"higher detection sensitivity" is grammatically correct and can be used in written English.
This phrase refers to the ability to detect or sense something at a higher level or with greater accuracy. Example: The new technology has a higher detection sensitivity, allowing scientists to detect even the smallest traces of the virus in a sample.
Another possible reason for higher detection sensitivity is the use of multiple capture and intermediate oligos to detect a target in multiple regions, which significantly increases the binding of gold NPs and could overcome the diagnostic challenge posed by potential gene mutations.
The MS experiment shows that the ion source has higher detection sensitivity.
Different strategies of reagent injection were investigated to obtain a lower reagent blank and a higher detection sensitivity.
The application examples show that the DPT has higher detection sensitivity and leak resolution than the traditional pressure transmitter.
The developed AuNF@FeTPPCl-based colorimetric immunosensor exhibited higher detection sensitivity for FB1 and HBsAg than the corresponding HRP-based immunosensors.
In these tests, the RMDS system was found to have a unique technique for background subtraction, which results in a higher detection sensitivity.
They have developed various biomolecule and cell concentration devices using this phenoemenon, enabling higher detection sensitivities for immuoassays, enzyme activity assays, and cell based assays.
Relative to standard univariate modeling, they generally obtained higher detection sensitivities with sRRR, and rapid gains in sensitivity as the sample size increased.
This sensing and detection technology features the highest detection sensitivity, which can detect analytes at extremely low concentrations instantaneously.
Our analysis indicates that this scheme has very high detection sensitivity and can detect the fault conditions at the early stage.
Among the different characterization techniques, radioactive tracer technique is one of the sensitive analytical techniques, mainly because of its non-destructive nature, high detection sensitivity, capability of in-situ detection, and physico-chemical compatibility with the material under study.
