Sentence examples for I transcript from inspiring English sources
The following parameters were considered: i) transcript length, ii) half-life in host cells, iii) base composition, iv) gene ontology (GO), v) RNA class (messenger or non-protein coding).
We analyze four different groups of correlation: (i) transcript levels of different genes, (ii) protein levels of different genes, (iii) mRNA levels with protein levels of different (iv) and same genes.
We analyze four groups of correlations: (i) transcript levels of different genes, (ii) protein levels of different genes, (iii) mRNA levels with protein levels of different genes and (iv) mRNA levels with protein levels of same genes.
Taken together, previous piRNA prediction algorithms were based on the following features: (i) transcript length of 24 35 nt, (ii) nucleotide bias at Position 1 of G expression, (iii) localization in clusters and (iv) differential frequencies of certain k-mer sequences.
It is unlikely that the translocated IGH on der(4) drives expression of any of these three genes using the germline I transcript promoter because of their considerable distance from the IgH and/or incompatible relative transcriptional orientation.
The GBSS I transcript in Kunlun 12 was expressed on average 90 times more than the GBSS II transcript.
To be able to localize the I transcripts in the testis, we used Cyclin B as a positive control.
Four steps were followed: (i) Transcripts were read to gain a contextualized impression of the discussions, and preliminary themes chosen.
Transcripts encoding key regulators of reproductive development were grouped in three major expression clusters corresponding to: (i) transcripts associated to flowering induction, (ii) transcripts associated to flower meristem specification and initiation and (iii) transcripts putatively involved in dormancy.
Murine IGF-I transcript expression was more diverse utilizing multiple exons, start sites, and 3′UTRs.
The genomic architecture and expression of the Igf-1 gene are complex yielding multiple IGF-I transcript isoforms with putative functional contributions to growth and metabolism.
