thin filament การใช้

• Rhabdomyoblasts contain an eosinophilic granular cytoplasm rich in thick and thin filaments.
• The myosin ceases binding to the thin filament, and the muscle relaxes.
• This structure forms the cross bridge that connects with the thin filaments.
• The thin filament is made of the skeletal muscle isoforms of actin.
• These structures lead to a network of thin filaments known as Purkinje fibers.
• These are most commonly overcome by using thin filament pyrometry or soot pyrometry.
• The thin filament of smooth muscle is made of actin, tropomyosin, caldesmon, and calmodulin.
• The thin filament is made of actin, tropomyosin, and troponin.
• Two other thin filaments serve as protection for the ovipositor.
• The pre-RF material appears in the form of loosely arranged bundles of thin filaments.
• The N-terminal region of TnT that strongly binds myosin crossbridge binding to the thin filament.
• In contractile bundles, the actin-bundling protein alpha-actinin separates each thin filament by ~ 35 nm.
• Strong actin-myosin interaction can further shift the thin filament into the " open " position.
• They penetrate the fish with a thin filament which they use to suck its blood.
• Troponins are found at intervals along the thin filaments.
• In effect, the thick filament moves or slides along the thin filament, resulting in muscle contraction.
• Force is generated in striated muscle by the interactions between myosin thick filaments and actin thin filaments.
• It is the tropomyosin-binding and thin filament anchoring subunit of the troponin complex in cardiac muscle cells.
• Troponin modulators could also be used to reverse the impact of cardiomyopathy-causing mutations in the thin filament.
• Bang and colleagues demonstrated that nebulin-knockout mice die postnatally, have reduced thin filament length, and impaired contractile function.