Sentence examples for evolution for improved from inspiring English sources

4. We expanded our award-winning book series with The Five Senses, a book that provides a detailed overview of the changes we experience in our senses as we age and practical guidance on managing this evolution for improved quality of life.

One of these proteins (Family B) was optimized by directed evolution for improved binding affinity.

It has previously been reported that a strain harbouring a multicopy plasmid was more prone to evolution for improved aerobic growth on xylose than the corresponding strain with all genes integrated on the genome [ 13].

Methods and Results: A novel DNA amplification system, including a DNA polymerase engineered via directed evolution for improved tolerance to common plant-derived PCR inhibitors, was evaluated and PCR parameters optimized for three species.

For example, previous reports have shown that many α/β hydrolase fold enzymes, including lipases, have been successfully reengineered by directed evolution for improved thermostability as well as tolerance to a variety of polar solvents such as dimethylsulfoxide (DMSO), dimethylformamide (DMF), and acetonitrile (MeCN) [ 14- 18].

Chemical modification has now re-emerged as a powerful complementary approach to site-directed mutagenesis and directed evolution for improving activity and stability of enzymes [ 18, 19].

Hypoxia has a key role in defining the behaviour of many cancers including head and neck squamous cell carcinomas (HNSCCs) (Nordsmark et al, 2005) and breast carcinomas (BCs) (Fox et al, 2007); thus the identification of common hypoxia-regulated genes is important both for understanding of cancer evolution, and for improved prognosis or development of novel therapies.

A modified version of MOABC, named as evolutionary multi-objective ABC (EMOABC) is also proposed which incorporates the characteristics of simulated evolution (SE) algorithm for improved local search.

Here, we established an experimental evolution approach for improving microbial metabolite production by imposing an artificial selective pressure on the fluorescent output of a biosensor using fluorescence-activated cell sorting.

The rate of hydrogen evolution could also be maximized using catalysts for improved hydrogen evolution, such as nickel foam or steel wool.

In addition, morphometric similarities between different loess landscapes needs to be addressed and the historical and spatial contingency inherent in loess-landscape evolution incorporated in models for improved spatial prediction of loess parent materials.