Sentence examples for processes and genes from inspiring English sources

Although only 54% of the unigenes matched characterized proteins at the NCBI database, this dataset extensively covers major metabolic pathways, cellular processes, and genes necessary for response to environmental stimuli and genetic information processing.

However, the relationship between tolerances at the two stages is poor, suggesting that they are regulated by different processes and genes (Singh and Flowers 2010; Hossain et al. 2015; Rahman et al. 2016; Ahmadizadeh et al. 2016).

As with simple leaves, the architecture of compound leaves is defined by spatial/temporal gradients of regulatory gene functions: complexity results from the interplay between leaf differentiation processes and genes maintaining a partial level of indeterminacy in the developing primordium.

We thus tested how EPS of C2C12 cells affected some of the regulators of these processes and genes encoding oxidative phosphorylation (OXPHOS) proteins.

These data provide insights into the types of processes and genes that are fundamental to cell fate choices, proliferation decisions, and, for cells of the central nervous system, the underpinnings of the formation of complex circuitry.

We used a co-ordinated approach to integrate miRNA and mRNA profiling, bioinformatic predictions and biochemical validation to determine miRNA regulated processes and genes potentially involved in disease progression.

ABA synthesis is stimulated by drought and salt stresses and ABA participates in both physiological behaviors such as stomatal movement and photosynthetic regulation (quick processes) and gene expression modification (slow processes) in response to the stresses in plants.

Bioprocessing innovations and cell engineering efforts have improved product titer; however, uncharacterized cellular processes and gene regulatory mechanisms still hinder cell growth, specific productivity, and protein quality.

Nipponbare) made the establishment of direct links between agronomically important physiological processes and gene regulation at the whole transcriptome level possible (Ohyanagi et al., 2006; Yun et al., 2010; Sato et al., 2011; Hamada et al., 2011).

CBPLNs revealed numerous meaningful connections between different biological processes and gene sets, which we were successful in interpreting within the context of liver metabolism.

By contrast, classes of genes involved in metabolic processes and gene expression were specific to CF1.