Sentence examples for assessment of stem from inspiring English sources

This algorithm works well to provide a faster, easier, and more reliable method than manual measurement for the confluency assessment of stem cell cultures.

Additionally, approaches for the manufacture and assessment of stem cell hydrogel constructs will provide a guide to expand the utilization of biofunctional hydrogel systems.

Prior to starting at Stanford, Dr. Kotadia led the STEM Equity & Inclusion Initiative at the University of California, Berkeley where she conducted an institutional assessment of STEM diversity programs and advanced partnerships in equity, inclusion, and diversity to ensure student and research success in STEM academic units.

Such non-invasive techniques are needed to help overcoming the current bottlenecks in the manufacturing and quality assessment of stem cell populations, which are key factors for the future advancement and widespread clinical use of regenerative medicine therapies.

We surveyed a panel of neuroblastoma cell lines for subpopulations by assessment of stem cell marker (CD34, CD133, Nestin) expression, the presence of a verapamil sensitive side population and the ability to form clonal spheres.

We suggest precise assessment of stem antetorsion intraoperatively by means of computer navigation, preparing the femur first.

After 5 weeks of growth initial non-destructive assessments of stem height and leaf chlorophyll content (SPAD-502 leaf chlorophyll meter; Konica Minolta Sensing, Japan) were carried out and two experimental treatments (well-watered, WW; water-stress, WS) were started.

The lab provides centralized access to multiple technologies that enable the derivation, differentiation, characterization, isolation and functional assessment of pluripotent stem cells and their tissue-specific derivatives.

Therefore, multimodality PET-MRI could provide more comprehensive assessment of implanted stem cells than those offered by each individual imaging technique.

The latter comprised measurement of both acute changes in mature blood indices and also an assessment of haematopoietic stem cell function.

For example, major challenges currently faced within regenerative medicine include the assessment of purity of stem cells or stem cell-derived populations, the former to confirm faithful cellular reprogramming and the latter to eliminate the risk posed by introduction of undifferentiated stem cells in vivo.