Significados de human msc en inglés

To date, no reliable serum-free medium for human MSCs has been available.

We recently showed that human MSCs distribute widely in a murine xenotransplantation model.

Co-culture of human MSC restored type II cell epithelial permeability to protein to control levels.

However, there are no reliable data showing the fate of human MSC infused into conditioned or unconditioned adult recipients.

Human MSCs exhibit similar damage, but osteogenesis increases-which is relevant to bone and to calcified fibrotic tissues, including diseased muscle.

Double staining showed that most of the endogenous neuronal progenitor cells, but few human MSCs, expressed neuronal and glial phenotypes.

In addition, the described serum-free culture medium supported the isolation of human MSCs from primary human marrow aspirate with continual propagation.

The ill-defined and highly variable nature of traditional culture media remains a challenge, hampering both the basic and clinical human MSC research fields.

Therefore, in many situations, the addition of human MSCs to cemented impaction grafting may be carried out without detrimental effects to the cells.

In contrast, aggregates that were not pre-vascularised had no vessels within the aggregate interior and human MSCs did not remain viable beyond 14 days.

This in vitro study investigates whether the increase in temperature related to the polymerisation of bone cement will affect the viability of human MSCs.

Conclusions: The study suggests that human MSCs seeded onto allograft can be exposed to temperatures up to 48°C for 150 seconds.

The results indicated that human MSCs could indeed be transiently transduced in vitro by the AAV2 vector with efficiencies of up to 65%.