Houpeng Wang

This study demonstrates an ultra-fast genetic recovery method using cross-species germline stem cell transplantation to revive dead fish, producing viable offspring within three months.

This paper demonstrates that overexpressing Foxp3a in zebrafish induces Treg-mediated immune tolerance, enabling efficient transplantation of gonadal primordia and germline stem cells.

This study shows maternal Nanog controls oocyte maturation and early embryonic development by repressing eef1a1l2 transcription, which reduces translational activity and prevents ER stress.

This study identifies distinct biological processes in zebrafish gonad differentiation at 25 and 30 dpf, revealing metabolic and immune-related pathways in ovary and testis development respectively.

This study demonstrates the successful production of genome-edited sperm from a phylogenetically distant fish species using cross-subfamily spermatogonial stem cell transplantation.

This study shows Elovl2, not Elovl5, is essential for DHA synthesis in zebrafish, using gene knockout models and quantifying DHA levels in liver and embryos.

This study shows Nanog represses maternal β-catenin activity by interfering with TCF factors, preventing hyper-dorsalization in early embryos.