The large diameter, high interconnectivity and straight structure of the vascular bundle vessel influence the lower water vapour diffusion resistance factor in the longitudinal direction.
Little is known of the molecular processes of stereocilia development and how the exquisite staircase structure of the stereocilia bundle is determined.
For NMR structures, the cavity volumes were determined for every single structure of the NMR bundle.
It is among the most phosphorylated proteins in the brain and contains a sequence of amino acids that is important in the formation of the parallel structure of the neurofilament bundle.
However, our far-UV CD data suggest that loss of these C-terminal contacts do not significantly perturb the overall secondary structure of the helix bundle, likely due to the higher conformational heterogeneity of the C-terminal arm.
First, the stiff structure of the fiber bundle is disturbed by the NaOH action, since the fibers start to detach from the neighboring fibers even at low sodium hydroxide concentrations (below 0.5%).
The differences between the RMSD calculated over the TM domain of the connexon and those of the separated connexins indicates that the structure of the helix bundles remains stable while global quaternary structure rearrangements take place in the course of the simulation.
