@DrJaneAStewart@NewcastleHosps Congratulations Jane, well deserved after many years of exemplary service to Reproductive Medicine! Surely, you're too young to retire!
My first 1st-author paper with @ProfHaydenHomer hot off the press @emboreports! 🔬We found that nuclei often go too far after the first embryonic division, putting the next division's symmetry in danger. Such a rewarding project with my fav embryos😄
#UQResearch#UQCCR@UQ_News
Undiagnosed #endometriosis can drastically affect a woman’s ability to fall pregnant as well as the success of any fertility treatment undertaken.
@UQ_News @UQMedicine @ProfHaydenHomer https://t.co/CCRIOXixrJ
It’s not a graduation ceremony, but this was still a pretty great email to receive! #PhinisheD#AcademicChatter @UQMedicine Massive thanks to my supervisor, @ProfHaydenHomer, and the team!
Congrats @greaney_jessica who just won the HDR People's Choice for the @UQMedicine Research Expo! You blew everyone away with stunning microscopy images! 🎉🔬👩🔬
Learn more about Jessica's work in the @ProfHaydenHomer lab
https://t.co/U110TQAjb5
We are thrilled to share our latest work on marsupial embryogenesis and X-inactivation led by Shantha Mahadevaiah, now out on @nature https://t.co/t36QTOho46 Here is a summary of the main findings 👇
Pleased to have co-authored this with @DrM_Bertoldo@RG_EggLab@woodrufflab - an important topic for cancer survivors.
Prospects of Rescuing Young Eggs for Oncofertility https://t.co/JCP8bUFtGV
Congrats @JuvitaIljas! Great long-term study of the first oocyte-specific knockout of any of the seven NAD+-dependent Sirtuins. Huge thanks to @TeresaWei4@greaney_jessica @UQMedicine
Very happy to have a first author paper of my PhD project published in Aging Cell ! @ProfHaydenHomer@TeresaWei4
Sirt1 sustains female fertility by slowing age‐related decline in oocyte quality required for post‐fertilization embryo development
https://t.co/LqzanAODP2
NAD+-dependent Sirtuin1 prevents early ageing of eggs, seen in 15% of IVF patients @JuvitaIljas@TeresaWei4 @UQMedicine
Sirt1 sustains female fertility by slowing age‐related decline in oocyte quality required for post‐fertilization embryo development https://t.co/cLS2YWZYsO
An unexpected link between NAD+ and oocyte quality through control of asymmetric division @NatureComms@TeresaWei4@greaney_jessica @UQMedicine
Nampt-mediated spindle sizing secures a post-anaphase increase in spindle speed required for extreme asymmetry https://t.co/mI1DsD25sy
We’re all in this together.
Thanks to our friends at @MercedesAMGF1, High Performance Powertrains have been used to develop a breathing aid for use by our #NHSheroes 👏👏👏
We’re delighted to be Principal Partner to the Mercedes F1 team. https://t.co/qDmKhEmS02
Subramanian et al. @UQ_News identify a DNA damage response in oocytes that builds slowly following damage induction and is mediated by increased APC-Cdh1-mediated cyclin B1 proteolysis https://t.co/HGot4W9U5k