Sentence examples for microscopy to find from inspiring English sources

The control system uses a self-sensing contact detection method, which is inspired by self-sensing scanning probe microscopy, to find the reticle edge.

Haloupek, a current Ph.D. student in the Eva Nogales lab, and Tenthorey, formerly in the Russell Vance lab, used cryo-electron microscopy to find that NAIP5 and NLRC4, proteins of the innate immune system, form an "inflammasome" by identifying and latching onto a protein called flagellin that forms the whip-like flagella of bacteria.

Rails with squat defects in different stages were removed from the site, investigated and inspected visually, ultrasonically, optically and by using electron microscopy to find the main cause of crack initiation and squat formation Microscopic observations revealed primary, secondary and tertiary cracks in the transverse section of rails, and differences in crack surface appearance.

We selected specimens expressing mem-TdTomato in single neurons for detailed analysis by confocal microscopy to find single fibers in 100% of the cases (N = 42) (Figure 2 D), indicating that neurons do not project branched fibers towards any individual neuromast.

Each 1 ml fraction was carefully fractionated from the centrifuge tubes and was observed by fluorescence microscopy to find MFIB-containing mitochondria.

Kuo et al. have used second harmonic generation with multiphoton microscopy to find a change in the penetration profiles of ZnO NPs with various chemical penetration enhancing agents [ 24].

In addition, studies using pulse field gel electrophoresis and electron microscopy failed to find a single circular strand of DNA, instead finding many smaller subgenomic circles and linear strands of DNA consistent with rolling circle replication products ([ 35] and references).

Atomic force microscopy and high resolution scanning electron microscopy were used to find the true surface relief corresponding to persistent slip markings emerging from persistent slip bands on fatigued polycrystalline austenitic and ferritic stainless steels.

The 3-D rotational study using confocal microscopy was designed to find nuclei in string vessels.

Size-selected SWCNTs were studied with transmission electron microscopy in order to find the correlation between the on-line DMA measurement data and the SWCNT morphology.

Solutions were characterized with UV vis NIR absorbance spectroscopy, Raman spectroscopy and atomic force microscopy in order to find optimal ranges of these parameters for this particular system.