The phrase "able to rapidly identify" is correct and usable in written English.
It can be used when describing someone's capability to quickly recognize or determine something.
Example: "The software is able to rapidly identify potential security threats in real-time."
Alternatives: "capable of quickly recognizing" or "able to swiftly detect".
While the project is at a very early stage, the goal is to be able to rapidly identify all those infected or sick with leprosy so they can be given preventative therapy or MDT as soon as possible.
Using several versions of this technique, Snyder and his colleagues were able to rapidly identify the proteins that interact with the thousands of arrayed yeast proteins.
However, reverse chemical proteomics methods such as phage, mRNA, and ribosome displays have begun to emerge and others such as cell display, protein and chemical arrays, yeast three-hybrid, the viral and DNA displays are methods that hold the promise of being able to rapidly identify natural product-binding proteins.
Using this approach, we were able to rapidly identify shRNAs that allow bypass of a p53 dependent cell cycle arrest.
While these technologies are able to rapidly identify selected pathogens at the species or strain level, they do not have the capability to provide broad functional information about known or novel organisms.
Most participants were able to rapidly identify their household in map books annotated with local landmarks.
We retrospectively applied bacterial WGS to isolates cultured during a previous outbreak investigation, and were able to rapidly distinguish outbreak from non-outbreak isolates, and to identify the probable environmental source.
Thus, without requiring any rational design or structural information, this new humanization approach allows to rapidly identify various human framework combinations able to support the structural feature(s) of the CDRs which are essential for binding and functional activity.
These results suggested that the multiplex PCR assay was able to rapidly detect and identify L. monocytogenes serotype 1/2a and exhibited high specificity and sensitivity.
We believe that, largely thanks to the use of this tool, we will be able to rapidly and efficiently identify, using cell based and animal models of cancer and diabetes, protein kinases with abnormal enzymatic activity in the disease state.
By combining syndromic surveillance and PCR, we were able to rapidly and accurately identify causative pathogens during a recent respiratory infection outbreak.
