Sentence examples for repetitive modification from inspiring English sources

It is expected designers and R&D specialists can consider the competitiveness of product cost in the early stage of product design to reduce product development time and cost resulting from repetitive modification.

The cI repressor cassette-mediating modification technique provides desired gene modifications without leaving any traces in the DNA, enabling the repetitive modification of BGM inserts.

HECT-E3s often catalyze monoubiquitylation reactions, during which they specifically modify a lysine residue in a substrate with ubiquitin; alternatively, HECT-E3s are also able to decorate substrates with ubiquitin chains, requiring an initial modification of a substrate lysine and subsequent repetitive modification of specific ubiquitin lysine residues.

The coverage or relative enrichment of coding sequences, repetitive elements and histone modifications on each chromosome were calculated in non-overlapping sliding windows of 10 kb.

To probe these regions, we have used a technique similar to that previously used for studying histone modifications at repetitive regions in the mouse genome [ 32].

The repetitive structure and glycan modifications associated with many Leishmania cell surface molecules suggest that these parasites may interact with CLRs, for example, MR and DC-SIGN [ 6, 45].

These include homology to known metazoan prohormones (e.g., NPY, AKH, 7B2 [ 70, 71]), a confirmed expression in Platynereis neurons (e.g., FVMa, SPY [ 28]), MS evidence (e.g., NGEW, GYa), conservation across lophotrochozoans or annelids (e.g., CCWa, QSGa) and other structural and functional hallmarks of a prohormone, such as a repetitive structure or peptide modifications (e.g., SPRa, QRIa).

Importantly, using coding sequences rather than full length sequences strongly reduced biases caused by vector contaminants, repetitive sequences or post-translational modification such as the addition of trans-splice leaders.

Shadowgraphic data indicate that the presence of perforations on the plug surface results in the weakening and favorable modifications of the repetitive shock structure in the improperly expanded jet flows, leading to the observed reductions in shock-associated noise.

Genomic features that have been shown to correlate with recombination rate include GC content, gene density, gene expression, epigenetic modifications, nucleosome formation, repetitive element composition, isochore structure, but also patterns of genetic variation and differentiation within and between populations.

Genomic features associated with the GWRR include GC content, gene density, gene expression, epigenetic modifications, nucleosome formation, repetitive element composition, isochore structure, and patterns of genetic variation and differentiation within and between populations (Tortereau et al. 2012).