Brenna Devlin

@fisch_philipp @ISBioFab As with all new apps we expect some teething issues, but we are committed to providing regular updates and taking onboard feedback from users. Also, by releasing the source code we encourage users to create their own modifications or suggest new updates! 👍

@BLeeDevlin @ISBioFab Hi Brenna, that's awesome to have an open-source tool for MEW g-code generation. Are there currently any limitations with the softwar that you plan to address in the future?

Excited to share Melt ElectroCoder! This open-source software streamlines g-code generation for #MEW scaffold fabrication, making complex designs more accessible. Dive into advanced features for customisation and optimisation. @ISBioFab #Biofab2024

@fisch_philipp @ISBioFab Thanks Philipp! Absolutely, there is still much to do and certainly limitations to address. Incorporating more designs, refining the interface and ensuring a smooth workflow are priorities for us 😊

@lucia_g_brunel @ISBioFab Hi Lucia 👋 For a new material, printing box-structures, or straight lines, are a great way to go as you establish the printing parameters that work for your material and printer! Pressure, voltage and print speed can affect print quality, so I would optimise these first 😊

@BLeeDevlin @ISBioFab Hi Brenna, thanks for introducing your work! So great that Melt ElectroCoder will be made open-source. What are the main parameters one should toggle when trying one of these g-codes for MEW with a new material, for example, to maintain good printing accuracy?

.@Dale_G_Neville & I are exploring in-SEM mechanical testing of microfiber #MEW scaffolds to investigate the influence of tissue maturity on scaffold mechanics. Here we present our validation data and pilot experiments with @BLeeDevlin's scaffolds. @QUT @ISBioFab #Biofab2024

@NaomiCPaxton @ISBioFab Thanks Naomi🌸For highly elastic tissue applications, I recommend sinusoidal or auxetic designs - our app also facilitates the creation of scaffolds with anisotropic properties, which enables directional mechanical characteristics that may enhance tissue-specific performance!

@BLeeDevlin @ISBioFab Awesome, Brenna! Iteratively generating gcode during experimental optimization is such a pain. This will be a game-changer for accelerating the scaffold design process. What kind of designs do you recommend for highly elastic tissue applications?

@ISBioFab Massive thanks to my wonderful colleagues and collaborators on this work! @NaomiCPaxton, @Shahak_Kuba, @AudreyMccosker, @meltelectrospin, @DrMiaWoodruff, @edmundpickering, Patrick and Travis!⭐️

Congratulations, @BLeeDevlin on an incredibly successful #PhD Final Seminar! So proud of all that you've achieved in the #biofabrication, #meltelectrowriting & #tissueengineering spheres.

Proud to represent @QUT at the @EngAustralia luncheon today, celebrating #IWD2024! Inspired by the incredible women paving the way in engineering and beyond. Let's continue championing #diversity and #inclusion in all fields 🎉 #WomenInSTEM #research #STEMeducation

Exciting news! Our paper on enhancing infection resistance through vancomycin-embedded #MEW scaffolds is now featured in the 2024 Polymer Portfolio collection. A big shoutout to the entire team for their hard work and dedication! 🎉 #ResearchHighlight #PolymerScience #Teamwork

Congrats to award winners at our recent QLD research showcase HDR (1-2YR) award: Stephanie Michelena HDR (3YR+) award: Brenna Devlin ECR award: Dr Naomi Paxton #ECR #PhD @NaomiCPaxton @BLeeDevlin

Congratulations to Naomi and Brenna for winning the Best Early Career Researcher #ECR and Higher Degree Researcher #HDR Presentation Awards at the @ASBTE1 #QLD Regional Showcase! 🏆 The competition showcased Queensland's top-tier researchers, making it a truly remarkable event 👏

Honoured to win the Best #HDR Presentation Award at the @ASBTE1 #QLD Regional Showcase 2023. I am very grateful for my wonderful colleagues and collaborators and the opportunity to learn, connect, and contribute to the scientific community 🙏 @QUT #biomedical #science #research

Today we supported @NaomiCPaxton and @BLeeDevlin with their talks at the @ASBTE1 #QLD Regional Showcase. What a wonderful event - it was great to hear from so many #amazing people with such #diverse research topics 👏 Go team! #conference #research #microtia #MEW #3DP #gcode

Excited for the @ASBTE1 Australasian Society for Biomaterials and Tissue Engineering #QLD Regional Showcase this Friday! Two of our #superstar researchers will be showcasing their incredible work on #biomimetic auricular implants and #advanced techniques in #meltelectrowriting🥳

Such a fantastic innovation! What a wonderful #collaboration to be a part of and congratulations to all involved 🥳 @NaomiCPaxton @BLeeDevlin #meltelectrowriting #MEW #3DP #biomaterial #polymers #printing #AdditiveManufacturing #technology #research

🔬 Exciting news! We've just installed our new cutting-edge Lumascope, taking our live-cell imaging and cell tracking capabilities to the next level. Keep an eye on this space⭐️ @Etaluma #LS850 #microscopy #automation #research #cellculture #biomaterials #experiments

⭐️BTM SPOTLIGHT⭐️Prayag has been hard at work 3D #scanning to create a #statistical shape model of the ear and optimizing post-processing technology. Stay tuned for some awesome outputs! #3DP #technology #frugal #ear #model #research #superstar #biofabulous

Privileged to be a part of such a cool step forward in #meltelectrowriting technology. What a fantastic new, open-source #3DP #MEW capability - a big congratulations to everyone involved! 🥳 #engineering #biofabulous #paper #research

New paper alert 🚨 doi.org/10.1002/mame.2… Improving Infection Resistance in Tissue Engineered #MEW Scaffolds. Congratulations everyone! What a fantastic team effort 🥳 @BLeeDevlin @NaomiCPaxton @_Dilpreet_Singh @DrMiaWoodruff #scaffolds #tissues #antibiotic