Transplantation assays which measure the potential of cells

2018-10-20

Transplantation assays, which measure the potential of lrrk2 under investigation, traditionally were used as the gold standard for characterizing tissue stem cells. However, recent studies in epithelial tissues based on pulse-chase lineage-tracing approaches, which measure the activity of primary c

Here using several murine and human cellular

2018-10-20

Here using several murine and human cellular models, we present compelling evidence for ASYN expression during oligodendrocyte lineage cell development. Moreover, we identified both ASYN protein and transcripts in purified PDGFRA/CD140a+ oligodendrocyte progenitors and oligodendrocyte lineage SOX10+

Because Q SA and Q SC represent an

2018-10-20

Because Q3SA and Q3SC represent an isogenic pair of iPSC lines from the same individual but with contrasting ATM genotypes (ATM−/− versus ATM+/−, respectively), we examined gene expression differences using RNA sequencing (RNA-seq), evaluating matches at the transcript level. Relatively few mRNAs we

However PSCs have major safety concerns such as teratoma

2018-10-20

However, PSCs have major safety concerns, such as teratoma formation due to possible contamination of the residual undifferentiated PSCs (Lee et al., 2013a). Teratoma is a unique characteristic of PSCs owing to their pluripotency and ability to undergo unlimited proliferation (Gruen and Grabel, 2006

br Introduction Neural tube defects NTDs are

2018-10-20

Introduction Neural tube defects (NTDs) are still poorly understood, especially for human and non-human primates (NHPs) (Wallingford et al., 2013). In rhesus monkeys, at embryonic day 19–20 (E19–20), the neural tube (NT) contains multiple pseudostratified layers of neuroepithelial stem cells (NES

br Introduction Neural stem cells NSCs are

2018-10-20

Introduction Neural stem cells (NSCs) are a class of multipotent cells responsible for generating all types of neural cells in the nervous system and for maintaining the stem cell population by self-renewal (Gage, 2000). The transition of proliferative and multipotent NSCs to fully differentiated

br Experimental Procedures br Author

2018-10-20

Experimental Procedures Author Contributions Acknowledgments The authors thank Chyuan-Sheng Lin from the Transgenic Mouse Facility at the Herbert Irving Comprehensive Cancer Center at Columbia University for development of the Zfyve27-CreERT2 mice; Theresa Swayne from the Confocal and Speci

Hello world!

2018-07-29