Molecular screening for NRPS, which shows peptide producing capability, has also shown that endophytes are potential producers of peptides.
The existing evidence does not support the wide application of rapid molecular screening for MRSA.
The single function call makes it easy to integrate into larger QSAR and in silico molecular screening studies.
Currently, molecular screening for (NRPSs) in endophytes is being performed to assess the peptide-producing capability of isolated fungi or bacteria, which are important natural product targets nowadays.
The superior structural, mechanical, and electronic properties make the γ-CFs potential candidates for application in electronic and thermoelectric devices, hydrogen and energy storage, and molecular screening.
Unravelling the genetic determinants of low nephron number, along with early molecular screening, may well help to identify children at risk for cardiovascular disease.
Recent national guidelines suggest that all couples contemplating pregnancy should be informed of molecular screening for CF carrier status for purposes of genetic counseling.
This emphasises the importance of molecular (screening) techniques to obtain structural and functional insights, minimise energy input, and maximise product output by means of integrated microbiome processes.
The large allelic and genetic heterogeneity of FH requires high-throughput, rapid, and affordable mutation detection technology to efficiently integrate molecular screening into clinical practice.
This paradigm is challenged by the need to perform widespread molecular screening in certified laboratories, with results available to clinicians within reasonable timeframe.
To address this issue the authors have performed an extensive molecular screening of connexin (Cx) expression patterns in ciliary epithelium of the rat.
