Open access · OA via Europe PMC

3D Culture Reverses Limbal Niche Cell Replicative Aging via FOSL1 Upregulation

Wang X, Li S, Liu Z, Guo X, Shen J, Zhou T, Liao S, Huang X, Wang W, Xu L, Zang X, Li G.

Aging cell · 2026

Cellular senescence

Abstract

This Aging Cell 2026 study examines how 3D culture affects replicative aging in limbal niche cells. The research focuses on the role of FOSL1 upregulation.

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Provenance

Source: Europe PMC
Canonical: link ↗
Fetched: 2026-10-11 MST

Cite this

APA

X, W., S, L., Z, L., X, G., J, S., T, Z., S, L., X, H., W, W., L, X., X, Z., & G., L. (2026). 3D Culture Reverses Limbal Niche Cell Replicative Aging via FOSL1 Upregulation. <em>Aging cell</em>. https://europepmc.org/article/PMC/PMC13554720

Vancouver

X W, S L, Z L, X G, J S, T Z, et al. 3D Culture Reverses Limbal Niche Cell Replicative Aging via FOSL1 Upregulation. Aging cell. 2026.

BibTeX

@article{wang2026DCultu, title = {3D Culture Reverses Limbal Niche Cell Replicative Aging via FOSL1 Upregulation}, author = {Wang X and Li S and Liu Z and Guo X and Shen J and Zhou T and Liao S and Huang X and Wang W and Xu L and Zang X and Li G.}, journal = {Aging cell}, year = {2026}, }