To enhance the stability of the composite SsLMs, head groups of phospholipids have been covalently linked to the S-layer lattice (Schrems et al., 2011a, b).
As alternative to our genetic approach, HIgG could be covalently (i.e., chemically) linked to the S-layer lattice as previously reported [38 40].
An incomplete conformational transition in all membrane-associated AP-2 in the clone 1.E cells may also be linked to the alterations in lattice arrangement we see.
The obtained simulation results are in good agreement with the experimental results, and indicate that the mechanisms causing the topological inversion are linked to the accommodation of the lattice misfit, which enables coalescence and ripening of γ′ precipitates.
The significance of these hypothetical conformational changes is still unknown, but they could be linked to the 'exposure' outside the peptidoglycan lattice that this protein demands to interact with host cell cytoskeletal proteins such as VASP and the Arp2/3 complex.
Analyzing lattice walks linked to the primary sequence and running an application of mfold (an RNA and DNA computerized folding package) allowed for the design of new structures.
Similar to the lattice Boltzmann method, the mesh spacing is linked to the Mach number.
The transmission is directly linked to the efficiency of the structure, and so it can also be said that as the lattice expands, the efficiency decreases.
The ferromagnetic state for the γN phase observed here is mainly linked to large lattice expansions (~ 10%) due to high N contents (~ 30 at.%).
The ferromagnetic state for the γN phase observed here is mainly linked to large lattice expansions due to high N content.
