Sentence examples for microscopic techniques allowing from inspiring English sources
The current progress in the development of high-resolution microscopic techniques, allowing the study of living cells, promises exciting new discoveries in the chromatin field.
The two microscopic techniques allow meaningful correlation between RHEED patterns and surface morphology.
Advanced microscopic techniques allow single cell bioluminescence measurements of clock proteins at intervals as short as 20 min. These measurements display almost sinusoidal oscillations [10], [25].
Substantial progress achieved recently in microscopic techniques allowed for increased accuracy of protein mobility measurements in plasma membranes, which have led to paradigm changes in comprehension of its organization and function [1] [4].
This in vivo microscopic technique allows measurements of alveoli in only two dimensions, and thus we measured alveolar cross-sectional area at inspiration and expiration and these data were used to calculate changes in alveolar size with ventilation (I-EΔ).
Recent advances in microscopic imaging techniques allow us to easily obtain a large number of microscopic images of intracellular structures.
New techniques allowing microscopic fibres to be identified also proved critical - a single black nylon fibre from the footwell of Wright's car was found in Nicol's hair, despite the fact her body had lain in water for five weeks before it was discovered.
Astatine is only produced in microscopic quantities, with modern techniques allowing production runs of up to 6.6 gigabecquerels (about 86 nanograms or 2.47 × 1014 atoms).
Further studies employing membrane Ca-current patch-clamp recording and advanced microscopic techniques that allow us to observe the near-membrane Ca domain could provide further details of how estrogens activate Ca signaling events, which in turn influences quantal PRL release.
Metagenomics as well as microscopic techniques that allow for visualization of the physical structure of the microbial consortium are experimental approaches of interest.
Used delicate combination of microscopic and spectroscopic techniques allowed investigation of Sm3+ fluorescence in the vicinity of separate gilded nanoparticles and detection of up to 10 times higher local intensity of emitted light.
