1  next to the cleavage site on the 3' side is splayed apart.

2 lso, the TM helices in the outer leaflet are splayed apart.

3 dency of anti-parallel four-way junctions to splay apart, a tendency that is enhanced both by less sc

4  of the molecule, but here the alpha-helices splay apart and are stabilized by the formation of a tai

5               At the C terminus, the helices splay apart and interact with a symmetry-related dimer i

6               The U-A cleavage site adopts a splayed-apart conformation with the modelled 2'-O of U p

7 uses the VERL molecules to lose cohesion and splay apart creating the hole.

8  cause the integrin alpha and beta chains to splay apart in the cytoplasm.

9          The N and C domains of DraTopIB are splayed apart in an "open" conformation, in which the su

10 ating that occurs by bundle crossing and the splaying apart of pore-lining helices commanding ion pas

11                  The U7-U8-U9OH 3' end, in a splayed-apart orientation, is sequestered within a basic

12 e C62-A63 step at the cleavage site adopts a splayed-apart orientation, with flexible C62 directed ou

13 their hand in two postures, with the fingers splayed (Apart posture) or pressed together (Together po

14 s unique, with transmembrane helices 5 and 6 splayed apart, promoting widening of the intracellular v

15                        T-loop and D-loop are splayed apart showing how A58, normally buried in tRNA,

16 antly in the alignment at the cleavage step (splayed-apart vs. base-stacked) and surrounding residues