Sentence examples for characteristic footprint from inspiring English sources

Excision of Ac/Ds elements leaves a characteristic footprint (minor sequence changes) at the donor site.

This does not seem unreasonable, given that the TDG mutation was a G → T transversion, a characteristic footprint of oxidative DNA damage and/or MMR deficiency, rather than a C → T transition typical of deamination.

Because Pol II and TFIIF are known to be tightly associated to each other physically and functionally (Roeder, 1996) and they both rescue PIC assembly from the inhibition (TFIIF partially and Pol II completely), we next added them together to the reaction and observed, as expected, the characteristic footprint changes associated with Pol II engagement (lane5).

Such events leave characteristic footprints in the genome, such as phylogenetic incongruence between mitochondrial and nuclear genes, regions with high levels of single nucleotide polymorphism (SNPs) and multiple mitochondrial lineages.

Its dispersal through human migration left characteristic footprints induced by mutations that have been used to assign sequences to haplogroups [3].

We have identified an ADPKD-characteristic footprint of 155 proteins significantly up- or downrepresented in the urine of ADPKD patients.

Global, constant-velocity, translational motion in an image sequence induces a characteristic energy footprint in the Fourier-transform (FT) domain; spectrum is limited to a plane with orientation defined by the direction of motion.

An aged follicular microenvironment could impact oocytes and leave a characteristic transcriptional footprint in the surrounding CCs.

Each EFM produces a characteristic dynamic footprint in the environment in terms of consumed or produced metabolites, which is more an effect rather than a cause.

The underlying principles are: (i) only a moderate number of EFM are active at given environmental conditions, (ii) the envirome plays a critical role in their regulation, and (iii) active EFM deliver a characteristic environmental footprint that can be used for their identification.

Fixation events in the course of adaptation are expected to leave a characteristic molecular footprint on linked sites, where adaptation from new mutation is accompanied by the signature of a 'hard sweep', i.e. a steep decline in nucleotide diversity around the fixed site characterized by an excess of rare alleles close to the selected site.