Happy to share our latest work as a preprint! In this study, we reveal that compaction serves as a quality-control mechanism in #bovine#embryos.
Compaction as An Early Quality Checkpoint in Cattle @SSRN@cellpressnews Sneak Peek https://t.co/fec5EldKDo
Read our latest #research on early cell fate bias in #bovine embryos, published with @SpringerNature in @CommsBio .
“Early transcriptional divergence underlies cell fate bias in bovine embryos” https://t.co/J7oZk3I9K9
Read this #preprint on @researchsquare: Pregnancy establishment in cattle without embryonic interferon tau https://t.co/FPxCRiprGf
Seriously… then what is the function of IFNT?
What is truly the essential factor for maternal recognition of pregnancy?
I'm happy to share our new work!
Signs of lineage segregation may arise at the early cleavage stage in cattle.
ウシ受精卵の細胞の運命は、思っているよりずっと早く決まり始めているのかも。
https://t.co/c7CN2t27tU
Compatibility of dry incubator on in vitro production of bovine embryo... https://t.co/gecCvq43PB
Our new work!
Balancing contamination risk reduction with real-time observation of bovine embryogenesis
🚨Exciting new study on #oxidativestress and #oocytequality 🐮🧫
The authors reported an increase in meiotic maturation and blastocyst formation in Cumulus-Oocytes Complexes cultured in the presence of #Sericin
Check the article for more details 📚🔗👇🏼
https://t.co/MsP717bXlQ
Antioxidant sericin averts the disruption of oocyte–follicular cell communication triggered by oxidative stress https://t.co/bsVNP1Y2uB
Our new paper! Congratulations Hafiza!