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Results: 1-8 |
Results: 8
ASSEMBLY AND ARCHITECTURE OF INVERTEBRATE CYTOPLASMIC INTERMEDIATE FILAMENTS RECONCILE FEATURES OF VERTEBRATE CYTOPLASMIC AND NUCLEAR LAMIN-TYPE INTERMEDIATE FILAMENTS
Authors: GEISLER N SCHUNEMANN J WEBER K HANER M AEBI U
Citation: N. Geisler et al., ASSEMBLY AND ARCHITECTURE OF INVERTEBRATE CYTOPLASMIC INTERMEDIATE FILAMENTS RECONCILE FEATURES OF VERTEBRATE CYTOPLASMIC AND NUCLEAR LAMIN-TYPE INTERMEDIATE FILAMENTS, Journal of Molecular Biology, 282(3), 1998, pp. 601-617
SPECIFIC RECOGNITION OF COILED-COIL PROTEINS BY FTIR ANALYSIS
Authors: HEIMBURG T SCHUNEMANN J WEBER K GEISLER N
Citation: T. Heimburg et al., SPECIFIC RECOGNITION OF COILED-COIL PROTEINS BY FTIR ANALYSIS, Biophysical journal, 70(2), 1996, pp. 439-439
SPECIFIC RECOGNITION OF COILED COILS BY INFRARED-SPECTROSCOPY - ANALYSIS OF THE 3 STRUCTURAL DOMAINS OF TYPE-III INTERMEDIATE FILAMENT PROTEINS
Authors: HEIMBURG T SCHUENEMANN J WEBER K GEISLER N
Citation: T. Heimburg et al., SPECIFIC RECOGNITION OF COILED COILS BY INFRARED-SPECTROSCOPY - ANALYSIS OF THE 3 STRUCTURAL DOMAINS OF TYPE-III INTERMEDIATE FILAMENT PROTEINS, Biochemistry, 35(5), 1996, pp. 1375-1382
MAJOR EPIPLASMIC PROTEINS OF CILIATES ARE ARTICULINS - CLONING, RECOMBINANT EXPRESSION, AND STRUCTURAL CHARACTERIZATION
Authors: HUTTENLAUCH I GEISLER N PLESSMANN U PECK RK WEBER K STICK R
Citation: I. Huttenlauch et al., MAJOR EPIPLASMIC PROTEINS OF CILIATES ARE ARTICULINS - CLONING, RECOMBINANT EXPRESSION, AND STRUCTURAL CHARACTERIZATION, The Journal of cell biology, 130(6), 1995, pp. 1401-1412
IDENTIFICATION OF THE NICKING TYROSINE OF GEMINIVIRUS REP PROTEIN
Authors: LAUFS J SCHUMACHER S GEISLER N JUPIN I GRONENBORN B
Citation: J. Laufs et al., IDENTIFICATION OF THE NICKING TYROSINE OF GEMINIVIRUS REP PROTEIN, FEBS letters, 377(2), 1995, pp. 258-262
PEPTIDES FROM THE CONSERVED ENDS OF THE ROD DOMAIN OF DESMIN DISASSEMBLE INTERMEDIATE FILAMENTS AND REVEAL UNEXPECTED STRUCTURAL FEATURES -A CIRCULAR-DICHROISM, FOURIER-TRANSFORM INFRARED, AND ELECTRON-MICROSCOPIC STUDY
Authors: GEISLER N HEIMBURG T SCHUNEMANN J WEBER K
Citation: N. Geisler et al., PEPTIDES FROM THE CONSERVED ENDS OF THE ROD DOMAIN OF DESMIN DISASSEMBLE INTERMEDIATE FILAMENTS AND REVEAL UNEXPECTED STRUCTURAL FEATURES -A CIRCULAR-DICHROISM, FOURIER-TRANSFORM INFRARED, AND ELECTRON-MICROSCOPIC STUDY, Journal of structural biology, 110(3), 1993, pp. 205-214
SF-ASSEMBLIN, THE STRUCTURAL PROTEIN OF THE 2-NM FILAMENTS FROM STRIATED MICROTUBULE-ASSOCIATED FIBERS OF ALGAL FLAGELLAR ROOTS, FORMS A SEGMENTED COILED-COIL
Authors: WEBER K GEISLER N PLESSMANN U BREMERICH A LECHTRECK KF MELKONIAN M
Citation: K. Weber et al., SF-ASSEMBLIN, THE STRUCTURAL PROTEIN OF THE 2-NM FILAMENTS FROM STRIATED MICROTUBULE-ASSOCIATED FIBERS OF ALGAL FLAGELLAR ROOTS, FORMS A SEGMENTED COILED-COIL, The Journal of cell biology, 121(4), 1993, pp. 837-845
CHEMICAL CROSS-LINKING WITH DISUCCINIMIDYL TARTRATE DEFINES THE RELATIVE POSITIONS OF THE 2 ANTIPARALLEL COILED COILS OF THE DESMIN PROTOFILAMENT UNIT
Authors: GEISLER N
Citation: N. Geisler, CHEMICAL CROSS-LINKING WITH DISUCCINIMIDYL TARTRATE DEFINES THE RELATIVE POSITIONS OF THE 2 ANTIPARALLEL COILED COILS OF THE DESMIN PROTOFILAMENT UNIT, FEBS letters, 323(1-2), 1993, pp. 63-67
Risultati: 1-8 |