🟦 + 🟨 makes 🟩 Happy St Paddy's Day my Ukrainian friends. Thinking of you today. ☘️☘️☘️

Put on some Nirvana for my 4-year-old today. Music that came out in 1991, 26 years before he was born. I was born in 1985. 26 years before that was 1959... This means playing Nevermind for my kid is like my Dad playing an early Elvis Presley record for me. I'm old.

Greatest achievement as a parent: age 4 my son still believes the noise made by a walrus is 'coo coo cachoo'

1/14 How an ordinary Russian TV viewer (one of whom I currently am) sees it. I learned about the monstrous events in Bucha yesterday morning from the news that Russia was convening the UN Security Council in connection with the massacre by Ukrainian Nazis in Bucha.

ASBTE will be great to showcase some awesome biofabrication work from Australasia! Gordon Wallace Carmine Gentile Cathal D. O'Connell Anita Quigley Tim Woodfield Andrea O'Connor

Bone and Biomaterials Aficionados, please join our team Max Planck Queensland Centre (MPQC) in Sunny Brisbane, Australia QUT! 2 exciting postdoc positions on offer 🔥🔥 - RT appreciated

Today we launched a new network for RMIT Research @rmit STEM Early Career Academics based in the city campus! Great discussions and new collaborations Amy Gelmi

Delighted our NEST3D paper was selected as one of the best of 2021 in Adv Mat Tech. We can create v complex scaffolds, comparable to light based techniques, but with a wider range of biomaterials. Steph Doyle Claudia Di Bella Anita Quigley Serena Duchi RMIT Research Carmine Onofrillo

#Postdoc position available in my group with #medicalscience or #biomedicalengineering expertise, to develop nano-coatings for blood-contacting medical device to prevent thrombosis. Heart Research Institute Sydney Health CPC EMCR Charles Perkins Centre ASBTE ACvA Apply here: seek.com.au/job/57109380?s…

A beautiful book

Attention all creative #biomedical engineers and #biomaterials scientists –the #KilianLab in Materials Science & Engineering UNSW Science NanoMed is looking for a postdoc to explore dynamic hydrogels for #organoid #bioengineering. Please RT! external-careers.jobs.unsw.edu.au/cw/en/job/5092…

Inspiring presentation today from a true legend: Prof Graeme Clark on "Desire Discovery Development", describing the development of the multichannel cochlear implant. Hosted by the Graeme Clark Institute for Biomedical Engineering. Graeme Clark Institute

Chaos as Microsoft teams outage doubles workplace productivity

Hello #AcademicChatter I'm looking for an interactive periodic table that nicely colour codes periodic trends (ionisation energy, electronegativity, atomic radius etc). Any recommendations? Tnx #teaching #Academia #StemEducation

Researchers from Intelligent Polymer Research Institute (IPRI) recently received $7 million from the Medical Research Future Fund as part national effort to develop cartilage-based stem cell therapies that will revolutionise the treatment of joint diseases. 👉 uow.to/3dPd4bD Gordon Wallace University of Melbourne

This $7M grant represents a huge milestone for our collaboration. The next 5 years will be very exciting as we move from applied research through to clinical translation! RMIT Research University of Melbourne ACMD - BioFab Swinburne University of Technology Claudia Di Bella Serena Duchi Carmine Onofrillo Stephen Beirne

This work represents another milestone along the path towards the clinical application of our therapy! link.springer.com/article/10.100… Carmine Onofrillo Cathal D. O'Connell Claudia Di Bella

Delighted for this opportunity to gain some experience in the medical device sector with the outstanding team at Seer. Thank you MTPConnect for facilitating closer links between industry and academia. Should be a fun year! #REDI #MRFF RMIT Research ACMD - BioFab

We have PhD positions available in our lab to work on our new European Research Council (ERC) project focused on bioprinting models of heart development. CÚRAM Biomedical Engineering University of Galway Details below:

Great work from RMIT Research , ACMD - BioFab PhD student Emily Liu ! She showed how melt-electrowriting can be used to create capillary-scale channels (down to 10 um diameter) within cell-laden hydrogels. A collab with St Vincent's Melbourne funded by the Bauer Foundation Anita Quigley