Sentence examples for many organisms encode from inspiring English sources

Assessment of GenBank NR and dbEST databases reveals that many organisms encode a number of proteins with homology to eIF4E.

While in some cases these tRNAs are entirely derived from the cytosol by active transport through the two mitochondrial membranes [1], the mitochondrial genomes of many organisms encode a majority or all of the tRNAs required for mitochondrial protein synthesis.

In many organisms, the genes encoding Ub are found in two forms.

A selective advantage is suggested to organisms encoding simultaneously LysRS1-2.

Growing evidence from genome/EST sequencing projects has revealed that many organisms contain multiple genes encoding proteins that have sequence similarity to recognized, or prototypical, eIF4E proteins such as mammalian eIF4E (reviewed in [ 25- 27]).

Whereas Drosophila encodes only DmPUM, many organisms, including C. elegans, contain two or more genes encoding Puf proteins, which can fulfil partly redundant functions [41].

In many cases, a particular organism encodes the enzymes for only one of these two metabolic pathways in its genome.

However, in many organisms, sufE homologues are separately encoded at locations outside of the suf operon, so their presence cannot be excluded by our analysis.

In many organisms, multiple AGO proteins are encoded and can bind to sRNAs with differential preference for sequence or structural features.

In many organisms studied, the mitochondrial RISP is encoded by a single gene, while the mitochondrial RISP in tobacco is encoded by a small gene family, which can be divided into three subfamilies.

Intraspecific variation in resistance to natural enemies has been documented in many organisms and can stem from factors encoded in the host's genome or those acquired from microbial associates [ 11- 16].