Sentence examples for relationship genes from inspiring English sources
Activities of this nature, when performed with older elementary students, present ideal opportunities to introduce the term "gene" and the relationship genes have to an organism's changing observable physical characteristics (i.e., genetic change in a population of organisms over time is biological evolution).
Inside this cloud are memories, conditioning, habit, reason, emotion, relationship, genes, and many hidden biological factors.
To examine if this was a simple linear relationship genes were divided into twelve quantiles based on CpGO/E and mean differential expression was plotted for each quantile.
According to this functional relationship, genes encoding the enzymes of the activated methyl cycle (MS, SAMS and SAHH) were also up-regulated in Cx (Additional file 3 and Figure 6).
In this analysis, incorporating 2266 genes with 5' UTR reads and iBAQ data, we visually observe a negative relationship: genes with high levels of relative 5' UTR to CDS translation appear to show lower levels of protein abundance (new Figure 5 figure supplement 2D; new source data in Figure 5 source data 1).
To obtain convincing evidence of such a relationship, genes within the same absent frequency were randomly sorted, and then the 2,407 P/A genes were equally sorted into 29 bins of 83 genes each based on their frequencies among accessions.
The information captured is of the form "gene" "relationship" "gene".
While visualization of such a three-way relationship (gene-strain-phenotype) is straightforward for a single gene, it is not easy for hundreds of genes and multiple phenotypes.
From these relationships, genes which did not have sentences were removed.
This method allowed for multiple correspondences between genes, detection of paralogy relationships, gene fusions, and chromosomal rearrangements (inversion, insertion/deletion).
The phylogenetic relationships, gene duplications and expression profiles of ZmHsf genes were also presented in this study.
