AAAAAA

   
Results: 1-10 |
Results: 10
THE CHROMATIN UNFOLDING DOMAIN OF CHROMOSOMAL PROTEIN HMG-14 TARGETS THE N-TERMINAL TAIL OF HISTONE H3 IN NUCLEOSOMES (VOL 95, PG 5468, 1998)
Authors: TRIESCHMANN L MARTIN B BUSTIN M
Citation: L. Trieschmann et al., THE CHROMATIN UNFOLDING DOMAIN OF CHROMOSOMAL PROTEIN HMG-14 TARGETS THE N-TERMINAL TAIL OF HISTONE H3 IN NUCLEOSOMES (VOL 95, PG 5468, 1998), Proceedings of the National Academy of Sciences of the United Statesof America, 95(15), 1998, pp. 9059-9059
THE CHROMATIN UNFOLDING DOMAIN OF CHROMOSOMAL PROTEIN HMG-14 TARGETS THE N-TERMINAL TAIL OF HISTONE H3 IN NUCLEOSOMES
Authors: TRIESCHMANN L MARTIN B BUSTIN M
Citation: L. Trieschmann et al., THE CHROMATIN UNFOLDING DOMAIN OF CHROMOSOMAL PROTEIN HMG-14 TARGETS THE N-TERMINAL TAIL OF HISTONE H3 IN NUCLEOSOMES, Proceedings of the National Academy of Sciences of the United Statesof America, 95(10), 1998, pp. 5468-5473
ENHANCEMENT OF THE TRANSCRIPTION POTENTIAL OF NASCENT CHROMATIN BY CHROMOSOMAL-PROTEINS HMG-14 -17 IS COUPLED TO NUCLEOSOME ASSEMBLY AND NOT DNA-SYNTHESIS/
Authors: WEIGMANN N TRIESCHMANN L BUSTIN M
Citation: N. Weigmann et al., ENHANCEMENT OF THE TRANSCRIPTION POTENTIAL OF NASCENT CHROMATIN BY CHROMOSOMAL-PROTEINS HMG-14 -17 IS COUPLED TO NUCLEOSOME ASSEMBLY AND NOT DNA-SYNTHESIS/, DNA and cell biology, 16(10), 1997, pp. 1207-1216
THE HISTONE H1 GENES OF THE DIPTERAN INSECT, CHIRONOMUS-THUMMI, FALL UNDER 2 DIVERGENT CLASSES AND ENCODE PROTEINS WITH DISTINCT INTRANUCLEAR DISTRIBUTION AND POTENTIALLY DIFFERENT FUNCTIONS
Authors: TRIESCHMANN L SCHULZE E SCHULZE B GROSSBACH U
Citation: L. Trieschmann et al., THE HISTONE H1 GENES OF THE DIPTERAN INSECT, CHIRONOMUS-THUMMI, FALL UNDER 2 DIVERGENT CLASSES AND ENCODE PROTEINS WITH DISTINCT INTRANUCLEAR DISTRIBUTION AND POTENTIALLY DIFFERENT FUNCTIONS, European journal of biochemistry, 250(1), 1997, pp. 184-196
THE HMG-14 -17 CHROMOSOMAL PROTEIN FAMILY - ARCHITECTURAL ELEMENTS THAT ENHANCE TRANSCRIPTION FROM CHROMATIN TEMPLATES/
Authors: BUSTIN M TRIESCHMANN L POSTNIKOV YV
Citation: M. Bustin et al., THE HMG-14 -17 CHROMOSOMAL PROTEIN FAMILY - ARCHITECTURAL ELEMENTS THAT ENHANCE TRANSCRIPTION FROM CHROMATIN TEMPLATES/, Seminars in cell biology, 6(4), 1995, pp. 247-255
MODULAR STRUCTURE OF CHROMOSOMAL-PROTEINS HMG-14 AND HMG-17 - DEFINITION OF A TRANSCRIPTIONAL ENHANCEMENT DOMAIN DISTINCT FROM THE NUCLEOSOMAL BINDING DOMAIN
Authors: TRIESCHMANN L POSTNIKOV YV RICKERS A BUSTIN M
Citation: L. Trieschmann et al., MODULAR STRUCTURE OF CHROMOSOMAL-PROTEINS HMG-14 AND HMG-17 - DEFINITION OF A TRANSCRIPTIONAL ENHANCEMENT DOMAIN DISTINCT FROM THE NUCLEOSOMAL BINDING DOMAIN, Molecular and cellular biology, 15(12), 1995, pp. 6663-6669
INCORPORATION OF CHROMOSOMAL-PROTEINS HMG-14 HMG-17 INTO NASCENT NUCLEOSOMES INDUCES AN EXTENDED CHROMATIN CONFORMATION AND ENHANCES THE UTILIZATION OF ACTIVE TRANSCRIPTION COMPLEXES/
Authors: TRIESCHMANN L ALFONSO PJ CRIPPA MP WOLFFE AP BUSTIN M
Citation: L. Trieschmann et al., INCORPORATION OF CHROMOSOMAL-PROTEINS HMG-14 HMG-17 INTO NASCENT NUCLEOSOMES INDUCES AN EXTENDED CHROMATIN CONFORMATION AND ENHANCES THE UTILIZATION OF ACTIVE TRANSCRIPTION COMPLEXES/, EMBO journal, 14(7), 1995, pp. 1478-1489
HOMODIMERS OF CHROMOSOMAL-PROTEINS HMG-14 AND HMG-17 IN NUCLEOSOME CORES
Authors: POSTNIKOV YV TRIESCHMANN L RICKERS A BUSTIN M
Citation: Yv. Postnikov et al., HOMODIMERS OF CHROMOSOMAL-PROTEINS HMG-14 AND HMG-17 IN NUCLEOSOME CORES, Journal of Molecular Biology, 252(4), 1995, pp. 423-432
HIGH-MOBILITY GROUP PROTEINS HMG-14 17 ENHANCE TRANSCRIPTION OF CHROMATIN/
Authors: TRIESCHMANN L CRIPPA MP ALFONSO PJ WOLFFE AP BUSTIN M
Citation: L. Trieschmann et al., HIGH-MOBILITY GROUP PROTEINS HMG-14 17 ENHANCE TRANSCRIPTION OF CHROMATIN/, The FASEB journal, 8(7), 1994, pp. 10001271-10001271
DEPOSITION OF CHROMOSOMAL PROTEIN HMG-17 DURING REPLICATION AFFECTS THE NUCLEOSOMAL LADDER AND TRANSCRIPTIONAL POTENTIAL OF NASCENT CHROMATIN
Authors: CRIPPA MP TRIESCHMANN L ALFONSO PJ WOLFFE AP BUSTIN M
Citation: Mp. Crippa et al., DEPOSITION OF CHROMOSOMAL PROTEIN HMG-17 DURING REPLICATION AFFECTS THE NUCLEOSOMAL LADDER AND TRANSCRIPTIONAL POTENTIAL OF NASCENT CHROMATIN, EMBO journal, 12(10), 1993, pp. 3855-3864
Risultati: 1-10 |