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Therefore, relating proteins on the basis of the chemical similarity of their ligands, which is motivated by the BLAST theory [18], rather than by their protein sequences, could provide new insights into the relationships between structurally dissimilar but functional related proteins.
The abundance and repetitive nature of TE sequences could provide a natural mechanism for the generation of multiple miRNA genes, along with homologous target sites, dispersed throughout the human genome.
Clusters of REP sequences could provide an appropriate context to recruit all the elements playing a role in transposition.
The apparently conservative nature of forelimb versus hindlimb timing may mean that of skeletal chondrogenesis sequences could provide useful phylogenetic characters at higher taxonomic levels in tetrapods.
Like proteins, the occasional transcription and changing events in non-genic sequences could provide raw material generating de novo lncRNAs [ 9].
With the model legume species 39.8% (Medicago) and 34.6% (Lotus) sequence similarities were identified whereas in the case of cowpea, 7.1% pigeonpea sequences could provide similarity results.
Similar(50)
Therefore, investigating the exact positions of phosphorylation sites in GPCRs sequence could provide useful clues for drug design and other biotechnology applications.
However, plasmid genome sequencing could provide better insight into this, which was not performed.
This sequence could provide functional proteins despite missing a C-terminal portion.
Next-generation sequencing could provide both copy-number profiles and somatic breakpoint sequences in cancer genomes [ 32, 33].
Both research participants and the public anticipate that sequencing could provide them with actionable information about individual disease risk.
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