Sentence examples for multiple differentiation characteristics from inspiring English sources
SMSCs from RA patients (RA-SMSCs) showed normal population doubling, cell viability, multiple differentiation characteristics, and surface markers.
We demonstrated that RA-SMSCs showed normal population doubling, cell viability, multiple differentiation characteristics, and surface markers; and also in either MLR or PBMCs proliferation stimulated with PHA, RA-SMSCs showed normal immunomodulation function compared with HD-SMSCs.
The AS-BMSCs at active stage showed normal proliferation, cell viability, surface markers and multiple differentiation characteristics, but significantly reduced immunomodulation potential (decreased 68 ± 14%); the frequencies of Treg and Fox-P3+ cells in AS-PBMCs decreased, while CCR4+CCR6+ Th cells increased, compared with healthy donors.
In the present study, we found that AS-BMSCs showed normal proliferation, cell viability, surface markers and multiple differentiations characteristics, but significantly reduced immunomodulation potential; also, the frequencies of Treg and Fox-P3+ cells in AS-PBMCs decreased, but CCR4+CCR6+ Th cells increased.
We have isolated postnatal mouse heart-derived Sca-1+/CD31 CPCs by MACS, which can be propagated in vitro over the long-term while retaining stemness characteristics and multiple differentiation potentials.
To evaluate the biological properties of AS-BMSCs, compared with those of HD-BMSCs, the studies for growth characteristics, cell viability and multiple differentiation potentials in vitro were performed.
Our data suggest that RA-SMSCs showed normal biologic characteristic, such as cell-population doubling, cell viability, multiple differentiation, and surface markers, compared with HD-SMSCs.
SP stem cells of synovium tissue have been found by Yamane et al., to possess high chondrogenic properties [ 18]; however, the precise characteristics such as stem cell marker gene expression profiles or multiple differentiation properties were not determined.
No changes in the differentiation characteristics of RPCs were observed.
We next examined erythroblast differentiation characteristics by monitoring cell surface expression of CD71 and Ter119 combined with forward scatter (FSC) using flow cytometry14.
Differentiation characteristics of newly established medulloblastoma cell lines (D384 Med, D425 Med, and D458 Med) and their transplantable xenografts.
