AbstractThe 270 MHz 1H NMR spectra of rabbit skeletal long and short S2 were indistinguishable at 20°C and 30°C and contained only a small proportion of sharp peaks associated with flexible regions. At 60°C both proteins were denatured and had essentially identical spectra. At 40°C and 50°C the long S2 spectrum contained a marginally greater proportion of sharp peaks, representing not more than 25 residues/chain. Our results are consistent with the presence of a small hinge in long S2 but do not support its containing an extensive region which provides contractile force by a helix—coil transition
Polymerization of actin by increasing the ionic strength leads to a quenching of almost all 1H NMR s...
High-resolution proton nuclear magnetic resonance (1H NMR) measurements were made on myosin, heavy m...
AbstractWe have expressed in E. coli segments of the rod portion of rabbit skeletal fast muscle myos...
AbstractThe 270 MHz 1H NMR spectra of rabbit skeletal long and short S2 were indistinguishable at 20...
Mg−F−actin occurs in two conformational states, I and M, where the N−terminal amino acids are either...
AbstractMg-F-actin occurs in two conformational states, I and M, where the N-terminal amino acids ar...
Mg-F-actin occurs in two conformational states, I and M, where the N-terminal amino acids are either...
Mg-F-actin occurs in two conformational states, I and M, where the N-terminal amino acids are either...
Abstract1H NMR spectra of skinned rabbit muscle fibers show a group of relatively sharp resonance li...
1H NMR spectra of skinned rabbit muscle fibers show a group of relatively sharp resonance lines whic...
AbstractHigh-resolution proton NMR at 500MHz has been used to study the N-trimethyl terminals of LC-...
Polymerization of actin by increasing the ionic strength leads to a quenching of almost all 1H NMR s...
After polymerization filamentous actin (F-actin) still shows a number of rather narrow 1H NMR signal...
AbstractPolymerization of actin by increasing the ionic strength leads to a quenching of almost all ...
The 270 MHz 1H NMR spectra of rabbit Fc and pFc′ fragments appear well resolved when compared to the...
Polymerization of actin by increasing the ionic strength leads to a quenching of almost all 1H NMR s...
High-resolution proton nuclear magnetic resonance (1H NMR) measurements were made on myosin, heavy m...
AbstractWe have expressed in E. coli segments of the rod portion of rabbit skeletal fast muscle myos...
AbstractThe 270 MHz 1H NMR spectra of rabbit skeletal long and short S2 were indistinguishable at 20...
Mg−F−actin occurs in two conformational states, I and M, where the N−terminal amino acids are either...
AbstractMg-F-actin occurs in two conformational states, I and M, where the N-terminal amino acids ar...
Mg-F-actin occurs in two conformational states, I and M, where the N-terminal amino acids are either...
Mg-F-actin occurs in two conformational states, I and M, where the N-terminal amino acids are either...
Abstract1H NMR spectra of skinned rabbit muscle fibers show a group of relatively sharp resonance li...
1H NMR spectra of skinned rabbit muscle fibers show a group of relatively sharp resonance lines whic...
AbstractHigh-resolution proton NMR at 500MHz has been used to study the N-trimethyl terminals of LC-...
Polymerization of actin by increasing the ionic strength leads to a quenching of almost all 1H NMR s...
After polymerization filamentous actin (F-actin) still shows a number of rather narrow 1H NMR signal...
AbstractPolymerization of actin by increasing the ionic strength leads to a quenching of almost all ...
The 270 MHz 1H NMR spectra of rabbit Fc and pFc′ fragments appear well resolved when compared to the...
Polymerization of actin by increasing the ionic strength leads to a quenching of almost all 1H NMR s...
High-resolution proton nuclear magnetic resonance (1H NMR) measurements were made on myosin, heavy m...
AbstractWe have expressed in E. coli segments of the rod portion of rabbit skeletal fast muscle myos...