Sentence examples for for the development of highly sensitive from inspiring English sources
Another interesting material for the development of highly sensitive optical sensors is nanoporous anodic alumina (NAA) [13 21].
The signal amplification technique by microparticle immunoconjugates may provide potentially novel tools for the development of highly sensitive diagnostic systems.
Microresonator-based biosensors incorporating specific biorecognition probes are promising for the development of highly sensitive bacterial detection sensors.
Thanks to the porous nature of the resulting pSi rugate filters, these optical devices have been exploited for the development of highly sensitive detectors [7 12].
These findings are very promising for the development of highly sensitive, and potentially portable immunosensors suitable for fast determination of OTA in food and beverages.
These results open up a new horizon for the development of highly sensitive, highly stable and inexpensive non-enzyme immunoassay platforms as an alternative to conventional enzyme-based immunoassay platforms.
As-synthesized Pd nanorods were used as electrocatalysts for electrochemical oxidation of methanol and the development of highly sensitive platform for hydrazine detection.
Our experimental results showed that the optimized ERG/GCE possessed robust activity in the electrochemical oxidation of acetaminophen, leading to the development of highly sensitive electrochemical sensor for its detection.
Nanomaterials have been widely used in different applications such as cancer diagnoses, cancer treatments based on drug delivery or photothermal therapy, and the development of highly sensitive and selective sensors for monitoring anticancer drugs effects and their metabolism [1 6].
The development of highly sensitive and selective biosensors for the detection of salivary biomarkers has been emphasised for disease diagnosis in effective and noninvasive methods.
Thus, the development of highly sensitive molecular methods appropriate for more technically demanding samples has become a major focus in lung cancer diagnostics.
