Exact(5)
Taking into account the gas diffusion parallel and perpendicular to the bundle axis, a two-dimensional model combining the non-conservative level set method and the steady-state diffusion equation is presented for evolving pore structure in the bundle cross-section.
We illustrate this behavior by a simple stochastic model for the dynamics of filaments along a common bundle axis.
This interface positions the C-terminal helices further away from the bundle axis.
Glu704, Glu711 form salt bridges with His750 of the anti-parallel helices away from the bundle axis.
Within interface F, C-terminal helices are positioned further away from center of the bundle axis, due to two Tyr residues whose rings undergo end-to-end hydrogen bonding between their hydroxyl groups.
Similar(55)
Based on the observed images, the authors believe that stimulated collagen type I fiber at the moment of collision results in hypertrophy of helicoid patterns and their molecular crystal components are fractioned, being positioned to each side of the bundle fibril axis generating polarization and chirality (Figure 1A, 3D 3F, 4E, 4F, 6A, 6D, 7A, 7B).
The N-terminal helices are brought in close proximity to form parallel coiled-coils at the poles of the BASS tetramer, whereas the C-terminal helices are repositioned to be further away from the bundle center axis.
Stimulated collagen type I fibers at the moment of collision result in hypertrophy of helicoid patterns, and their molecular crystal components are fractioned, being ejected to each side of the bundle fibril axis, generating polarization and straight lines of chirality in the GTCHC complex.
Each flagellar filament of the bundle extends the axis of a rotary motor to passively transduce the mechanical energy generated by the motor to the medium.
Both of these effects tend to increase the separation between each microtubule centre and the bundle's neutral axis and thus increase the transverse stiffness of the midzone.
Firstly, the hash domain rotates ∼5° inwards relative to the bundle around an axis approximately parallel to TMH8 moving Trp117, Gln121 and Asn318 towards the hydantoin portion of the substrate (Fig 1A and B, arrow A).
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