These chemosensors have been utilized for selective recognition of fluoride anions in dry DMSO solution by typical spectroscopic titration techniques.
It was thus desired that both the expression values and detection calls of microarray profiles can be utilized for tissue-selective gene identification.
Our results revealed substantial differences in structural features required for transport of novel molecules by these transporters which can be utilized for developing transporter-selective antifolates.
As discussed in the electronics section, liquid metals may also be utilized for RF antennas, frequency selective surfaces, and plasmonic devices.
For example, the lack of wt p53 (the product of TP53 gene) in cancer cells can be utilized for therapeutic advantage by selective killing of p53 deficient (p53-/) cancer cells and by protecting p53 wild type cells (p53wt) at normal proliferation rates using antagonistic drugs [ 10, 11].
These silica particles can be utilized for many potential applications including selective adsorbents and catalysts, chromatographic supports and separators in microfluidic devices.
Here we discuss the currently available structural data and strategies that can be utilized for the development of highly selective inhibitors.
The obtained results from pharmacological and molecular modeling studies can be utilized for further optimization of identified hits for selective inhibition of ACE.
This system proved that the sensor is selective towards DNA and can be utilized for detecting mismatches in BRCA 1 gene mutations as shown in Fig. 3 (Rasheed et al. 2014).
As said before, even non-selective ligands still contain activity information which can be utilized for a finely graduated ranking.
