Myofibril muscle tissue, TEM

Myofibril muscle tissue, TEM

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Credit: AMMRF, UNIVERSITY OF SYDNEY/SCIENCE PHOTO LIBRARY

Caption: Myofibril muscle tissue, coloured transmission electron micrograph (TEM). This cross-section through an insect flight muscle myofibril (round) shows the regular arrangement of the overlapping actin and myosin protein filaments. The larger circles are the myosin proteins and the smaller spots are the actin proteins. These proteins pull along each other to cause the muscle to contract. The myosin molecules shown here are around 50 nanometres apart. The rounded structures (pink, lower left and lower right) between the myofibrils are tracheoles, which deliver oxygen to the muscles. Magnification: x35,500 when printed at 10 centimetres across.

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Keywords: actin, anatomical, anatomy, animal body, biological, biology, coloured, contraction, cross-section, false-coloured, healthy, insect, microscope, molecular machines, molecular motor, muscle, muscle fibres, muscles, myofibril, myofilaments, myosin, nanostructure, no-one, nobody, normal, physiological, physiology, protein interaction, proteins, section, sectioned, self assembly, semi-crystalline array, skeletal muscle, sliding filament theory, striated muscle, tem, tissue, trachael tubes, tracheole, tracheoles, transmission electron, transmission electron micrograph, ultrastructure

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