Sentence examples for much less repetitive from inspiring English sources
The rice genome is much smaller at approximately 430 Mbp and is much less repetitive at approximately 40% [ 47].
The transcriptome data was first used to determine gene structures for G186A as the G186A genome contains much less repetitive DNA than the G217B genome.
The experiments show that the "repertoire" of heavy chains in the antibodies of the B-1a cells is much less random and more repetitive than that of B-2 populations.
As array measurements for repetitive genetic elements are much less reliable than for unique sequences [35], repetitive elements such as IS and transposases were excluded in subsequent genomic comparisons.
However, during elongation of polyQ amyloid, the alignment constraints on incoming polypeptide chains are much less rigorous because of the repetitive and degenerate nature of the primary sequence.
Despite the same physical genome coverage and much higher base coverage, short-insert libraries (PE and 3 kb MP) were much less efficient in spanning long repetitive elements, such as LINEs or LTRs, than larger insert MP libraries (≥ 15 kb).
The problem of repetitive claims is much less prevalent in coastal New York and New Jersey, where FEMA estimates Hurricane Sandy flooded 100,000 insured homes.
Functioning much like an extremely focused, one-dimensional version of the human brain, these complex computer algorithms develop strategies that emerge through so many repetitive mathematical calculations that few humans could reproduce, much less endure them.
The repetitive controller with the generator is implemented with much less memory elements than the previous ones.
Compared with copy number alterations in arrays of tandem repeats, much less can be said about mechanisms responsible for initial tandem duplications of repetitive sequences.
The seven sense tags found throughout the repetitive encoding region of the full-length MaSp1 were much less abundant (mean cpm in MA glands = 14-567), consistent with selecting for the 3′-most occurrence of the DpnII recognition sequence.
