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Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [ATAC-Seq]

ABSTRACT: Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [ATAC-Seq]

PROVIDER: PRJNA1314054 | ENA |

REPOSITORIES: ENA

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Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [RNA-Seq hippocampus]

Project description:Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [RNA-Seq hippocampus]

| PRJNA1314053 | ENA

Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [RNA-Seq neurosphere]

Project description:Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [RNA-Seq neurosphere]

| PRJNA1314058 | ENA

Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [RNA-Seq hippocampus]

Project description:Iron transporters are essential for maintaining cellular iron homeostasis. Among them, SLC22A17 mediates lipocalin-2 (LCN-2)-dependent iron transport, but its precise role in the brain remains unclear. Here, we show that Slc22a17 is critical for postnatal neurogenesis by regulating hippocampal iron balance. Conditional knockout of Slc22a17 in the murine brain causes early postnatal lethality, growth retardation, neural stem cell apoptosis, and cognitive deficits, largely due to oxidative stress from iron overload. Mechanistically, Slc22a17 interacts with p62 to modulate Nrf2 activity. Its loss aberrantly activates the Nrf2/HO-1 pathway, disrupting iron efflux and promoting accumulation of reactive oxygen species (ROS). These findings establish Slc22a17 as a key regulator of neuronal development and a potential therapeutic target for neurological disorders linked to iron dysregulation.

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Slc22a17 governs postnatal neurogenesis by maintaining the iron homeostasis in hippocampus [ATAC-Seq]

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Meningeal cells contribute to postnatal cortical neurogenesis.

Project description:Postnatal brain neurogenesis in mammals is believed to be restricted to rare germinative remnants of the neuroepithelium. In this study, we discovered that, in the postnatal brain, a subset of embryonically derived progenitors is present in meningeal substructures. These cells migrate from the meningeal substructures to the retrosplenial and visual motor cortex and differentiate into (electrically) functional integrated neurons. Lineage tracing analysis revealed that this subset of neural progenitors originate largely from PDGFR+ cells. PDGFR-derived cells differentiate mostly into Satb2+ neurons in cortical layers I-IV. Thus, a reservoir of embryonically derived progenitors in the meninges contributes to postnatal cerebral cortical neurogenesis.

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