Feedback from each retinal neuron population drives expression of subsequent fate determinant genes without influencing the cell cycle exit timing
Jeremy Ng Chi Kei, Stefanie Dudczig, Peter D Currie, Patricia R Jusuf
JOURNAL OF COMPARATIVE NEUROLOGY | WILEY | Published : 2016
During neurogenesis, progenitors balance proliferation and cell cycle exit together with expression of fate determinant genes to ensure that the correct number of each of these neuron types is generated. Although intrinsic gene expression acting cell autonomously within each progenitor drives these processes, the final number of neurons generated is also influenced by extrinsic cues, representing a potential avenue to direct neurogenesis in developmental disorders or regenerative settings without the requirement to change intrinsic gene expression. Thus, it is important to understand which of these stages of neurogenesis are amenable to such extrinsic influences. Additionally, all types of n..View full abstract
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Awarded by ARC DECRA
Grant sponsor: ARC DECRA; Grant number: DE120101311 (to P.R.J.).