Sentence examples for more selective effective from inspiring English sources

We believe such an approach will lead to the development of more selective, effective, and individualised therapies for cancer patients which, very importantly, will have reduced side effects relative to current chemotherapeutic agents.

"I use this acronym SEE," said Stephen M. Lord, director of homeland security and justice issues for the Government Accountability Office, which has issued many lengthy reports about the T.S.A. "They need to make the process more selective, more effective and more efficient".

This discovery may pave the way to a rational basis for the development of novel, more selective and effective treatments for menopause.

Such nanocarrier-based drug delivery systems for doxorubicin could be more selective and effective than the free drug and have the promise to result in reduced toxicity and side effects in patients, along with a smaller drug dose needed for chemotherapy [68].

84 The therapy of skin infections can also profit from a more selective and effective delivery of the antimicrobial drug.

On the basis of ISA27 structure, we designed and synthesised a series of new modified compounds, which should be more selective and effective than ISA27.

It was described by other researchers that rod-shaped nanocarriers have unique characteristic and are more selective and effective in cancer delivery systems than when compared with the spherical shape of the same material [ 12].

CP-320626 bears more selective and effective binding properties than those of flavopiridol compounds, and the efficacy of its antiproliferative action and mechanisms involved in limiting human cancer growth are yet to be reported.

Advances in our understanding of the molecular mechanisms through which cancer cells bypass the apoptotic programme has aided the design of novel, potentially more selective and effective strategies for cancer treatment.

In particular, a better comprehension of the molecular events that underlie malignant transformation will reveal potential novel drug targets for the development of more selective and effective anticancer therapies or identify novel biomarkers for disease progression or personalized patient stratification.

These advances can be used to efficiently create new drugs more selective and more effective.