The phrase "abundant functional genes" is correct and usable in written English.
It can be used in scientific or biological contexts to describe a large number of genes that have a specific function or role.
Example: "The study revealed that the organism possesses abundant functional genes that contribute to its adaptability in various environments."
Alternatives: "plentiful functional genes" or "numerous functional genes".
The comparison of CAZy domains from captured metagenomes to publicly available whole metagenomes showed that enrichment through probes was more efficient than intensive sequencing to identify lowly abundant functional genes.
Compared with O. sinensis worm-part cDNA library which were clustered into 1,333 contigs and 4,172 unique sequences, as well as O. sinensis grass-part cDNA library which were clustered into 1,297 contigs and 3,805 unique sequences [ 28], H. sinensis has more abundant functional genes.
The results of this analysis are presented in Table 4 show that the majority of genes subjected to regulatory modifications also belong to most abundant functional categories including genes involved in metabolism, biosynthesis, organism development, cellular organization, translation, transport and stress response.
The human genome contains a large number of pseudogenes, which are nearly as abundant as the functional genes and therefore appear to be an important component in the genome.
The most abundant functional class of genes in the CV TB bottom fraction encoded extracellular matrix (ECM) proteins (n = 18), indicating that basal taste bud cells may actively secrete matrix components and participate in basement membrane formation.
Enzymes that degrade dietary and host-derived glycans represent the most abundant functional activities encoded by genes unique to the human gut microbiome.
The most abundant functional classes of regulated genes were cell differentiation, cell cycle and apoptosis.
The next most abundant functional class was cell cycle genes (n = 12), indicating active cell division at the bottom of the taste bud.
We considered that the most abundant functional categories were those containing genes with more than 500 tags; followed by the intermediate (499 to 100 tags) and less abundant classes (lower than 100 tags).
This gene has abundant functional polymorphism.
The LPA transcriptome demonstrated differential expression of over 2000 genes, the most abundant functional families are displayed in Figure 5B.
