Significados de human amnion en inglés

Conclusion: Characterization of human amnion epithelial and mesenchymal cells identified the most potent proliferation-inducing medium yet.

The surgical handling characteristics of decellularized term human amnion membrane were better than the commercial collagen matrix foil.

Hydraulic conductivity (Lp) of endothelial cell monolayers cultured on a supporting matrix of human amnion was measured.

Decellularized term human amnion membrane sheets could be delivered precisely and controlled by fetoscopy as compact plugs into amniotic defects.

The diploid tumor cells retained their malignant phenotype in culture as demonstrated by invasion into a denuded human amnion basement membrane.

The ability of Ewing sarcoma cells to invade human amnion connective tissue was measured after 6 days of treatment with various interferons.

Treatment with human decellularized term human amnion membrane was comparable to treatment with the collagen matrix with regard to efficiency in restoring amniotic integrity.

Histology at the 1 week experimental endpoint showed no evidence for inflammation or beginning of anatomic healing of grafted, decellularized term human amnion membrane.

Results: We established a facile method to prepare sheets of decellularized term human amnion membrane and verified its nontoxicity and cell compatibility in vitro.