3. Please select all true answers. Myosin I is simple and often associated with the plasma membrane, myosin V is typically associated with organelle transport, and myosin II forms bundles that cause large-scale actin-myosin contractions, like those found in muscle cells. Myosins have a conserved structure that includes a head, neck and tail region. The human genome contains about 40 different myosin genes that are all orthologs of each other. Myosin proteins form a large family with many homologs The myosin head domain has an actin-binding site and a nucleotide-binding site. 4. Please select all true answers. The sliding filament assay allows the measurement of myosin activity by covalently linking fluorescent molecules directly to myosin. The myosin power stroke occurs as ATP is hydrolyzed. After a contraction, myosin needs to bind ATP to be released from actin. Shorter myosin

Biology Today and Tomorrow without Physiology (MindTap Course List)
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Author:Cecie Starr, Christine Evers, Lisa Starr
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Chapter10: Biotechnology
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3. Please select all true answers. Myosin I is simple and often associated with the plasma membrane, myosin V is typically associated with organelle transport, and myosin II forms bundles that cause large-scale actin-myosin contractions, like those found in muscle cells. Myosins have a conserved structure that includes a head, neck and tail region. The human genome contains about 40 different myosin genes that are all orthologs of each other. Myosin proteins form a large family with many homologs The myosin head domain has an actin-binding site and a nucleotide-binding site. 4. Please select all true answers. The sliding filament assay allows the measurement of myosin activity by covalently linking fluorescent molecules directly to myosin. The myosin power stroke occurs as ATP is hydrolyzed. After a contraction, myosin needs to bind ATP to be released from actin. Shorter myosin necks allow faster movement because of a shorter power stroke.
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