The phrase "assay technologies" is correct and usable in written English.
It can be used in contexts related to scientific research, diagnostics, or analytical methods where various techniques for testing or analyzing substances are discussed.
Example: "The development of new assay technologies has significantly improved the accuracy of disease detection."
Alternatives: "testing methods" or "analytical technologies".
It separated those 400 attendees from the startup founders, who hawked their technology – engineered shrimp replacement and cheaper cell assay technologies – to the VIPs.
Doi, N. et al. Novel fluorescence labeling and high-throughput assay technologies for in vitro analysis of protein interactions.
Current cellular assay technologies typically measure changes in the functional consequence of AR agonism, namely transcription of androgen-responsive genes.
Many current commercial fissile assay technologies have a limitation in accurate and direct assay of fissile content.
Significant progress has been made in reprogramming protease specificity, largely because of the development of high-throughput assay technologies allowing the isolation of protease variants from large libraries.
In addition, the availability of qualified biomarker assay technologies, resources to conduct such studies, and real-time analysis of samples to detect inter-species differences that may affect the determination of optimal sampling time points must be taken into account.
The cytokine blockers programme has its origin in the collaboration of Mercachem with Vipergen using its unique DNA-encoded library and Binder Trap Enrichment® (BTE) assay technology (www.vipergen.com).
Advances in multiplexed assay technology at the gene, protein, and cellular level have enabled the identification of 'actionable biomarkers'; that is, biological metrics that can inform clinical practice.
The endothelin receptor antagonist activity was determined by in vitro Förster resonance energy transfer (FRET) using GeneBLAzer® assay technology.
An important obstacle hindering such efforts were limitations in assay technology, which prevented the broad examination of the plasma proteome.
In this historical review, we describe how the evolution of fundamental concepts in endocrinology and in hormone assay technology have faceted the laboratory as we know it today.
