Results 11 to 20 of about 161,523 (294)
Biochemical Journal, 1935 Whereas most proteins so far studied show spreading at their isoelectric points or on strongly acid solutions (we have examined more or less thoroughly ovalbumin, zein, gliadin, insulin, pepsin, trypsin, ovoglobulin, ovomucoid, caseinogen, globin and haemoglobin) some proteins do not spread, when tested by our usual technique. Gelatin is a bad spreader
Evert Gorter, H. van Ormondt
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The sedimentation of myosin [PDF]
Biochemical Journal, 1960 P. Johnson, A. J. Rowe
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Proceedings of the National Academy of Sciences, 2006 Myosins are a diverse family of actin-based molecular motors that appeared early in eukaryotic evolution. Just how early, and how diverse, has begun to become clear from work that appears in this issue of PNAS (1) and recent work from Nature (2). For most of its existence, the term “myosin” applied only to the actin-activated ATPase that forms the ...
Holly V. Goodson, Scott C. Dawson
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Current Opinion in Structural Biology, 2014 The folding and assembly of myosin motor proteins is essential for most movement processes at the cellular, but also at the organism level. Importantly, myosins, which represent a very diverse family of proteins, require the activity of general and specialized folding factors to develop their full motor function.
Hellerschmied, Doris, Clausen, Tim
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Thick filament‐associated myosin undergoes frequent replacement at the tip of the thick filament
FEBS Open Bio, 2022 Myosin plays a fundamental role in muscle contraction. Approximately 300 myosins form a bipolar thick filament, in which myosin is continuously replaced by protein turnover.
Emi Ichimura +4 more
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Frontiers in Immunology, 2018 BackgroundIt has been shown earlier that there is a rise in the levels of autoantibodies and T cell response to cytoskeletal proteins in leprosy. Our group recently demonstrated a rise in both T and B cell responses to keratin and myelin basic protein in
Itu Singh +8 more
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Myosin VI Rewrites the Rules for Myosin Motors [PDF]
Cell, 2010 Myosin VI is the only type of myosin motor known to move toward the minus ends of actin filaments. This reversal in the direction of its movement is in part a consequence of the repositioning of its lever arm. In addition, myosin VI has a number of other specialized structural and functional adaptations that optimize performance of its unique cellular ...
Anne Houdusse, H. Lee Sweeney
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Active Self-Organization of Actin-Microtubule Composite Self-Propelled Rods
Frontiers in Physics, 2018 Spontaneous self-organization of active matter has been demonstrated in a number of biological systems including bacteria, cells, and cytoskeletal filaments.
Leila Farhadi +4 more
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Distinct roles of two myosins in C. elegans spermatid differentiation.
PLoS Biology, 2019 During spermatogenesis, interconnected haploid spermatids segregate undesired cellular contents into residual bodies (RBs) before detaching from RBs. It is unclear how this differentiation process is controlled to produce individual spermatids or motile ...
Junyan Hu +7 more
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