The phrase "assembly of proteins" is correct and usable in written English.
It can be used in scientific or biological contexts, particularly when discussing the process of protein synthesis or the formation of protein complexes.
Example: "The assembly of proteins is crucial for the proper functioning of cellular processes."
Alternatives: "protein assembly" or "formation of proteins".
The design of an organism is encoded into the chemical alphabet of DNA and manipulated to direct the assembly of proteins.
Previously biologists had believed that genes were continuous stretches of DNA that served as direct templates for mRNA in the assembly of proteins; this model was based on studies of prokaryotic organisms such as bacteria.
A series of experiments conducted with the assistance of French biologist François Jacob and South African biologist Sydney Brenner in 1960 determined that ribosomes were responsible for the assembly of proteins.
The assembly of proteins necessitates the precise combination of specific amino acids in a highly ordered and controlled manner; this in turn involves the copying, or transcription, into RNA of specific parts of DNA (see below The synthesis of macromolecules: Nucleic acids and proteins).
The assembly of proteins into multidomain complexes is critical for their function.
The site-specific assembly of proteins on twigged SA polymer may find new applications in various biological and bioengineering fields.
Furthermore, by means of a new coarse-grained MD approach [3], we studied the large scale self-assembly of proteins in membranes.
This chapter discusses the basic principle underlying molecular self-assembly of proteins and peptides toward designing novel biomimetic nanomaterials and their potential applications in nanobiotechnology and dentistry.
The self-assembly of proteins into stable, fibrillar aggregates is a general property of polypeptides most notably associated with degenerative diseases termed amyloidoses.
The self-assembly of proteins and peptides into polymeric amyloid fibrils is a process that has important implications ranging from the understanding of protein misfolding disorders to the discovery of novel nanobiomaterials.
