The phrase "assay process" is correct and usable in written English.
It can be used in contexts related to scientific testing, analysis, or evaluation, particularly in fields like chemistry, biology, or pharmaceuticals.
Example: "The assay process is crucial for determining the concentration of the active ingredient in the sample."
Alternatives: "testing procedure" or "analysis method".
The whole assay process can be accomplished within 20 min without complicated sample pretreatment.
The entire microfluidic assay process, including beads trapping, immunoassay reaction, washing and pumping was completed in a centrifugal platform.
After manual dispensing of specimen and reagents the whole assay process could be completed in 18 min.
This method was easy and convenient to operate in homogeneous solution, and the whole assay process can be completed in a single tube.
The process of sample preparation, the whole fire assay process and the final analysis for the PGE had to be automated so that the samples would be processed rapidly and analysed in a FIFO sequence.
Novel synthetic recombinant sensor proteins have been created to detect analytes in solution, in a rapid single-step "mix and read" noncompetitive homogeneous assay process, based on modulating the Förster resonance energy transfer (FRET) property of the sensor proteins upon binding to their targets.
S.W.K.N. developed the signature derivation workflow, identified, refined and validated prognostic and predictive signatures, designed the custom NanoString assay, processed and analysed GE data, and performed statistical analyses and bioinformatics.
This approach enables rapid and specific thrombin detection with reduced costs and minimized material consumption compared with traditional assay processes.
The time resolution in the assay processes provides high content information regarding the extent of the cytotoxicity in addition to the exact time, while the cytotoxicity takes place at different effect to ratio.
These data demonstrate that assay reagents and the assay processes remained stable throughout the study period.
Lastly, we would like to thank Giuseppe Cacciatore for his input of expertise in assay processes and statistical calculations.
