Molecular characterization of bovine amniotic fluid derived stem cells with an underlying focus on their comparative neuronal potential at different passages
Background The excellence in the field of stem cell therapy demands alternative and more
convenient stem cells for potential applications. Researchers have opted for least invasive
and broadly multipotent cells with minimum ethical concerns. Bovine amniotic fluid derived
mesenchymal stem cells (BAF-MSCs) due to their ease of collection and owing similar
gestational length to that of human could be presumed as an attractive large animal model
for biomedical and biotechnology research. Methods Bovine amniotic fluid derived stem …
convenient stem cells for potential applications. Researchers have opted for least invasive
and broadly multipotent cells with minimum ethical concerns. Bovine amniotic fluid derived
mesenchymal stem cells (BAF-MSCs) due to their ease of collection and owing similar
gestational length to that of human could be presumed as an attractive large animal model
for biomedical and biotechnology research. Methods Bovine amniotic fluid derived stem …
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