The phrase "abundant gene expression" is correct and usable in written English.
It can be used in scientific or biological contexts to describe a high level of gene activity or production of gene products.
Example: "The researchers observed abundant gene expression in the treated cells, indicating a strong response to the treatment."
Alternatives: "high gene expression" or "elevated gene expression".
Through high-throughput microarray technique, we can monitor gene coexpression trends across various conditions, treatments, or samples from abundant gene expression profiles (Data S3) because different subcellular compartments often show distinct subcellular environments and proteins found within the same localization play similar function roles on time synchronization [57].
Microarray technology is providing us with increasingly abundant gene expression level datasets.
Its gene promoter has been used to specifically drive abundant gene expression in the SGs of transgenic mosquitoes [ 33].
Transcriptome analyses performed with RNA-seq technology revealed abundant gene expression in methanol and a high level of up-regulation of about 40% of the genes.
The observed discrepancies between SAGE and PCR results can be explained by the difference in detection sensitivity between techniques: RT-PCR is far more sensitive than SAGE in detecting low abundant gene expression.
The most abundant gene expression changes were observed for genes related to: mitochondria, ion transport, cell adhesion, and interconnection/vesicle signaling (Table 2).> -wrap-foot>> -wrap-fOver Ovexpressedsed gene names are highlighted in italic font.
These findings indicate that there is abundant intraspecific gene expression variation within in a single, somatic tissue.
The model predicts and functionally annotates dataset specific miRNA regulatory networks using abundant coding gene expression data.
As shown in flowering seeds, aspects of reserve accumulation and late embryogenesis abundant (LEA) gene expression are controlled largely by the coordinated action of transcription factors [ 44].
Our results demonstrate that there is abundant intraspecific gene expression variation within in a single, somatic tissue and uncover new candidates for adaptive regulatory evolution between populations.
It was particularly striking that while the S1-106 and S1-32 drivers produced abundant target gene expression in adult fat body, they did not support expression in the larval fat body.
