Self-Organizing Models of Human Trunk Organogenesis Recapitulate Spinal Cord and Spine Co-Morphogenesis
Scientists reported the generation of human trunk-like structures that modeled the co-morphogenesis, patterning and differentiation of the human spine and spinal cord.
[Biogerontology] Investigators explored the possibility of inducing aging-associated features in cell types of the central nervous system using hiPSC technology.
[Journal Of Neuroscience] The authors reported using human tumor specimens and primary spheroids from male and female patients that GlialCAM, was differentially expressed in subpopulations of glioblastoma cells.
[Molecular Psychiatry] Investigators showed that the PTENG132D allele disrupted early neuroectoderm formation during the first several days of organoid generation, and results in deficient electrophysiology.