Regenerative Medicine · 2015 · 23 citations · 33 references
EngineeringBioengineeringBiomedical EngineeringOral Tissue RegenerationRegenerative MedicineTissue EngineeringBiomaterials For Oral RegenerationDental BiomaterialsHydrogelsTissue Engineering ScaffoldsTissue Engineering With Stem CellsTooth RegenerationApical Papilla Stem Cell BiologyApical Papilla Stem CellsCell InfiltrationDental Stem CellsHydrogel MaterialsNeural Cell DifferentiationStem Cell BehaviorStem Cells From Apical Papilla
AIM: Evaluation of survival, proliferation and neurodifferentiation of dental stem cells from the apical papilla (SCAP) in fibrin hydrogels. We hypothesized that fibrin composition will influence cell behavior. METHODS: Modulus, pore and fiber size were measured. SCAP in vitro viability, proliferation and neural differentiation, as well as in vivo proliferation and angiogenesis were studied. RESULTS: Hydrogel moduli were influenced by fibrin formulation but not hydrogel morphology, SCAP in vitro viability and proliferation. In total 60% of SCAP expressed PanNeurofilament in vitro without induction in Fibrinogen50-Thrombin10. SCAP proliferated when implanted in vivo and stimulated host endothelial cell infiltration. CONCLUSION: Fibrinogen30-Thrombin10 or Thrombin50 would be more favorable to in vitro SCAP viability and in vivo proliferation, while Fibrinogen 50-Thrombin50 would be more adapted to neurodifferentiation.
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Kiyoshi Sakai, Akihito Yamamoto, Kohki Matsubara et al. · Journal of Clinical Investigation · 2011 · 529 citations · Full text