Regenerative medicine · 2018
Biochemical characterization of pure dehydrated binate amniotic membrane: role of cytokines in the spotlight.
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Sane Mukta S, Misra Neha, Quintanar Nathan M, Jones Christopher D, Mustafi Soumyajit Banerjee
Аннотация
AIM: Placental allografts used for tissue regeneration differ in membrane compositions and processing techniques. A uniquely folded dehydrated binate amniotic membrane (DBAM) was biochemically characterized to evaluate its potential role in wound healing.
METHODS: Histology, Luminex-based immunoassay and standard in vitro cell biology techniques were employed.
RESULTS: Histological staining confirmed that the DBAM was chorion free with epithelial cell layer of the respective amnion membranes facing outward. DBAM had quantifiable levels of relevant cytokines that induced proliferation and migration while bolstering secretory activity of the cells. DBAM retained biological efficacy at a broad range of temperatures.
CONCLUSION: Cytokines in DBAM stimulate bone marrow stromal and stem cells that may lead to tissue regeneration and wound healing in a clinical setup.
METHODS: Histology, Luminex-based immunoassay and standard in vitro cell biology techniques were employed.
RESULTS: Histological staining confirmed that the DBAM was chorion free with epithelial cell layer of the respective amnion membranes facing outward. DBAM had quantifiable levels of relevant cytokines that induced proliferation and migration while bolstering secretory activity of the cells. DBAM retained biological efficacy at a broad range of temperatures.
CONCLUSION: Cytokines in DBAM stimulate bone marrow stromal and stem cells that may lead to tissue regeneration and wound healing in a clinical setup.