Luc Jouneau

The paper uses morphokinetic analysis to classify bovine embryos into four blastocyst categories and identifies transcriptomic differences associated with genome activation.

This study identifies KLF2, ERAS, and PRMT6 as factors enabling rabbit PSCs to generate chimeras by acquiring naive pluripotency and specific transcriptomic features.

This study shows that DMRT1 is essential for testis determination in rabbits and also critical for female fertility, revealing its conserved role across vertebrates.

The paper shows that maternal separation in C3H/HeN mice increases motivation for palatable food and alters nucleus accumbens gene expression, while C57Bl/6J mice show no such changes.

This study maps the transcriptomic, epigenetic, and metabolic changes in rabbit preimplantation embryos, identifying novel markers of naive pluripotency and similarities to human and primate embryos.

This study examines how maternal parity affects gene expression in Day 8 equine embryos, finding limited gene changes but significant pathway alterations in trophoblast and inner-cell-mass cells.

The study examines how maternal parity affects Day 8 embryo gene expression in old mares, finding altered gene expression related to nutrient exchange and environmental response.

This paper investigates the role of Topaz1 in murine spermatogenesis, showing it stabilizes testis-specific long non-coding RNAs and is critical for terminal differentiation but not essential for fertility.