Sentence examples for move on actin from inspiring English sources

Further, we propose that once bound to thin filaments, tropomyosin will be stiff enough to act as a cooperative unit and move on actin in a concerted way between known regulatory states.

While myosins move on actin filaments, kinesins and dyneins are responsible for the retrograde and anterograde transport along microtubule tracks.

These proteins are responsible for actin-based motility in eukaryotic cells, by using ATP hydrolysis to move on actin filaments [ 23].

Hariadi et al. have shed new light on this question by sticking different combinations of myosin V and myosin VI proteins to a tiny nanostructure made of DNA and using a microscope to watch it move on actin.

MyoG might also exist as a dimer in vivo, but the heads are not expected to move on actin filaments in a similar hand-over-hand mechanism as has been found for other myosin dimers like class-V myosins [ 29].

Members of the myosin superfamily, that move on actin filaments and power many of these tasks, are tripartite proteins consisting of a conserved catalytic domain followed by the neck region consisting of a different number of so-called IQ motifs for binding of light chains.

Myosin 1E appears to move actively and could transport CARMIL and Arp2/3 complex to sites of actin barbed-end polymerization at the edges of lamellipodia and at very early adhesions with clusters of FHOD1/β3-integrin because a fraction of Myosin 1E actively moves on actin in the TIRF field.

Homodimers of either myosin move processively on actin filaments with similar step sizes (V 36 nm; VI 30 nm), stepping kinetics (V –12 s−1; VI –9 s−1), and stall forces (V ∼3 pN; VI ∼2 pN) albeit in opposing directions (Mehta et al., 1999; Rief et al., 2000; Rock et al., 2001; Nishikawa et al., 2002; Yildiz et al., 2003; Altman et al., 2004; Uemura et al., 2004).

"Move on, damn it.

If not, move on!

These concepts form the underpinning of cellular motility, in particular the study of how myosin, kinesin, and dynein motors move on their actin and tubulin tracks, making Huxley a founder of the field of cellular motility.