Tag: "Tumor-Cells"

A three-dimensional model to study the epigenetic effects induced by the microenvironment of human embryonic stem cells.

Stem cells (Dayton, Ohio)

Thursday 17 November 2005
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metabolismhumansanimalsgeneticsexosomescytologymiceinduced pluripotent stem cellsphysiologydrug effectscell lineembryonic stem cellscell differentiationpathologyfemaleculturedcellscell proliferationmalemicrornasgene expression regulationmethodschemistrymesenchymal stem cellscell movementfibroblastsimmunologyratstumoranimaltransplantationbiomarkersdisease modelspharmacologytherapycell communicationinbred c57blmyocytescardiacextracellular vesiclesneuronsapoptosisbloodculture mediarnaconditionedembryoadministration dosagehuman embryonic stem cellsmyocardiumneoplasmsagedbraincell survivalcellular reprogrammingdeficiencydnabinding proteinsmammalianmelanomamicroscopymodelsneural stem cellssignal transductionstem cell transplantationbiologicalcellular senescenceendothelial cellsmutationpluripotent stem cellsregenerationadultalzheimer diseasecell culture techniquescytokinesdevelopmentaldrug delivery systemsenzymologyfibrosisgenetichek293 cellsimmunohistochemistrymouse embryonic stem cellsmuscleregenerative medicineastrocytesbioengineeringbiosynthesisblottingcell and tissuebased therapycellderived microparticlescoculture techniquesdownregulationepigenesisetiologyhearthuman umbilical vein endothelial cellslungmyocardial infarctionneoplasticneovascularization