Sentence examples for lifecycle expression from inspiring English sources

Lifecycle expression profiles of the sequence-verified SmVAL family members (SmVAL1-13) were obtained by real-time RT-PCR using cDNA created from the mRNA of selected S. mansoni life-stages (Fig. 7).

The extensive lifecycle expression analysis indicates several SmVAL transcripts are upregulated in infective stages of the parasite, suggesting that these particular protein products may be linked to the establishment of chronic host/parasite interactions.

Quantitative lifecycle expression profiling demonstrated distinct SmVAL expression patterns, including transcripts specifically associated with lifestages involved in definitive host invasion, transcripts restricted to lifestages involved in the invasion of the intermediate host and transcripts ubiquitously expressed.

The focus of our study was to examine the effect of stress that the parasite encounters throughout its lifecycle on the expression of var genes.

Lifecycle- and tissue-specific expression of ORs identified 30 variable, 23 constitutive and 9 adult-specific expression patterns (Supplementary Fig. 22), indicating that P. xylostella possesses a high potential for adaptation to chemical cues from host plants (Supplementary Fig. 2).

This study has provided detailed information on changes in gene expression across lifecycle stages of the filarial parasite B. malayi.

Thus, in addition to the neutrophil membrane mediating cell processes during the neutrophil lifecycle, changes in membrane expression allows for in vivo regulation of cellular function.

This indicates that regions downstream of these splicesites function in the HPV lifecycle to repress the expression of the early HPV proteins including the E6 and E7 oncoproteins.

Analysis of gene expression patterns of lifecycle in B. malayi has provided novel insights into the biology of filarial parasites.

Here, distinct examples of normalised SmVAL gene expression throughout the lifecycle were revealed including those displaying either developmental or ubiquitous patterns.

The resultant microarray was used to capture the temporal and spatial changes in gene expression throughout the lifecycle of the tobacco plant.