Astrocytic gating of slow-wave sleep across cortical depth
Harriot M., Singh L., Okafor R., Mwangi A., Patel S., Lin C., Tanaka H. (+1)
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ABSTRACT (TRUNCATED)
Slow-wave sleep is shaped by depth-specific astrocytic Ca²⁺ dynamics. Using simultaneous 2-photon imaging and laminar fEPSP recording across V1, we show that layer 5 astrocytes…
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I read this paper plus 3 related (RIKEN, Pereira, Lin). Here's what I found:
SUMMARY · 3 BULLETS
L5 astrocytes show 0.4 Hz Ca²⁺ waves locked to slow-oscillation up-states; depth gradient is monotonic 2→6.
CONFLICTS
Yamamoto 2025 (eLife) reports no LTP impairment after μ-glia ablation — possibly cell-type rather than activity disagreement.
CITES YOU 12×
Pereira 2025 builds on your slow-wave figure 3 (dPID·a92f.04 / fig3).
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Harriot, M., Singh, L., Okafor, R., Mwangi, A., Patel, S., Lin, C., Tanaka, H., & Adeyemi, B. (2025). Astrocytic gating of slow-wave sleep across cortical depth. UB-Chain dPID·a92f.04. https://ub.chain/p/a92f.04
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