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Biophysical Journal|April 1, 1980
X-ray diffraction observations of chemically skinned frog skeletal muscle processed by an improved methodA Magid, M K ReedyAdvances in Experimental Medicine and Biology|January 1, 1984
A-band mass exceeds mass of its filament components by 30-45%M K Reedy, C LucavecheJournal of Muscle Research and Cell Motility|February 1, 1984
Geometrical constraints affecting crossbridge formation in insect flight muscleJ C Haselgrove, M K ReedyJournal of Molecular Biology|September 5, 1985
Rigor crossbridge structure in tilted single filament layers and flared-X formations from insect flight muscleM K Reedy, M C ReedyBiophysical Journal|December 1, 1978
Modeling rigor cross-bridge patterns in muscle I. Initial studies of the rigor lattice of insect flight muscleJ C Haselgrove, M K ReedyCurrent Biology : CB|July 1, 1994
Tropomyosin. Does resolution lead to reconciliation?M K Reedy, M C Reedy, F SchachatJournal of Muscle Research and Cell Motility|February 1, 1983
Co-ordinated electron microscopy and X-ray studies of glycerinated insect flight muscle. II. Electron microscopy and image reconstruction of muscle fibres fixed in rigor, in ATP and in AMPPNPM C Reedy, M K Reedy, R S GoodyAdvances in Experimental Medicine and Biology|January 1, 1988
Two attached non-rigor crossbridge formsM C Reedy, M K Reedy, R T TregearJournal of Muscle Research and Cell Motility|December 1, 1987
The structure of insect flight muscle in the presence of AMPPNPM C Reedy, M K Reedy, R S GoodyJournal of Molecular Biology|October 5, 1992
Insect crossbridges, relaxed by spin-labeled nucleotide, show well-ordered 90 degrees state by X-ray diffraction and electron microscopy, but spectra of electron paramagnetic resonance probes report disorderM K Reedy, C Lucaveche, N Naber, et al.Pageof 5