ACTIVATION OF FGF SIGNALING MEDIATES PROLIFERATIVE AND OSTEOGENIC DIFFERENCES BETWEEN NEURAL CREST DERIVED FRONTAL AND MESODERM PARIETAL DERIVED BONE.

As a culmination of efforts over the last years, our knowledge of the embryonic origins of the mammalian frontal and parietal cranial bones is unambiguous.Progenitor cells that subsequently give rise to frontal bone are of neural crest origin, while parietal bone progenitors arise from paraxial mesoderm.Given the unique qualities of neural crest ce

This dataset includes two kinds of data (for inventory analysis in Table A1 to A13, and precondition of waste and recycle for plastic and cardboard in Table A14) for conducting life cycle assessment (LCA) of strawberry-package supply chain with considering food loss during transportation Cookie Inventory analysis includes input data for LCA analysi

Multipotent cells from CORDYCEPS the juvenile subventricular zone (SVZ) possess the ability to differentiate into new neural cells.Depending on local signals, SVZ can generate new neurons, astrocytes or oligodendrocytes.We previously demonstrated that activation of NMDA receptors in SVZ progenitors increases the rate of oligodendrocyte differentiat