. Biophysics: concepts and mechanisms. Biophysics. (a). Figure 10-13. Huxley's Famous Electron Micrographs of Intermeshing Arrays of Thick and Thin Filaments of Striated Muscle Fibers, (a) Side view (longitudinal section). Note how the light H-band is formed by a discontinuity in the thin filaments. Note also the direct evidence for cross-bonds between thick and thin filaments (300,000 x). (b) End view (cross-section) (170,000x). (Courtesy of H. E. Huxley, Laboratory of Molecular Biology, Cambridge University.). Please note that these images are extracted from scanned page images that may have

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. Biophysics: concepts and mechanisms. Biophysics. (a). Figure 10-13. Huxley's Famous Electron Micrographs of Intermeshing Arrays of Thick and Thin Filaments of Striated Muscle Fibers, (a) Side view (longitudinal section). Note how the light H-band is formed by a discontinuity in the thin filaments. Note also the direct evidence for cross-bonds between thick and thin filaments (300,000 x). (b) End view (cross-section) (170,000x). (Courtesy of H. E. Huxley, Laboratory of Molecular Biology, Cambridge University.). Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Casey, Edmund Jeremiah, 1924-. New York, Reinhold Pub. Corp

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