Sentence examples for more molecular functions from inspiring English sources

The use of the single gene for two or more molecular functions is called gene sharing.

As it is known that, biological processes are essentially a series of events accomplished by one or more molecular functions.

One possible explanation is that genes regulated by more miRNAs tend to have more molecular functions in different biological processes [ 53].

However, sequences on different chromosomes targeted different Gene Ontology (GO) catalogs: Chr05, Chr11, Chr21, and Chr26 targeted more molecular functions; Chr03, Chr05, Chr11, Chr16, Chr19, and Chr21 targeted more biology processes; and Chr05, Chr11, and Chr26 targeted more cell components.

Most chromosomes targeted more molecular functions and biology processes than cell components, and some chromosomes targeted more special catalogs: Chr03 and Chr21 predominately targeted biology processes and Chr05, Chr11, and Chr26 predominately targeted cell components.

This follows from the fact that GO describes how gene products behave in a cellular context and thus a gene product might be associated with or located in one or more cellular components; it is active in one or more biological processes, during which it performs one or more molecular functions.

As intracellular signaling cascade, signal transduction and transmission of nerve impulse are parent nodes related to synaptic transmission, a more specialized molecular function that is of particular interest to the neurobiological investigation of major depression and suicide, we explored more specifically the genes related to synaptic transmission.

The above categories are umbrella terms for more specific GO molecular functions and a number of proteins contributed to more than one GO molecular function class, depending on their (multiple) GO annotation.

In this article, we generally reviewed the roles of Jmj-KDMs in human cancers and more discussed the molecular functions and the clinical significances of KDM7C.

Limits: If ab initio predictions of molecular structures are challenging [ 164], they are even more so for molecular functions.

Slightly more GO terms were assigned to unigenes preferentially transcribed in wood with HS and low MFA (59.3%) compared to LS trees with high MFA (52%), and more genes with molecular functions and/or involved in cellular components are preferentially transcribed in LS wood with high MFA (Table 1).