOCATION OF THE CYCLIN B P34(CDC2) COMPLEX AT G2/M-PHASE TRANSITION/
Authors: OKUMURA E TACHIBANA K KISHIMOTO T
Citation: E. Okumura et al., INITIAL STEP OF TRANSLOCATION OF THE CYCLIN B P34(CDC2) COMPLEX AT G2/M-PHASE TRANSITION/, Molecular biology of the cell, 7, 1996, pp. 2131-2131
INITIAL TRIGGERING OF M-PHASE IN STARFISH OOCYTES - A POSSIBLE NOVEL COMPONENT OF MATURATION-PROMOTING FACTOR BESIDES CDC2 KINASE
Authors: OKUMURA E SEKIAI T HISANAGA S TACHIBANA K KISHIMOTO T
Citation: E. Okumura et al., INITIAL TRIGGERING OF M-PHASE IN STARFISH OOCYTES - A POSSIBLE NOVEL COMPONENT OF MATURATION-PROMOTING FACTOR BESIDES CDC2 KINASE, The Journal of cell biology, 132(1-2), 1996, pp. 125-135
DEGRADATION OF C-FOS BY THE 26S PROTEASOME IS ACCELERATED BY C-JUN AND MULTIPLE PROTEIN-KINASES
Authors: TSURUMI C ISHIDA N TAMURA T KAKIZUKA A NISHIDA E OKUMURA E KISHIMOTO T INAGAKI M OKAZAKI K SAGATA N ICHIHARA A TANAKA K
Citation: C. Tsurumi et al., DEGRADATION OF C-FOS BY THE 26S PROTEASOME IS ACCELERATED BY C-JUN AND MULTIPLE PROTEIN-KINASES, Molecular and cellular biology, 15(10), 1995, pp. 5682-5687
DEPHOSPHORYLATION OF ABNORMAL SITES OF TAU-FACTOR BY PROTEIN PHOSPHATASES AND ITS IMPLICATION FOR ALZHEIMERS-DISEASE
Authors: ONO T YAMAMOTO H TASHIMA K NAKASHIMA H OKUMURA E YAMADA K HISANAGA SI KISHIMOTO T MIYAKAWA T MIYAMOTO E
Citation: T. Ono et al., DEPHOSPHORYLATION OF ABNORMAL SITES OF TAU-FACTOR BY PROTEIN PHOSPHATASES AND ITS IMPLICATION FOR ALZHEIMERS-DISEASE, Neurochemistry international, 26(3), 1995, pp. 205-215
PHOSPHORYLATION OF MYRISTOYLATED ALANINE-RICH C-KINASE SUBSTRATE (MARCKS) BY PROLINE-DIRECTED PROTEIN-KINASES AND ITS DEPHOSPHORYLATION
Authors: YAMAMOTO H ARAKANE F ONOE T TASHIMA K OKUMURA E YAMADA K HISANAGA SI FUKUNAGA K KISHIMOTO T MIYAMOTO E
Citation: H. Yamamoto et al., PHOSPHORYLATION OF MYRISTOYLATED ALANINE-RICH C-KINASE SUBSTRATE (MARCKS) BY PROLINE-DIRECTED PROTEIN-KINASES AND ITS DEPHOSPHORYLATION, Journal of neurochemistry, 65(2), 1995, pp. 802-809
CYCLIN-B INTERACTION WITH MICROTUBULE-ASSOCIATED PROTEIN-4 (MAP4) TARGETS P34(CDC2) KINASE TO MICROTUBULES AND IS A POTENTIAL REGULATOR OF M-PHASE MICROTUBULE DYNAMICS
Authors: OOKATA K HISANAGA S BULINSKI JC MUROFUSHI H AIZAWA H ITOH TJ HOTANI H OKUMURA E TACHIBANA K KISHIMOTO T
Citation: K. Ookata et al., CYCLIN-B INTERACTION WITH MICROTUBULE-ASSOCIATED PROTEIN-4 (MAP4) TARGETS P34(CDC2) KINASE TO MICROTUBULES AND IS A POTENTIAL REGULATOR OF M-PHASE MICROTUBULE DYNAMICS, The Journal of cell biology, 128(5), 1995, pp. 849-862
EVIDENCE FOR CDK5 AS A MAJOR ACTIVITY PHOSPHORYLATING TAU-PROTEIN IN PORCINE BRAIN EXTRACT
Authors: HOSOI T UCHIYAMA M OKUMURA E SAITO T ISHIGURO K UCHIDA T OKUYAMA A KISHIMOTO T HISANAGA S
Citation: T. Hosoi et al., EVIDENCE FOR CDK5 AS A MAJOR ACTIVITY PHOSPHORYLATING TAU-PROTEIN IN PORCINE BRAIN EXTRACT, Journal of Biochemistry, 117(4), 1995, pp. 741-749
DEPENDENCE OF REMOVAL OF SPERM-SPECIFIC PROTEINS FROM XENOPUS SPERM NUCLEI ON THE PHOSPHORYLATION STATE OF NUCLEOPLASMIN
Authors: OHSUMI K SHIMADA A OKUMURA E KISHIMOTO T KATAGIRI C
Citation: K. Ohsumi et al., DEPENDENCE OF REMOVAL OF SPERM-SPECIFIC PROTEINS FROM XENOPUS SPERM NUCLEI ON THE PHOSPHORYLATION STATE OF NUCLEOPLASMIN, Development, growth & differentiation, 37(3), 1995, pp. 329-336
PHARMACOKINETIC AND CLINICAL PILOT-STUDY OF HIGH-DOSE INTERMITTENT UBENIMEX TREATMENT IN PATIENTS WITH MYELODYSPLASTIC SYNDROME
Authors: UEDA T TOHYAMA K WANO Y TSUTANI H FUKUSHIMA T IWASAKI H URASAKI Y GOTOH N KIMURA S OKUMURA E KAGAWA D NAKAMURA T
Citation: T. Ueda et al., PHARMACOKINETIC AND CLINICAL PILOT-STUDY OF HIGH-DOSE INTERMITTENT UBENIMEX TREATMENT IN PATIENTS WITH MYELODYSPLASTIC SYNDROME, Anticancer research, 14(5B), 1994, pp. 2093-2097
PHOSPHORYLATION OF A PROLINE-DIRECTED KINASE MOTIF IS RESPONSIBLE FORSTRUCTURAL-CHANGES IN MYOGENIN
Authors: HASHIMOTO N OGASHIWA M OKUMURA E ENDO T IWASHITA S KISHIMOTO T
Citation: N. Hashimoto et al., PHOSPHORYLATION OF A PROLINE-DIRECTED KINASE MOTIF IS RESPONSIBLE FORSTRUCTURAL-CHANGES IN MYOGENIN, FEBS letters, 352(2), 1994, pp. 236-242
ELEMENTAL ANALYSIS OF HAIR AMONG CHILDREN LIVING IN BANGKOK, NEGROS ISLAND AND TAKARAZUKA - A COMPARATIVE-STUDY IN 3 COUNTRIES
Authors: OKUMURA E KONO K WATANABE M YOSHIDA Y MEEVATHA V BOONVISUT S
Citation: E. Okumura et al., ELEMENTAL ANALYSIS OF HAIR AMONG CHILDREN LIVING IN BANGKOK, NEGROS ISLAND AND TAKARAZUKA - A COMPARATIVE-STUDY IN 3 COUNTRIES, Journal of medicine, 24(4-5), 1993, pp. 301-310
ASSOCIATION OF P34CDC2 CYCLIN-B COMPLEX WITH MICROTUBULES IN STARFISHOOCYTES/
Authors: OOKATA K HISANAGA S OKUMURA E KISHIMOTO T
Citation: K. Ookata et al., ASSOCIATION OF P34CDC2 CYCLIN-B COMPLEX WITH MICROTUBULES IN STARFISHOOCYTES/, Journal of Cell Science, 105, 1993, pp. 873-881
TAU-PROTEIN KINASE-II HAS A SIMILAR CHARACTERISTIC TO CDC2 KINASE FORPHOSPHORYLATING NEUROFILAMENT PROTEINS
Authors: HISANAGA S ISHIGURO K UCHIDA T OKUMURA E OKANO T KISHIMOTO T
Citation: S. Hisanaga et al., TAU-PROTEIN KINASE-II HAS A SIMILAR CHARACTERISTIC TO CDC2 KINASE FORPHOSPHORYLATING NEUROFILAMENT PROTEINS, The Journal of biological chemistry, 268(20), 1993, pp. 5056-5060
PHOSPHORYLATION OF SYNTHETIC VIMENTIN PEPTIDES BY CDC2 KINASE
Authors: ANDO S TSUJIMURA K MATSUOKA Y TOKUI T HISANAGA S OKUMURA E UCHIYAMA M KISHIMOTO T YASUDA H INAGAKI M
Citation: S. Ando et al., PHOSPHORYLATION OF SYNTHETIC VIMENTIN PEPTIDES BY CDC2 KINASE, Biochemical and biophysical research communications, 195(2), 1993, pp. 837-843
Risultati: 1-15 |