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Results: 1-11 |
Results: 11
PROTEIN FOOTPRINTING REVEALS SPECIFIC BINDING MODES OF A HIGH-MOBILITY GROUP PROTEIN-I TO DNAS OF DIFFERENT CONFORMATION
Authors: FRANK O SCHWANBECK R WISNIEWSKI JR
Citation: O. Frank et al., PROTEIN FOOTPRINTING REVEALS SPECIFIC BINDING MODES OF A HIGH-MOBILITY GROUP PROTEIN-I TO DNAS OF DIFFERENT CONFORMATION, The Journal of biological chemistry, 273(32), 1998, pp. 20015-20020
CDC2, AND MITOGEN-ACTIVATED PROTEIN-KINASES MODULATE DNA-BINDING PROPERTIES OF THE PUTATIVE TRANSCRIPTIONAL REGULATOR CHIRONOMUS HIGH-MOBILITY GROUP PROTEIN-I
Authors: SCHWANBECK R WISNIEWSKI JR
Citation: R. Schwanbeck et Jr. Wisniewski, CDC2, AND MITOGEN-ACTIVATED PROTEIN-KINASES MODULATE DNA-BINDING PROPERTIES OF THE PUTATIVE TRANSCRIPTIONAL REGULATOR CHIRONOMUS HIGH-MOBILITY GROUP PROTEIN-I, The Journal of biological chemistry, 272(43), 1997, pp. 27476-27483
CONFORMATIONAL-CHANGES OF DNA INDUCED BY BINDING OF CHIRONOMUS HIGH-MOBILITY GROUP PROTEIN 1A (CHMG1A) - REGIONS FLANKING AN HMG1 BOX DOMAIN DO NOT INFLUENCE THE BEND ANGLE OF THE DNA
Authors: HEYDUK E HEYDUK T CLAUS P WISNIEWSKI JR
Citation: E. Heyduk et al., CONFORMATIONAL-CHANGES OF DNA INDUCED BY BINDING OF CHIRONOMUS HIGH-MOBILITY GROUP PROTEIN 1A (CHMG1A) - REGIONS FLANKING AN HMG1 BOX DOMAIN DO NOT INFLUENCE THE BEND ANGLE OF THE DNA, The Journal of biological chemistry, 272(32), 1997, pp. 19763-19770
STRUCTURAL AND FUNCTIONAL CONSEQUENCES OF MUTATIONS WITHIN THE HYDROPHOBIC CORES OF THE HMG1-BOX DOMAIN OF THE CHIRONOMUS HIGH-MOBILITY-GROUP PROTEIN 1A
Authors: WISNIEWSKI JR HESSLER K CLAUS P ZECHEL K
Citation: Jr. Wisniewski et al., STRUCTURAL AND FUNCTIONAL CONSEQUENCES OF MUTATIONS WITHIN THE HYDROPHOBIC CORES OF THE HMG1-BOX DOMAIN OF THE CHIRONOMUS HIGH-MOBILITY-GROUP PROTEIN 1A, European journal of biochemistry, 243(1-2), 1997, pp. 151-159
HIGH-MOBILITY GROUP PROTEINS CHMG1A, CHMG1B, AND CHMGI ARE DISTINCTLYDISTRIBUTED IN CHROMOSOMES AND DIFFERENTIALLY EXPRESSED DURING ECDYSONE DEPENDENT CELL-DIFFERENTIATION
Authors: GHIDELLI S CLAUS P THIES G WISNIEWSKI JR
Citation: S. Ghidelli et al., HIGH-MOBILITY GROUP PROTEINS CHMG1A, CHMG1B, AND CHMGI ARE DISTINCTLYDISTRIBUTED IN CHROMOSOMES AND DIFFERENTIALLY EXPRESSED DURING ECDYSONE DEPENDENT CELL-DIFFERENTIATION, Chromosoma, 105(6), 1997, pp. 369-379
STRUCTURAL AND FUNCTIONAL-PROPERTIES OF LINKER HISTONES AND HIGH-MOBILITY GROUP PROTEINS IN POLYTENE CHROMOSOMES
Authors: WISNIEWSKI JR GROSSBACH U
Citation: Jr. Wisniewski et U. Grossbach, STRUCTURAL AND FUNCTIONAL-PROPERTIES OF LINKER HISTONES AND HIGH-MOBILITY GROUP PROTEINS IN POLYTENE CHROMOSOMES, The International journal of developmental biology, 40(1), 1996, pp. 177-187
CHARACTERIZATION AND DNA-BINDING PROPERTIES OF THE CHROMOSOMAL HIGH-MOBILITY GROUP PROTEIN CHMGI
Authors: CLAUS P WISNIEWSKI JR
Citation: P. Claus et Jr. Wisniewski, CHARACTERIZATION AND DNA-BINDING PROPERTIES OF THE CHROMOSOMAL HIGH-MOBILITY GROUP PROTEIN CHMGI, Journal of cellular biochemistry, 1995, pp. 168-168
INSECT PROTEINS HOMOLOGOUS TO MAMMALIAN HIGH-MOBILITY GROUP PROTEINS-I Y (HMG-I/Y) - CHARACTERIZATION AND BINDING TO LINEAR AND 4-WAY JUNCTION DNA/
Authors: CLAUS P SCHULZE E WISNIEWSKI JR
Citation: P. Claus et al., INSECT PROTEINS HOMOLOGOUS TO MAMMALIAN HIGH-MOBILITY GROUP PROTEINS-I Y (HMG-I/Y) - CHARACTERIZATION AND BINDING TO LINEAR AND 4-WAY JUNCTION DNA/, The Journal of biological chemistry, 269(52), 1994, pp. 33042-33048
REGION OF INSECT HIGH-MOBILITY GROUP (HMG)-1 PROTEIN HOMOLOGOUS TO HELIX-2 OF THE RAT HMG1-B BOX IS IN CLOSE CONTACT WITH DNA
Authors: WISNIEWSKI JR GHIDELLI S STEUERNAGEL A
Citation: Jr. Wisniewski et al., REGION OF INSECT HIGH-MOBILITY GROUP (HMG)-1 PROTEIN HOMOLOGOUS TO HELIX-2 OF THE RAT HMG1-B BOX IS IN CLOSE CONTACT WITH DNA, The Journal of biological chemistry, 269(46), 1994, pp. 29261-29264
HIGH-AFFINITY INTERACTION OF DIPTERAN HIGH-MOBILITY GROUP (HMG) PROTEINS-1 WITH DNA IS MODULATED BY COOH-TERMINAL REGIONS FLANKING THE HMG BOX DOMAIN
Authors: WISNIEWSKI JR SCHULZE E
Citation: Jr. Wisniewski et E. Schulze, HIGH-AFFINITY INTERACTION OF DIPTERAN HIGH-MOBILITY GROUP (HMG) PROTEINS-1 WITH DNA IS MODULATED BY COOH-TERMINAL REGIONS FLANKING THE HMG BOX DOMAIN, The Journal of biological chemistry, 269(14), 1994, pp. 10713-10719
DNA-BINDING AND NUCLEAR TRANSLOCATION OF INSECT HIGH-MOBILITY-GROUP PROTEIN-1 (HMG1) PROTEINS ARE INHIBITED BY PHOSPHORYLATION
Authors: WISNIEWSKI JR SCHULZE E SAPETTO B
Citation: Jr. Wisniewski et al., DNA-BINDING AND NUCLEAR TRANSLOCATION OF INSECT HIGH-MOBILITY-GROUP PROTEIN-1 (HMG1) PROTEINS ARE INHIBITED BY PHOSPHORYLATION, European journal of biochemistry, 225(2), 1994, pp. 687-693
Risultati: 1-11 |