Sentence examples for broad contributions from inspiring English sources

A population of mesoderm labeled by Eomesodermin has also been shown to contribute to the developing heart, but again these cells have broad contributions in the embryo (Arnold and Robertson, 2009).

Arthur Ross, an investment manager and philanthropist whose broad contributions to the arts and the environment often reflected his passions, from promoting classicism to establishing a grove of pines in Central Park, died yesterday in East Hampton, N.Y.

Halley went on to make broad contributions to science, many of which are celebrated today at the Royal Observatory in Greenwich, where he would take up residence as Astronomer Royal in 1720.

Praising what it called his "great moral strength," the Norwegian Nobel Committee's citation amounted to a salute for an unusually broad contribution by Mr. Kim to "democracy and human rights in South Korea and in East Asia in general, and for peace and reconciliation with North Korea in particular".

The massive amount content development required compels us to adopt an appropriate mix of open-source practices that will encourage broad contribution to the project.

We suggest two frontiers in genome biology are emerging and may intersect: the broad contribution of RNA to interphase chromosomes and the distinctive properties of repeat-rich intronic or intergenic junk sequences that may play a role in chromosome structure and regulation.

No matter how singular your objective, achieving it always requires developing and managing a broad contribution system.

These think tanks disclose on their websites who funds them and how much each major donor gives, either by grouping givers into broad contribution brackets or - the true gold standard - by listing exactly how much each donor gave, and for what specific purpose.

Despite difficulty in ascertaining causality, the potential for novel factors of large effect associated with T2D justify the use of EWAS to create hypotheses regarding the broad contribution of the environment to disease.

The interaction between free proton pool and aliphatic proton pool relates to Nuclear Overhauser Effects and provides broad contribution to the MT spectrum around −3.5 ppm [ 32, 43].

The broad contribution of splicing to posttranscriptional control needs to be taken into account when interpreting results of large-throughput genetic enhancer screens.