Sentence examples for morphology we studied from inspiring English sources

To verify the effect of withdrawing ischemia on cellular morphology, we studied the morphology of the cells by placing the ischemia treated cells on non-ischemic vascular bed.

In parallel with the analysis of cellular morphology, we studied the effect of TUBB3 silencing on the mt dynamics using live cell imaging of A549 cells stably expressing GFP– α-tubulin.

To correlate morphology to function, we studied the levels of expression of CD68 (ED1) as a marker for macrophagic function, and MHC II for antigen presentation ability (Table 1), both being practically undetectable in naïve/healthy animals.

To determine the role of mitochondrial morphology changes in age-dependent mitochondrial dysfunction, we studied mitochondrial morphology in body wall muscles of the nematode C. elegans.

Following the above discussion on the importance of the morphology of the PbCl2 film on the final morphology of the perovskite film, we studied the structure of PbCl2 thin films sprayed on an ultrasonically vibrating substrate in Fig. 5 and its relation to the characteristics of the perovskite films.

To further analyze the effects of PHB on mitochondrial morphology in STS treated GCs, we studied the consequences of knockdown of PHB in presence or absence of STS on mitochondrial morphology by immunofluorescence microscopy.

We studied the morphology and the phase-separation of the film before and after Au sputtering.

Using molecular dynamics simulations method, we studied the morphology transformations of unzipped CNTs with different unzipping patterns.

We studied the morphology evolution of individual three-particle W Cu W agglomerates during sintering anneals at 1000 °C.

To analyze the morphology of the tibial plateau, we studied 100 computed tomographic scans of arthritic knees and measured the mediolateral (ML) and anteroposterior (AP) dimensions as well as their aspect ratio using 3 reference axes of rotation: transepicondylar axis (TEA), posterior tibial margin (PTM), and anterior tibial tuberosity (ATT) axis.

To investigate the role of Hes1 for thyroid development, we studied thyroid morphology and function in mice lacking Hes1.