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).
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.
Broader, more systemic changes are needed to boost digital evolution in this type of environment.
Besides, the ternary metals are supposed to generate synergistic effect to boost hydrogen evolution reaction (HER) properties of CoMoO-S/NF via sulfurization in the second step.
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.
Downtown has not finished its blistering evolution: Boosted by a closer relationship with the federal government, it is poised to add new neighborhoods behind Union Station, above the entrance to Interstate 395, in place of the FBI headquarters and in Southwest Federal Center, southeast of the Ellipse, where condos may rise to overlook Independence Avenue and the Mall.
The recognition that multiple cell types determine ALS evolution has boosted the need to understand the relative contribution of providing beneficial signals to different cell types involved in the disease.
After years of development, boosting the electrochemical hydrogen evolution performance of MoS2 catalyst through the traditional methods, such as defect engineering and conductivity improvement, has reached their limit.
Graphdiyne with π-conjugated structure of sp- and sp2-hybridized carbon atoms, can not only act as conductive electron mediator bridges to collect photogenerated electrons and boost the O2 evolution kinetics, but also used as a promising substrate for stabilizing Ag3PO4 in the composite.
The ability to select specific human antibodies by display technologies and to improve their affinity, stability, and expression level by molecular evolution has further boosted the field.
