Are you looking for a PhD in animal reproduction? If you're interested in bull fertility, you have a lot of cool projects (and countries) to choose from! 🐂 Apply to become part of our #MSCA Doctoral Network!
A new article from our group. Is there a local effect in terms of P4 and follicle environment? Some of the answers are in this article. @AgenciaFAPESP@fzeausp
https://t.co/5uH4wmw4nf
Explore the latest PNAS Special Feature on Nanoparticles for RNA Therapeutics, delving into the diverse strategies employed for the discovery and characterization of delivery systems in the realm of RNA therapeutics. https://t.co/zODConM3cy
Exploring EV-mediated maternal-fetal communication: Felipe Vilella Mitjana et al investigated EVs derived from human endometrial fluid, and established that nDNA/mtDNA is packaged into secreted EVs which are taken up by the embryo https://t.co/Os674eInes #extracellularvesicles
Out today in @NatureBiotech! PhD students & postdocs: there's a trick – overlooked and underused – for having new ideas in the creative process. Talk science 1 on 1 with a science buddy that you trust and think of it as an improvisation. https://t.co/Xw7VpKHot2…
@MartinJLercher
Ever wondered how the endometrium can sense embryo developmental potential? We think differences in miRNA cargo in EVs from the embryo may be (part!) of the answer! MASSIVE congrats to all 1st paper from transcontinental @BBSRC@AgenciaFAPESP funded grant https://t.co/rTiS2fyOTb
Biosensor capability of the endometrium is mediated in part, by altered miRNA cargo from conceptus-derived extracellular vesicles. https://t.co/pzLT9RH96h #bioRxiv
IVF is failing most women. The fundamental problem is that fertility is still shockingly poorly understood. But new research holds out hope of a revolution https://t.co/ttQ2pAkWa9
Our Extracellular vesicles (EVs) collection features selected articles from across Nature Portfolio jornals covering recent progress in EVs, EV-mediated cell–cell communication, methods & advances in clinical translation of EVs.
👉https://t.co/QJNaIMCkWm
#ExtracellularVesicles
I am excited to share our latest finding “ Oocyte developmental capacity is influenced by intrinsic ovarian factors in a bovine model for individual embryo production”.
https://t.co/cHvrDzfUTm
Fantastic turn out at the 1st #ReproEV Task Force meeting as part of @IsevOrg @IsevComms
with @AntoniaHufi@kc_pavani9@JucaDaSilve @MarciaFerraz11 @niamhforde
Thank you to our guest speaker An Hendrix & for the great participation from all our members.
Great to hear about the important work from the rigor and standardisation committee from @IsevOrg @IsevComms & to see the Reproduction Task Force as part of this important work #ReproEV
https://t.co/gH6BP89nU4
@AntoniaHufi@kc_pavani9@JucaDaSilve @MarciaFerraz11 @niamhforde