The phrase "assigns functions to" is correct and usable in written English.
It can be used when describing the allocation of specific roles or tasks to individuals, systems, or components within a process or structure.
Example: "The software assigns functions to different modules to ensure efficient processing of data."
Alternatives: "allocates tasks to" or "designates roles to".
Protfun server assigns functions to a protein by estimating the probability of it belonging to a functional class and odds values that sequence of entry belong to that class/category.
This machine identifies RNA-encoding and protein-encoding genes, assigns functions to the genes, and attempts to place the genes within genomic subsystems, producing an initial estimate of which subsystems (i.e., pathways, complexes, and non-metabolic components of the cell) are present in the genome.
A classical and still vigorous branch of neuroscience, best referred to as 'functional neuroanatomy', assigns functions to specific areas in the brain.
Here we present a work which identifies genes with metabolic functions and assigns functions to those genes, such as EC numbers, Transporter Classification Superfamily (TCS) numbers and Transporter Classification (TC) numbers [ 50].
The service identifies protein-encoding, rRNA and tRNA genes, assigns functions to the genes, predicts which subsystems are represented in the genome, uses this information to reconstruct the metabolic network and makes the output easily downloadable for the user.
The ENCODE Project Consortium assigns function to 80.4% of the genome (ENCODE Project Consortium 2012).
As a most relevant example of practical interest, knowledge about a module facilitates to assign functions to not yet annotated genes modularly associated with fully annotated functional "collaborators".
It consists first of finding the genes -- no easy task since their sequences occupy a mere 3percentt of the DNA in the genome -- and then of assigning functions to the genes.
In this report, we tried to systematically assign functions to all predicted rice genes with FSTs.
Chemical probes may help assign functions to individual members of an important family of epigenetic regulator proteins.
To systematically assign functions to 29,624 rice FST genes, we used the diverse overview tools installed in MapMan.
