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Sarcomere / Muscle / Myoblast / Myofibril / Skeletal striated muscle / Myosin / Striated muscle tissue / Myotilin / Biology / Anatomy / Muscular system


Label-free multimodal nonlinear optical microscopy reveals fundamental insights of skeletal muscle development Qiqi Sun,1,4 Yanfeng Li,2,4 Sicong He,1 Chenghao Situ,2 Zhenguo Wu,2,3 and Jianan Y. Qu1,3,* 1
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Document Date: 2014-08-22 03:38:35

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File Size: 3,51 MB

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Kowloon / /

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Plenum Press / A. Holmaang A. S. / Olympus / Stanford Research Systems / /

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United States / China / /

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Product Issues / /

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Hong Kong University of Science / /

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label-free imaging / quantitative second-harmonic generation imaging / biomedical imaging / multiphoton imaging technique / biological imaging / label-free technology / label-free imaging technique / imaging / label-free multimodal imaging / /

MedicalCondition

disease / gene deficiency / severe diseases / muscular disorders / congenital myopathy / sarcomere disorders / muscle disease / diseases / sarcomeric gene deficiency / deficiency / liver steatosis / fibrosis / /

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Clear Water Bay / /

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China Division of Life Science / Animal Ethics Committee / Optical Society of America OCIS / US Federal Reserve / Hong Kong University of Science and Technology / Institute for Advanced Study / Department of Electronic and Computer Engineering / Bank of England / Center of Systems Biology and Human Health / School of Science / /

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W. A. Mohler / M. Xu / S. V. Plotnikov / Raman References / R. P. Dougherty / D. J. Adams / P. J. Campagnola / C. C. Pilbeam / A. C. Millard / C. Joseph / V / /

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Fs / Xtreme FS1 Headphone/Headset / sarcomeres / /

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laser / lasers / label-free technology / /

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