The phrase "alignment of membrane" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in biology or biochemistry, to describe the arrangement or positioning of membranes in relation to other structures.
Example: "The alignment of membrane proteins is crucial for their function in cellular signaling pathways."
Alternatives: "membrane arrangement" or "membrane positioning".
Douglas, S.M., Chou, J.J. & Shih, W.M. DNA-nanotube-induced alignment of membrane proteins for NMR structure determination.
For instance, alignment of membrane bound complexes allow the rotational search to be restricted to rotations around an axis parallel to a surface normal.
However, due to lack of data, the alignment of membrane proteins is typically performed with substitution tables optimized for soluble proteins.
Figure 5 compares the alignments of membrane specific tables to common alternatives.
The myotoxic mechanism for PLA2-like toxins has been proposed recently to be initiated by an allosteric change induced by a fatty acid binding to the protein, leading to the alignment of the membrane docking site (MDoS) and membrane disrupting site (MDiS).
There is also a variable alignment of postsynaptic membrane densities and receptors; for instance, cochlear inner hair cell synaptic bodies are closely aligned with VIIIth nerve afferents [27].
The decisions made under his direction will dictate for the next decade or so the alignment of that thin membrane separating diagnosable psychiatric disorder from the ordinary travails of life.
Both the initial diameter of the fibres and the degree of nanofibre alignment of the electrospun membrane influence the final length of the resultant short fibres.
The novel alignment of the dialysis membrane vertically in the well maximizes the surface-to-volume ratio, eliminates problems associated with trapped air pockets, and allows one to add or remove samples independently or all at once.
The alignment of POPE/POPG model membranes with respect to the bilayer normal was severely altered at 4 mol% KIGAKI while the alignment of POPC bilayers was retained.
We demonstrate the use of our tables in pairwise sequence-to-structure alignments (also known as 'threading') of membrane proteins using the FUGUE alignment program.
