The phrase "assemblage of proteins" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in biology or biochemistry, to describe a collection or grouping of proteins.
Example: "The study focused on the assemblage of proteins involved in cellular signaling pathways."
Alternatives: "collection of proteins" or "group of proteins".
This assemblage of proteins consists of two cysteine-rich proteins (OmcA and OmcB) and the major outer membrane protein (MOMP, OmpA [ 12]).
The family of ATP-binding cassette (ABC) proteins encompasses a large and diverse assemblage of proteins that are ubiquitously present in all living organisms [ 1].
Cell function necessitates the assemblage of proteins into complexes, a process which requires further regulation on top of the fairly understood mechanisms used to control the transcription and translation of a single protein.
Tanner et al. show that treating poliovirus-infected mice with V-073 does not select for drug-resistant strains of the virus and provide evidence that this occurs because the drug targets an assemblage of proteins.
By comparison, linkage through lysine 63 or M1 (linear) chains represents a typical non-degradative modification primarily contributing to assemblage of protein complexes and signal transduction (Ikeda & Dikic, 2008).
These large, supramolecular assemblages of proteins form channels that span the nuclear envelope of cells, acting as crucial regulators of nuclear import and export.
These results provide theoretical constraints on the spontaneous generation of order in the distributions of proteins within cells and imply that work done by maintaining oxidation-reduction gradients can selectively alter the degrees of formation of assemblages of proteins.
The relative abundances of model proteins for each compartment inferred from experimental data were found in some cases to correlate with the predicted abundances, and both positive and negative correlations were found for some assemblages of proteins in known complexes.
According to this model, the major components of biomineralization are relatively hydrophobic silk proteins and a complex assemblage of hydrophilic proteins (many of which are unusually rich in aspartic acid), highly structured in a polysaccharide β-chitinous framework.
The currently accepted "chitin-silk fibroin gel-acidic macromolecule" model involves the major matrix components of the shell, i.e. relatively hydrophobic silk proteins plus a complex assemblage of hydrophilic proteins (many of which are unusually rich in aspartic acid), highly structured in a polysaccharide β-chitinous framework [ 6].
These channels are cylindrical assemblages of protein molecules which help to control such things as the electrical activity of nerve cells and the release of hormones.
