Sentence examples for combined stem cell from inspiring English sources
In the present study, we combined stem cell technology with a non-absorbable biomaterial for the reconstruction of the ruptured ACL.
These findings suggest that the co-transplantation of HP-AT-MSCs with engineered NSCs can improve both the cell survival and the gene expression of the engineered NSCs, indicating that this novel strategy can be used to augment the therapeutic efficacy of combined stem cell and gene therapies for SCI.
Experimental data may result from combined stem cell and feeder cell responses [6].
This study thus confirms the feasibility of combined stem cell therapy with pro-angiogenic gene therapy.
Thus, human ES cells-derived EC and MC can be used as the new promising cell source for therapeutic vascular regeneration in patients with tissue ischemia in order to realize a novel combined stem cell therapy.
Due to the lack of specific markers for different CPC populations, we combined stem cell markers with markers of early and mature lineages to identify stem cells in transition to cardiomyogenic (Hand1, Tbx5, αMHC) and mesodermal/endothelial cells (Flk1, CD31).
In a second round of experiments, the team combined stem cells with the HA solution, then poured the mixture into a vial with PA molecules.
Once hailed as a surgical pioneer for attempts to replace damaged tracheae with artificial ones that combined stem cells with polymer scaffolds or decellularized donor tracheae Macchiarini survived a misconduct investigation at KI last year.
The George Lab works on combining stem cell therapeutics and novel polymers to enhance and improve stroke recovery.
An important aim of this review is to discuss the literature on the possible enhancement of regenerative function by combining stem cell transplantation with gene transduction into stem cells to enhance their regenerative and neuroprotective therapeutic potential.
Ex vivo approaches combining stem cell engineering, 3-dimensional biocompatible scaffold design and enhancement of biological and biomechanical functionality via the introduction of key growth factors and morphogens, represent a promising solution to ligament regeneration.
