I am looking for a postdoc candidate, who can work with us using our mosaic genetics tools. All mouse lines are ready for you and there are many exciting projects ready to work on immediately. Email me: [email protected]#Koo_lab
An example project: https://t.co/0t2ZQj9EET
Announcing new speakers for #organoids are us 2023!
Susanne Ramm – PMCC
Niclas Skarne - QIMR
Mark Greenough – Tessara Therapeutics/The Florey
Gerard Kaiko - University of Newcastle/Hunter Medical Research Institute
Registrations available at
https://t.co/Vm0NNiCR0g
⏰ TIME IS RUNNING OUT....to submit abstracts to #Organoids are Us 2023!
Send 250wd abstracts to [email protected] by 22nd MAY - and you could WIN a #PhenomicsAustralia Pipeline Accelerator voucher covering research services.
Register https://t.co/4cXWpQRctq
Registrations now open for Organoids are Us 2023 Qld We are also calling for abstracts on cutting edge organoid research! #organoids#Spheroids#3Dcellculture#LifeSciences
https://t.co/Vm0NNiCR0g
@HugoBenitezd@MDPIOpenAccess I agree.For example, editors at organoids are great and really support the field. Also, I've seen great publications in some journals like viruses. I think just depends on the editorial boards and scientific community. If you've not familiar with the journals papers..steer clear.
Thanks Chris Johnson specialist @PKILifeScience for advanced training on our new Opera Phenix Plus!
This next generation High Content Screening system has unparalleled speed and sensitivity & is integrated with AOFs robotic platform for optimal high throughput #organoid analysis.
(7) senolytic treatment following SARS-CoV-2 mouse infections ameliorates COVID-19 neuropathology, including increased survival of dopaminergic neurons, alleviation of reactive astrogliosis, and reduced viral, SASP and senescence gene expression in the brain of infected mice.
(6) senolytic treatments of SARS-CoV-2-infected human organoids reduce viral gene expression and prevent the accumulation of corticothalamic and GABAergic senescent neurons; and
(5) B.1.617.2 variant triggers the strongest SARS-CoV-2-dependent induction of cellular senescence, where spatial transcriptomic sequencing of virus-induced senescent cells identifies a SARS-CoV-2-specific SASP that is different from endogenous naturally-emerging senescent cells;
Welcome to the Australian Organoid Facility channel @AOF_organoids! Our goal is to accelerate research by providing affordable and reliable organoids generated using our custom-built robotic platform.
Stay tuned and follow us for updates on all things #organoids and #automation.
Its grant writing season! 🔬✍️☕️
The AOF offers a range of services to help researchers utilise #organoids & #automation to create impactful world class research proposals.
If you’re interested in accessing our facility, please get back in touch with us at [email protected]
New Perspective by Trentesuax et al on #syntheticbiology applications for #organoids.
We drive organoid formation using morphogens or engineered materials..but cell engineering techniques could improve organoids or create customised modular microtissues
https://t.co/qJEblHlbEo