Sentence examples for transfer have contributed from inspiring English sources

The genomic composition of these subgroups supports the phylogeny that has been inferred from other methods and further suggests that genomic divergence from an ancestral form and lateral gene transfer have contributed to their evolution.

It seems more likely that more efficient information transfer has contributed to the hypergrowth of economic parasites in certain nations which lacked effective cultural, economic, or legal immune systems against this ongoing infestation.

However, the genomes provide evidence that horizontal gene transfer has contributed to the evolution of drug resistance.

A portion of the FCT region gene content in the serotype M2 strain is more related to genomic islands present in six sequenced GBS strains than to the other GAS variants [104], [105], consistent with the idea that horizontal gene transfer has contributed to diversification in this chromosomal segment.

In recent years, these cash transfers have contributed the equivalent of about 30% of Kyrgyzstan's economy and about 50% of Tajikistan's.

These relationships illustrate that recombination and gene transfer events have contributed to the diversity of genomic locations observed for each of these two distinct toxin complex types A2-A3-A4 A2-A3-A4 A2-A3-A4in these serotypes and subtypes.

In reality, horizontal transfer might have contributed to the evolution of many other genes also, which makes it a dominant force in prokaryotic evolution.

However, it is also possible that discontinuation of care as a consequence of transfer might have contributed to the decrease in feelings of control during labour for both groups [ 19, 20].

The results indicate transferred emissions have contributed an historic 36 Gt CO2 of cumulative emissions, have grown rapidly during the past 30 years (up to 8% of total emissions) and are likely to become increasingly influential in the near future as the global economy recovers.

It is very unlikely that horizontal gene transfer (HGT) may have contributed to generate the two modern PGRS types of populations (PGRST2 and PGRST3).

Gene transfers seem to have contributed significantly to the evolution of metabolic pathways in eukaryotes, as shown here for de novo NAD+ biosynthesis.