The phrase "automation sensitivity" is correct and usable in written English.
It can be used in contexts discussing the responsiveness or adaptability of automated systems to changes or variations in their environment or inputs.
Example: "The automation sensitivity of the new software allows it to adjust its parameters in real-time based on user interactions."
Alternatives: "sensitivity to automation" or "responsiveness of automation".
Recent improvements in nuclear magnetic resonance (NMR) – automation, sensitivity, resolution, pulse-sequence design and spectral processing – are giving novel insights into a wide range of biotech drugs.
Although further work is needed to cover the detection of all relevant Salmonella serovars in food-producing animals and food products, this work demonstrates the merits of this alternative biosensor approach in terms of automation, sensitivity, specificity, simple handling and limited hands-on time.
They provided the advantages of miniaturization, automation, sensitivity, and specificity for the development of point-of-care diagnostics.
Electrowetting on dielectric (EWOD) based digital microfluidics (DMF) emerges as a modern paradigm for lab on a chip (LOC) application, as it offers advantages of portability, automation, higher sensitivity and high throughput in diagnosis applications.
Can automation improve sensitivity in long-term clinical trials?
Advantages of ESI-MS compared to sequencing include speed of analysis, automation, and increased sensitivity, while retaining a high degree of resolution.
Based on our studies using transgenic animals expressing misfolded sGFP ATZ, we concluded that the ArrayScan VTI and the BioApplication programs possessed the automation, speed and sensitivity to generate a high-quality assay that would permit the quantitative assessment of compound libraries on a continuous physiological variable, such as misfolded protein accumulation.
Polymerase Chain Reaction based tests offer potential for continued development, particularly in regard to sample preparation, to further improve upon sensitivity, automation, throughput and to achieve improved cost-effectiveness.
The advantages of LSC-based quantification over standard manual methods include its automation, its higher sensitivity, and ability to analyse tens of thousands of cells rather than the hundreds of cells in a few high-powered microscopic fields.
Microfluidic technology seeks to improve analysis time, decreasing the consumption of sample and reagents, diminishing the risk of contamination, consuming less power, and sensitivity through automation, integrating multiplexing analysis, and especially portability to provide the possibility of point-of-care applications [38 40].
The simplicity, speed, high sensitivity, and easy automation, together with the reduction or total elimination of the use of organic solvents, have made these techniques attractive for pesticide analysis.
