Medical #3dPrinting Lab at @austin_health @unimelb. We scan. We design. We print. We care. 🌟 #3dMed21 news coming soon. DM to @ozvascdoc please.
Heidelberg, Melbourne
Joined May 2016
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Fantastic work from Jay’s team at @MayoClinic. Still holding hopes that we can ever reach this level of institutional success at @Austin_Health!
Removing extremely large tumors @mayoclinic from the pelvis, requires a coordinated team of vascular surgeons, orthopedic oncologist, & sometimes GYN surgeons. #3Dprinted models aid in multidisciplinary collaboration #cancer #bone #patientcare #ortho #surgery #innovation
Austin 3DMed Lab retweeted
Congrats to Dr @georgiakharris for this #LipoproteinA #Takayasu publication in Int J Rheum Dis. Complex problems require multidisciplinary input - in this case #Rheumatology #Cardiology #VascularSurgery #DiagnosticRadiology & #Pathology. onlinelibrary.wiley.com/shar…
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I’ve got no doubt that 3d technologies have already paved the way for huge revolutions in vascular surgery. It’s exciting to be part of the development of this field.
Austin 3DMed Lab retweeted
4. When using AR and VR we are reliant on models and systems which have errors. The tolerable error of segmentation, registration and overlay vary widely with the projected use case. We need to be open and clear about these errors and risks.
Austin 3DMed Lab retweeted
3. We still tend to work with post-processed CT and MRI because it is accessible and (mostly) standardised but a lot of useful data is lost by this stage. If we could unlock proprietary tomographic raw data this could transform how we use AI and machine learning for prediction.
Austin 3DMed Lab retweeted
2. Segmentation of aortic wall vs aortic flow lumen are two very different things. The effect of mural thrombus on aneurysm evolution is poorly understood.
Austin 3DMed Lab retweeted
But there also seem to be common problems that we keep encountering.
1. CFD and FEA can tell us about flow and wall shear stress but unless your model includes wall material characteristics then you are making a huge assumption that aortic wall tissue behaves uniformly.
Austin 3DMed Lab retweeted
It’s interesting the general themes of development that are benefiting from AI, from streamlined 3d segmentation, AI-driven predictive modelling ve traditional CFD/FEA analysis, improved 3d printing results, various methods of AR image overlay for surgical guidance.
A wide range of #3dPrinting, #3dModelling, #VR and #AR applications in #VascularSurgery here at @VEITHsymposium. It’s an exciting time and AI has just supercharged everyone’s development.
Austin 3DMed Lab retweeted
Thankyou Fernando Bello from @ICCESS_Imperial @imperialcollege for sharing your #VR #AR #SimulationJourney experience with @Austin_Health @unimelb DeptOf #Surgery @3dmedLab
Congratulations Paul McMenamin @MonashUni on being awarded an AM today, and everything you have done to promote the use of 3D Printed models in Anatomy Teaching! honours.pmc.gov.au/honours/a…
For those who are wondering, whilst we would be delighted to own a @RenishawAM RenAM 500Q Flex SLS Metal #3DPrinter, we have not been acquired by anyone. Donations are, however, very welcome at austin.org.au/support-us/ @Austin_Health
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Congratulations @UngOwen, @mathildesselle and the Herston team on this work! Great to see how #3dMed is moving forward to applications!!! World-first breast implant trial in Australia aims to provide safer alternative to silicone
abc.net.au/news/2022-08-04/w… @ozvascdoc
Congrats!!
Yes! It's here!! Our clinical trial on 3D printed AFOs for children with CMT has been accepted by @ISPGR Gait & Posture🤩 What a great study with @BurnsSyd and team. See the pre-proof here 👇
sciencedirect.com/science/ar…
Austin 3DMed Lab retweeted
Congratulations @JasamineCB on yet another feather in your cap! @3dMedLab @JRobotSurg @UniMelbMDHS @Austin_Health @AustinUrology @TheRMH @VERITAS_Collab #ProstateCancer #RoboticSurgery #3dMed link.springer.com/article/10…
Austin 3DMed Lab retweeted
For something different. How I see #3Dprinting has helped change the way we approach #translationalresearch @ozvascdoc @MonashUni @qut frontiersin.org/articles/10.…
Beautiful!
✨✨Welcome to read：A brief review of mechanical designs for additive manufactured soft materials #Additive manufacturing #Soft materials and structures #Mechanical design
Enjoy Reading👇
🍀softscijournal.com/article/v…🍀
Full paper📖:👉softscijournal.com/article/d…
Austin 3DMed Lab retweeted
Very pleased to be invited to speak with @TGAgovau on Personalised Medical Devices on behalf of @3dmedLab @arccmit @Austin_Health and @UniMelbMDHS. Fostering a better understanding of the interaction between hospitals, universities, industry and regulators improves patient care.