Sentence examples for probe program from inspiring English sources

Of particular interest for visualizing protein interactions is the Probe program, which generates contact dots between protein residues that are close enough to interact with one another.

The new contact dot object can be named using the Dots Name textbox and additional parameters can be passed to the Probe program with the Additional Parameters textbox.

The SGC chemical probe program has addressed this problem and generated greater than 30 tool compounds for epigenetic targets to date, with clearly defined properties (Box 1) [ 16].

A fully symmetrical SymROP sequence derived from ROP was chosen by modeling ideal-geometry side chains, including hydrogens, while maintaining the ″goodness-of-fit″ of side-chain packing by calculating all-atom contact surfaces with the Reduce and Probe programs.

Solar TErrestrial RElations Observatory (STEREO), the third mission in NASA's Solar Terrestrial Probes program, launched aboard a single Delta II 7925 launch vehicle on October 25, 2006 from Cape Canaveral.

Rather, it means establishing a permanent lunar base, where explorers can refine the technology and techniques required to colonize Mars, in cooperation with other nations and with private entrepreneurs, all without irresponsibly increasing NASA's budget or shortchanging its admirable robotic space-probe programs.

The work entails the use of temperature and vibration sensors as monitoring probes programmed in microcontroller using C language.

Subsequently, while there were some 16S rDNA sequences, which were not covered by at least three probes, the program selected additional probes with increasing numbers of cross-hybridizations.

Nucleic acid scaffolds can be precisely interfaced with cellular components, making them interesting materials to probe and program immune cells.

The lab is also very active in the rational design of functional nucleic acid architectures to probe and program basic biological processes ranging from bacterial light harvesting to bacterial toxin assembly and trans-membrane transport.

As we illustrate here, these highly programmable, smart complexes are increasingly enabling researchers to probe and program the cell in a sophisticated manner that moves well beyond the use of nucleic acids for conventional genetic manipulation alone.