Sentence examples for better understand the sequence from inspiring English sources
Viewed together, these genome-wide investigations based upon deep sequencing are needed to better understand the sequence and/or structural determinants underlying the "RNA editing codes", taking our understanding to new levels at which functional consequences of RNA editing can be explored in a global manner.
The chemical carcinogenesis model of skin cancer has been used extensively to better understand the sequence of events and the nature of lesions that appear during the course of the carcinogenesis process [1].
To that end, the National Human Genome Research Institute NHGRII) has initiated a variety of research projects to better understand the sequence.
Prophase I is thus further subdivided (in Drosophila oocytes: leptotene, zygotene, and pachytene) to better understand the sequence of important regulatory events that occur during this prolonged period.
By examining intracellular regions of co-clustered SURFINs, PfEMP1 and SICAvar proteins, we now better understand the sequence conservation pattern present among these major Plasmodium VSAs.
To better understand the sequence diversity between these mollusk species, we compared the L. stagnalis cDNA sequences (7712 sequences with an average length of 862 nucleotides) with the EST sequences from A. californica reported by Moroz et al [ 38].
To better understand the sequence-dependence of peptide-MHC binding, we have taken a novel approach to exploring the amino acid preferences of various human and mouse MHC alleles [10].
Stressful experiences such as childhood trauma and depressive symptoms have both been implicated in the initiation of drug use; however, longitudinal designs have not yet been used to elucidate their respective roles to better understand the causal sequence.
7 To better understand the movement sequence in PON1mut, it seems that mutations act in two ways.
The maturation of experimental protein folding has driven the need for more quantitative protein simulations to better understand the balance between sequence details and fold topology.
To better understand the type of sequence variation in our mitochondrial populations, we analyzed the SNP effects, which were subdivided in three classes by the snpEff software (Cingolani et al. 2012).
