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Results: 1-16 |
Results: 16
THE GENOMIC SEQUENCES BOUND TO SPECIAL AT-RICH SEQUENCE-BINDING PROTEIN-1 (SATB1) IN-VIVO IN JURKAT T-CELLS ARE TIGHTLY ASSOCIATED WITH THENUCLEAR MATRIX AT THE BASES OF THE CHROMATIN LOOPS
Authors: DEBELLE I CAI ST KOHWISHIGEMATSU T
Citation: I. Debelle et al., THE GENOMIC SEQUENCES BOUND TO SPECIAL AT-RICH SEQUENCE-BINDING PROTEIN-1 (SATB1) IN-VIVO IN JURKAT T-CELLS ARE TIGHTLY ASSOCIATED WITH THENUCLEAR MATRIX AT THE BASES OF THE CHROMATIN LOOPS, The Journal of cell biology, 141(2), 1998, pp. 335-348
STRESS-INDUCED DUPLEX DNA DESTABILIZATION IN SCAFFOLD MATRIX ATTACHMENT REGIONS/
Authors: BENHAM C KOHWISHIGEMATSU T BODE J
Citation: C. Benham et al., STRESS-INDUCED DUPLEX DNA DESTABILIZATION IN SCAFFOLD MATRIX ATTACHMENT REGIONS/, Journal of Molecular Biology, 274(2), 1997, pp. 181-196
AN ATYPICAL HOMEODOMAIN IN SATB1 PROMOTES SPECIFIC RECOGNITION OF THEKEY STRUCTURAL ELEMENT IN A MATRIX ATTACHMENT REGION
Authors: DICKINSON LA DICKINSON CD KOHWISHIGEMATSU T
Citation: La. Dickinson et al., AN ATYPICAL HOMEODOMAIN IN SATB1 PROMOTES SPECIFIC RECOGNITION OF THEKEY STRUCTURAL ELEMENT IN A MATRIX ATTACHMENT REGION, The Journal of biological chemistry, 272(17), 1997, pp. 11463-11470
ASSOCIATION OF NUCLEAR MATRIX PROTEINS WITH GRANULAR AND THREADED NUCLEAR-BODIES IN CELL-LINES UNDERGOING APOPTOSIS
Authors: ZWEYER M RIEDERER BM OCHS RL FACKELMAYER FO KOHWISHIGEMATSU T BAREGGI R NARDUCCI P MARTELLI AM
Citation: M. Zweyer et al., ASSOCIATION OF NUCLEAR MATRIX PROTEINS WITH GRANULAR AND THREADED NUCLEAR-BODIES IN CELL-LINES UNDERGOING APOPTOSIS, Experimental cell research, 230(2), 1997, pp. 325-336
SUBNUCLEAR LOCALIZATION OF S MAR-BINDING PROTEINS IS DIFFERENTLY AFFECTED BY IN-VITRO STABILIZATION WITH HEAT OR CU2+/
Authors: NERI LM FACKELMAYER FO ZWEYER M KOHWISHIGEMATSU T MARTELLI AM
Citation: Lm. Neri et al., SUBNUCLEAR LOCALIZATION OF S MAR-BINDING PROTEINS IS DIFFERENTLY AFFECTED BY IN-VITRO STABILIZATION WITH HEAT OR CU2+/, Chromosoma, 106(2), 1997, pp. 81-93
A THYMOCYTE FACTOR SATB1 SUPPRESSES TRANSCRIPTION OF STABLY INTEGRATED MATRIX-ATTACHMENT REGION-LINKED REPORTER GENES
Authors: KOHWISHIGEMATSU T MAASS K BODE J
Citation: T. Kohwishigematsu et al., A THYMOCYTE FACTOR SATB1 SUPPRESSES TRANSCRIPTION OF STABLY INTEGRATED MATRIX-ATTACHMENT REGION-LINKED REPORTER GENES, Biochemistry, 36(40), 1997, pp. 12005-12010
THE MAR (MATRIX ATTACHMENT REGION)-BINDING PROTEIN SATB1 IN THE THYMOCYTE APOPTOSIS AND T-CELL DEVELOPMENT
Authors: KOHWISHIGEMATSU T
Citation: T. Kohwishigematsu, THE MAR (MATRIX ATTACHMENT REGION)-BINDING PROTEIN SATB1 IN THE THYMOCYTE APOPTOSIS AND T-CELL DEVELOPMENT, Molecular biology of the cell, 7, 1996, pp. 27-27
CONTRASTING EFFECTS OF THE SATB1 CORE NUCLEAR MATRIX ATTACHMENT REGION AND FLANKING SEQUENCES OF THE KERATIN-18 GENE IN TRANSGENIC MICE
Authors: NEZNANOV N KOHWISHIGEMATSU T OSHIMA RG
Citation: N. Neznanov et al., CONTRASTING EFFECTS OF THE SATB1 CORE NUCLEAR MATRIX ATTACHMENT REGION AND FLANKING SEQUENCES OF THE KERATIN-18 GENE IN TRANSGENIC MICE, Molecular biology of the cell, 7(4), 1996, pp. 541-552
A MATRIX ATTACHMENT REGION (MAR)-BINDING ACTIVITY DUE TO A P114 KILODALTON PROTEIN IS FOUND ONLY IN HUMAN BREAST CARCINOMAS AND NOT IN NORMAL AND BENIGN BREAST DISEASE TISSUES
Authors: YANAGISAWA J ANDO J NAKAYAMA J KOHWI Y KOHWISHIGEMATSU T
Citation: J. Yanagisawa et al., A MATRIX ATTACHMENT REGION (MAR)-BINDING ACTIVITY DUE TO A P114 KILODALTON PROTEIN IS FOUND ONLY IN HUMAN BREAST CARCINOMAS AND NOT IN NORMAL AND BENIGN BREAST DISEASE TISSUES, Cancer research, 56(3), 1996, pp. 457-462
INSULATION OF A HETEROLOGOUS GENE IN TRANSGENIC MICE BY SEQUENCES FLANKING THE K18 GENE BUT NOT BY SATB1 BINDING-SITES
Authors: OSHIMA RG NEZANOV N KOHWISHIGEMATSU T
Citation: Rg. Oshima et al., INSULATION OF A HETEROLOGOUS GENE IN TRANSGENIC MICE BY SEQUENCES FLANKING THE K18 GENE BUT NOT BY SATB1 BINDING-SITES, Journal of cellular biochemistry, 1995, pp. 162-162
NUCLEOLIN IS A MATRIX ATTACHMENT REGION DNA-BINDING PROTEIN THAT SPECIFICALLY RECOGNIZES A REGION WITH HIGH BASE-UNPAIRING POTENTIAL
Authors: DICKINSON LA KOHWISHIGEMATSU T
Citation: La. Dickinson et T. Kohwishigematsu, NUCLEOLIN IS A MATRIX ATTACHMENT REGION DNA-BINDING PROTEIN THAT SPECIFICALLY RECOGNIZES A REGION WITH HIGH BASE-UNPAIRING POTENTIAL, Molecular and cellular biology, 15(1), 1995, pp. 456-465
A NOVEL MATRIX ATTACHMENT REGION DNA-BINDING MOTIF IDENTIFIED USING ARANDOM PHAGE PEPTIDE LIBRARY
Authors: WANG BC DICKINSON LA KOIVUNEN E RUOSLAHTI E KOHWISHIGEMATSU T
Citation: Bc. Wang et al., A NOVEL MATRIX ATTACHMENT REGION DNA-BINDING MOTIF IDENTIFIED USING ARANDOM PHAGE PEPTIDE LIBRARY, The Journal of biological chemistry, 270(40), 1995, pp. 23239-23242
A NOVEL DNA-BINDING MOTIF IN THE NUCLEAR MATRIX ATTACHMENT DNA-BINDING PROTEIN SATB1
Authors: NAKAGOMI K KOHWI Y DICKINSON LA KOHWISHIGEMATSU T
Citation: K. Nakagomi et al., A NOVEL DNA-BINDING MOTIF IN THE NUCLEAR MATRIX ATTACHMENT DNA-BINDING PROTEIN SATB1, Molecular and cellular biology, 14(3), 1994, pp. 1852-1860
THE NON-B-DNA STRUCTURE OF D(CA TG)N DIFFERS FROM THAT OF Z-DNA/
Authors: KLADDE MP KOHWI Y KOHWISHIGEMATSU T GORSKI J
Citation: Mp. Kladde et al., THE NON-B-DNA STRUCTURE OF D(CA TG)N DIFFERS FROM THAT OF Z-DNA/, Proceedings of the National Academy of Sciences of the United Statesof America, 91(5), 1994, pp. 1898-1902
A SINGLE TRINUCLEOTIDE, 5'AGC3' 5'GCT3', OF THE TRIPLET-REPEAT DISEASE GENES CONFERS METAL ION-INDUCED NON-B DNA-STRUCTURE/
Authors: KOHWI Y WANG H KOHWISHIGEMATSU T
Citation: Y. Kohwi et al., A SINGLE TRINUCLEOTIDE, 5'AGC3' 5'GCT3', OF THE TRIPLET-REPEAT DISEASE GENES CONFERS METAL ION-INDUCED NON-B DNA-STRUCTURE/, Nucleic acids research, 21(24), 1993, pp. 5651-5655
STRUCTURAL POLYMORPHISM OF HOMOPURINE HOMOPYRIMIDINE SEQUENCES AT NEUTRAL PH
Authors: KOHWI Y KOHWISHIGEMATSU T
Citation: Y. Kohwi et T. Kohwishigematsu, STRUCTURAL POLYMORPHISM OF HOMOPURINE HOMOPYRIMIDINE SEQUENCES AT NEUTRAL PH, Journal of Molecular Biology, 231(4), 1993, pp. 1090-1101
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