Some of the factors that affect the intensities and the phases of the first five equatorial x-ray reflections from skeletal muscle are studied by simplified models describing axially projected mass distributions in unit cells. Examples of mass distributions that produce various phase combinations and intensities are presented. Effects due to radial movement of crossbridges and those due to mass transfer between the thick filament and the thin filament regions are compared. In addition, the study suggests that some features in the reconstructed filament structures could be due to the consequences of limited resolution
Light diffraction patterns from isolated frog semitendinosus muscle fibers were examined. When trans...
AbstractStatic and time-resolved two-dimensional x-ray diffraction patterns, recorded from the livin...
AbstractMeridional x-ray diffraction diagrams, recorded with high angular resolution, from muscles c...
Some of the factors that affect the intensities and the phases of the first five equatorial x-ray re...
Previously we have shown that cross-bridge attachment to actin and the radial position of the myosin...
Previously we have shown that cross-bridge attachment to actin and the radial position of the myosin...
<p>(A) An x-ray diffraction pattern in the resting state of live frog skeletal muscles with full thi...
Changes in the molecular structure of striated muscle during contraction can be determined owing to ...
During contraction, the molecular arrangement within muscle undergoes large changes which can be tra...
Five orders of equatorial reflection were recorded from both relaxed and fully activated intact frog...
The specific feature of stretch activation of the indirect flight muscle of the tropical waterbugLet...
AbstractA direct modeling approach was used to quantitatively interpret the two-dimensional x-ray di...
Using x-rays from synchrotron radiation, we studied diffuse scattering, sometimes together with the ...
Synchrotron small-angle X-ray diffraction is the method of choice for nm-scale structural studies of...
Equatorial X-ray diffraction patterns were recorded from small bundles of one to three chemically sk...
Light diffraction patterns from isolated frog semitendinosus muscle fibers were examined. When trans...
AbstractStatic and time-resolved two-dimensional x-ray diffraction patterns, recorded from the livin...
AbstractMeridional x-ray diffraction diagrams, recorded with high angular resolution, from muscles c...
Some of the factors that affect the intensities and the phases of the first five equatorial x-ray re...
Previously we have shown that cross-bridge attachment to actin and the radial position of the myosin...
Previously we have shown that cross-bridge attachment to actin and the radial position of the myosin...
<p>(A) An x-ray diffraction pattern in the resting state of live frog skeletal muscles with full thi...
Changes in the molecular structure of striated muscle during contraction can be determined owing to ...
During contraction, the molecular arrangement within muscle undergoes large changes which can be tra...
Five orders of equatorial reflection were recorded from both relaxed and fully activated intact frog...
The specific feature of stretch activation of the indirect flight muscle of the tropical waterbugLet...
AbstractA direct modeling approach was used to quantitatively interpret the two-dimensional x-ray di...
Using x-rays from synchrotron radiation, we studied diffuse scattering, sometimes together with the ...
Synchrotron small-angle X-ray diffraction is the method of choice for nm-scale structural studies of...
Equatorial X-ray diffraction patterns were recorded from small bundles of one to three chemically sk...
Light diffraction patterns from isolated frog semitendinosus muscle fibers were examined. When trans...
AbstractStatic and time-resolved two-dimensional x-ray diffraction patterns, recorded from the livin...
AbstractMeridional x-ray diffraction diagrams, recorded with high angular resolution, from muscles c...