The glowing protein is now a widely used biological highlighter that helps scientists find and study genes more quickly.
The result is a kind of biological highlighter that allows scientists to watch where particular proteins and genes move within a cell (see "Biotech's Glowing Breakthrough").
Furthermore, implementation of these designs in biological systems highlights the potential of using these tools to build microbial cell factories for the production of chemicals and fuels.
Biological evaluation highlights a stronger enzymatic inhibition for the new derivative, while its antifungal activity drops probably because of pharmacokinetic issues.
Furthermore, implementing these synthetic regulatory RNAs in biological systems highlights the potential for designing synthetic cell systems for chemical synthesis, environmental, agricultural, and medical applications.
This well established inhomogeneity of biological networks highlights the role of hubs, a small minority of strongly connected proteins [2], [3], which govern a networks integrity.
This diversity of approaches for modeling biological systems highlights the renewed importance of the contributions of mathematics, informatics and physics to systems biology [ 137- 139].
The knowledge management model and user-friendly Web site of the 1992 Convention on Biological Diversity highlight approaches that may also prove effective for the Espoo Convention.
The biological data highlighted three compounds as being more active than the others, having a marked ability to inhibit the polymerization of tubulin in vitro and causing significant disruption to the microtubule network in vivo.
Subsequently, selected pathways were drawn manually for biological phenomenon highlighted by the correlations of molecular abundance.
