Sentence examples for recently leveraged from inspiring English sources

Indeed, Fazi, who recently leveraged his postdoc into a full time position at ANL as a technology innovation strategist with a focus on green tech, says that changing course for him "gave me more perspective in science," he says.

Several groups have recently leveraged these technologies to study the genetic architecture of gene and protein expression traits and have begun to tease apart the complex network of interactions associated with complex traits (Brem et al. 2002, 2005; Schadt et al. 2003, 2005a; Bystrykh et al. 2005; Chesler et al. 2005; Ghazalpour et al. 2005; Mehrabian et al. 2005; Zhu et al. 2004).

In an effort to address some of these shortcomings, advances in stem cell research have recently been leveraged for improving our understanding of BBB development and function.

A flexible Sf9 insect cell line was recently developed leveraging the recombinase-mediated cassette exchange (RMCE) technology, which competes with the popular baculovirus expression vector system (BEVS) in terms of speed to produce new proteins.

Recently the company leveraged its measurement technologies to enter the land-surveying and construction markets.

More recently, it has leveraged its Kindle e-reader to disrupt book publishing and distribution much as Apple did with music with the original iPod.

More recently, efforts have leveraged the power and speed of highly parallel computing in NGS workflows [ 11].

Recently, reports have leveraged the emergence of Intensified Kinyoun's (IK) acid-fast staining technique to detect MTB in general, and more specifically the L forms [ 10, 14].

As well, the dataset has been leveraged recently as a reference set to validate new algorithms for drug repositioning (32), as a standard for comparing successful drug disease and drug gene knowledge entity metrics (33), and as a resource for identifying chemical etiologies of diabetes (34).

Importantly, our data leveraged against recently published transcriptomes for FACS-purified human islet populations will now facilitate routine cross comparison between mouse and human alpha and beta cell transcriptomes.

Leveraging recently developed results on the separability of complex-valued signal mixtures, we systematically construct iterative procedures on a kurtosis-based contrast whose evolutionary characteristics are identical to those of the FastICA algorithm of Hyvarinen and Oja in the real-valued mixture case.