A single-cell RNA-sequencing atlas of the bovine fetal ovary at four gestational timepoints is presented, capturing the progression of PGCs through commitment, meiotic entry, and early oocyte growth and providing a developmental roadmap for bovine oogenesis at the single-cell resolution that advances fundamental understanding of gametogenesis and informs strategies for advanced assisted reproduction.
This study offers a comprehensive description of germ cell development in the bovine ovary across a 95-day period between embryonic days 45–140, corresponding to the critical window between gonadal colonization by primordial germ cells and the establishment of the ovarian follicular reserve. The developmental progres...
R. Arcanjo, C. Guiltinan, R. Botigelli et al.· Scientific Reports· 1 citation
This review synthesizes current understanding of PGC specification in mouse and human systems, emphasizing the integration of signaling pathways, transcriptional networks, epigenetic reprogramming, and metabolic regulation.
An integrative map of these metabolic networks is provided to provide insight into the metabolism of hPGCLC development that could help improve methods for fully in vitro differentiation and maturation of hPGCLCs.
Madalena Vaz Santos, B. Schomakers, Marta Llobet Ayala et al.· Biology Open· 0 citations
The approach provides a valuable model for studying human early embryogenesis, particularly the molecular events surrounding ZGA, and is expected that an individual with ~1 year of experience working with human PSC culture would be able to carry out this protocol.
Md. Abdul Mazid, Yun-Pan Li, Min-Die Zhao et al.· Nature Protocols· 0 citations
This study constructs a developmental atlas of murine oviduct SMCs, revealing that the myosalpinx is composed of functionally distinct SMC subtypes with dynamic developmental trajectories, and highlights the importance of SMC subtype homeostasis and autophagy-mediated maintenance of myosalpinx structure.
Yan-Hua He, Yong E. Zhang, Yun-Xia Chen et al.· BMC Biology· 0 citations
The cellular ontogeny of the human uterus is defined and a pivotal stromal progenitor-like population with implications for developmental disorders and endometrial pathologies is identified.
Jia-Hui Qi, X. Sheng, Shi-Yuan Li et al.· Cell Discovery· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.