Sentence examples for penetration sensitivity from inspiring English sources

Combination of radioisotopes labeled SWCNTs with radionuclide based imaging techniques (PET and SPECT) can improve the tissue penetration, sensitivity, and medium resolution.

Different molecular imaging techniques have complementary advantages and disadvantages in spatial and temporal resolution, depth penetration, sensitivity, and cost (1).

Recently, this has been minimised by the use of infrared spectrum fluorophores that guarantees acquisition with less background autofluorescence and also greater tissue penetration and sensitivity.

So, there are a lot of characters such as deep tissue penetration, high sensitivity, and elevated spatial and temporal resolution; the water-soluble Ag2S QDs terminated with carboxylic acid group were synthesized by one-step method reported [70].

In addition, the QDs used in this study were not optimized for tissue penetration or imaging sensitivity because the emission wavelength was in the visible region instead of the NIR region.

These studies on (supramolecular) polymers, colloidal particles, emulsions, foams and association colloids showcase the broad application perspective of nanoscopy owing to its high spatial resolution, low invasiveness, high penetration depth, high sensitivity, chemical specificity, and straightforward sample preparation.

This approach yields a higher spatial resolution than the immunoperoxidase technique, although at the cost of antibody penetration and labeling sensitivity.

By combining the advantages of ultrahigh speed swept source/Fourier domain OCT at 1-µm wavelengths, volumetric imaging of retinal structure with increased image penetration and high sensitivity to flow velocities in the central retinal vessels, future investigations could enable time-resolved imaging and quantitative measurement of retinal blood flow.

Currently, research has been focused on further engineering of nanopreparations with functional moieties to facilitate prolonged circulation, targetability, enhanced intracellular penetration, and stimuli-sensitivity.

The recent penetration of high-sensitivity (hs) cTn, replacing the fourth-generation cTn assays further compounds these diagnostic challenges.

This sensor is very efficient in terms of sensitivity and penetration depth.