Sentence examples for boost evolution of from inspiring English sources

Once activated by inhibition of the proteasomal degradation of its α subunit (either HIF1α or HIF2α), and by the ensuing association with the stable β subunit (HIF1β), HIF1 can boost evolution of neoplasms by promoting angiogenesis, epithelial-mesenchymal transition, and the glycolytic switch (Brahimi-Horn et al., 2011; Semenza, 2010a).

The review raises the question whether predictability of such self-generated sounds may boost the evolution of entrainment to external rhythms, and whether that in turn may advance vocal learning abilities.

Recent advances in SPECT technology, such as dynamic SPECT and/or fused SPECT/CT imaging, are expected to rapidly boost the evolution of 99mTc-based bombesin radiotracers toward clinically useful compounds.

Thus, assuming that mutations in central genes have a high phenotypic impact, our results indicate that some large phenotypic changes, driven by promoter evolution, may have boosted the evolution of the human lineage.

The evolutionary hypothesis seems to be an adaptive one for what concerns 'the virtual actor, the ego', where syntactical language played a boosting role: During the evolution of primates, increases in demands of action planning, strategic thinking, and complex syntactical language probably necessitated the construction of a conscious phenomenal world (p. 228).

The Simons Foundation has given $38.4 million to establish a new astronomy facility in Chile's Atacama Desert, adding new telescopes and new detectors to existing instruments in order to boost ongoing studies of the evolution of the universe, from its earliest moments to today.

Sexual selection might have given the evolution of hairlessness a boost, as smooth, healthy skin signaled that a prospective mate was parasite-free, Pagel and Bodmer argue in a paper published online 9 June by Biology Letters.

The genome of sorghum has recently been sequenced providing a great boost to our knowledge of the evolution of grass genomes and the wealth of diversity within S. bicolor taxa.

To summarize, the picture is that the evolution of the synthetases was boosted by the emergence of new modes of amino acylation, which also allowed the inclusion of new amino acids to the code.

The present collection of axenic in vitro cultures of Funariaceae accessions, together with the molecular data presented here, is expected to boost the research into natural variation and trait evolution of this emerging model system representing haploid-dominant land plants.

Broader, more systemic changes are needed to boost digital evolution in this type of environment.