Sentence examples for reducing the attrition from inspiring English sources

Further support was provided by the Technology Innovation Program (an establishment of risk management platform with the aim of reducing the attrition of new drugs and services) funded by the Ministry of Trade, Industry and Energy (10067737 (K.-S.K.)).

At the University of Phoenix, our significant online and information technology capacities have created systems that identify when students are struggling with course work and steer them toward remediation, reducing the attrition rate cited in your editorial.

However, no mention of this was detailed, with participants apparently accounted for throughout which, if true, is commendable in reducing the attrition bias effect [34].

These findings can be used by HIV programmes to design interventions aimed at reducing the attrition in pre-ART care of HIV infected children in India.

These depressing statistics have led to increased attention on the drug development process, aiming to identify ways of reducing the attrition rate.

These findings suggest that hypoxia treatment improves late-stage infection rates by reducing the attrition rate of EEFs rather than promoting the initial susceptibility of the host hepatocytes to sporozoite invasion.

Even if anglers agree to this, it isn't very likely that the salmon's plunge toward erasure will be halted, but it is one way to immediately reduce the attrition on this glorious fish.

Third, this study adds the importance of nonmaterial incentives to that of material incentives to reduce the attrition rate.

To reduce the attrition of graduate students experienced in many countries (Taylor & Beasley, 2005), supervisors are creating communities of scholars and keeping students more socially and professionally active (Albion & Erwee, 2011; Danby & Lee, 2012; Fenge, 2012; Le, 2012).

This approach may be used as an inexpensive first-line strategy for supplying medicinal chemists with potential drug target sites, which could significantly reduce the attrition rate and lead to more effective therapeutic agents against malaria and other infectious diseases.

The phenocopy approach offers an opportunity to qualify and rank compound classes and single compounds early during hit-to-lead and lead optimization processes, which will subsequently reduce the attrition rates later on, e.g. during toxicological assessment of the development candidates.