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<sup>a</sup>. Cardiac myosin flux through <i>in vivo</i> active cycle in 3 phases.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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<sup>a</sup>. Step probabilities.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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A single frame (left) and an averaged image of the heart (right) running at 50–60 bpm.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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Myosin flux through the 4-pathway network contrasting 3 phases of muscle contraction in the beating heart.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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Myosin flux through the 4-pathway network in a zebrafish embryo beating heart.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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The fiber frame xz plane in Fig 1 lies in the microscope focal plane and in the lab frame as shown.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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The Sypro Ruby stained and immunoblotted SDS-PAGE gels.
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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The coordination of the GFP moiety (green) and its emission dipole moment (red arrow) with myosin S1 consisting of a heavy chain (blue and black), ELC (silver), and RLC (red).
Έκδοση 2017Θέματα: “…GFP emission reports time-resolved myosin lever-arm orientation…”
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