Sentence examples for microscopy evidence that from inspiring English sources

Gems are believed to assist CBs in snRNP biogenesis, though it has also been suggested from microscopy evidence that CBs and gems are different manifestations of the same structure.

Elemental mapping in the scanning transmission electron microscopy evidenced that the segregation of lanthanide ions into the Na5Gd9F32 lattice was in situ formed without the requirement of long-range ionic diffusion.

Analysis of changes in cytoskeleton components (microtubules and F-actin), FAK protein, as well as time-lapse video microscopy evidenced that HeLa cells were induced to undergo apoptosis, without losing adhesion to the substrate.

Microscopy evidence indicated that fracture in hydrogen-precharged materials was governed by localized deformation.

Immunogold transmission electron microscopy provided evidence that the allergens are transported through the pollen tubes during germination.

High-resolution transmission electron microscopy analyses evidence that the top layer grows in homoepitaxy with the seed layer with a microstructure consisting of single crystal columns crossing the interface between the layers.

In earlier studies, the presence of synaptonemal complexes shown by transmission electron microscopy provided evidence that Pneumocystis could replicate by a sexual process [49].

Scanning electron microscopy found evidence that a knife was used to cut the hair three to five days before death.

Single‐molecule fluorescence microscopy provides evidence that BICD2N and dynactin stimulate processivity by regulating individual dynein complexes, rather than by promoting oligomerisation of the motor complex.

As seen in the cases discussed in this paper, urine microscopy provided evidence that endogenous or drug-induced crystals were the proximate cause of kidney injury.

Raman spectra, atomic force microscopy, and transmission electron microscopy provided direct evidence that the WS2 film had an atomic layer thickness and a single-domain hexagonal structure with a high crystal quality.