Just published! #FromAcademia https://buff.ly/33csSflIn this “From Academia” blog, we focus on a key ingredient for successful bioprinting, the bioinks. The first article is a recently published review article that will lay the foundation of various bioprinting methods as well as a special focus on the natural, synthetic, or hybrid materials used as bioinks. This article also addresses the challenges, limitations, and future directions concerning the bioprinting technique. This second article shows how bioprinting and organoid technology can be merged to generate centimeter-scale tissues that have self-organized features including lumens, branched vasculatures, and tubular intestinal epithelia with in vivo-like crypts and villus domains. This method could potentially be used to produce larger functional tissue with more geometry and cellular control. The third article introduced a new hydrogel bioink composed of partially digested, porcine cardiac decellularized extracellular matrix (cdECM), Laponite-XLG nanoclay, and poly(ethylene glycol)-diacrylate (PEG-DA). The researchers show that 3D printed constructs with this new bioink demonstrated shape fidelity, adaptability to different printing conditions, and high cell viability following extrusion and photo-polymerization, highlighting the potential for applications in modeling both healthy and fibrotic cardiac tissue. “From Academia” features recent, relevant, close to commercialization academic publications. Subjects include but not limited to healthcare 3D printing, 3D bioprinting, and related emerging technologies.
#repost @skin.alliance 🧫 Jérémie Soeur, PhD 🇫🇷 @LOreal Research & Innovation ➡️ The benefits brought by bioprinting ⤵️
💬 bioprinting is really a good opportunity to develop new skin models with great value 👉 It can be used to create models with specific properties: microrelief to mimic the dermal-epidermal junction, invagination or even wrinkles
We can also imagine to mimic the skin heterogeneity such as dark spots or atopic dermatitis lesion.
Check our IGTV channel ➡️
Link to full interview in our bio!
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#dermatology
#dermatologia
#dermocosmeticscience
#dermscience
#dermresearch
#research
#innovation
#bioprinting
#3Dprinting
#dermatologist
#boardcertifieddermatologist
#cosmetics
#repost @vorumrc After hearing so much about 3D printing, have you ever wondered when will it become a mainstream fabrication process in O&P?
In our Podcast, Between Two Printers, we've discussed 3D printing in O&P at length. In episode 12, we approach this pertinent topic with our Implementation Lead Bob Orlando and our host Jeffrey Chang.
Tune in now with the link in our bio to learn about the changes that need to happen in our industry to allow for 3D printing to become a mainstream fabrication method.
Have any questions for our host? Leave a comment below!
#orthotics #prosthetics #orthoticsandprosthetics #prótesis #órtesis #oandp #pando #3dprinting #computeraideddesign #computeraidedmanufacturing #cadcam #cad #cam #3dscan #3dscanner #3ddesign #technology #innovation #cadcam #workshop #health #medical #prosthesis #plagiocephaly #plagiocefalia #scoliosis #Vorum #podcast #BetweenTwoPrinters
#repost @oraldesigndentallab What do you do when you get a 5 unit bridge that the draw is not even close, preps in all sorts of directions and has a zero percent chance of inserting? Some Labs cry, some don’t know what to do. Some mill a bridge and find out after the fact that it won’t work. What do WE do? Of course we add an ATTACHMENT 🤩😎. Boom Problem Solved. #cosmeticdentistry #yql #yqldental #fullcontourzirconia #emax #makingteeth #maketeethgreatagain #ivoclar #digitalsmiledesign #dsd #cadcamdentistry #asiga #rapidshape #3dprinted #inlab #mcx5 #5axismilling #newsmilenewlife #smiledesigner #lovemakingteeth. @devin_cahoon is not just a dental technician, he’s a dental magician . #waytogoteam . @montyjensen sat and fine tuned the fit of this attachment 1 micron at a time in the “green” stage, which is like grinding on soft chalk with a diamond one tiny little grain at a time
#repost @geadditive In China, the government recently shifted to a centralized model to procure standardized medical devices, as the demand for orthopedic implants increases. This presents a significant opportunity for metal additive technology to respond. Our orthopedic implant manufacturing customers like AK Medical are already rising to the challenge and rapidly scaling additive production. Learn more about the recent uptick of metal additive adoption across Asia.
#repost @luxcreo3d Direct print clear aligners printed at our @additivemfgug booth. #3D #3Dprinting #3Dprinters #additivemanufacturing #AMUG #amug2021
#repost @ruth_lloyd_design Making progress with print paste development. Stronger shades coming through.
#microbildyepaste #screenprinting #bioprinting #intentionalpatterning #microbialcolour #bacterialcolour #microbialdyeing #bacterialdyeing #sustainablecoloursystems #circulardyeprocesses #regenerativecolour #designingwithlivingsystems #biodesign #biotextiles #rcatextiles #streptomycescoelicolor #undecylprodgiosin #M520
#repost @photocentric_ We are going to be at @additivemfgug #AMUG event in May! Showcasing our latest LC Magna and LC Dental printers and materials.
If you are at the event, please pop over to Booth 30 and take a look for yourself.
#amug2021 #additivemanufacture #additivemanufacturing #lcdental #lcmagna #photocentric #showcase #events #3dprinting #3dprint #3dprinter #3dmaterials #visitourstand #seeyousoon #seeyouthere #foruserbyuser #additivemfg #manufacturing #digitalmanufacturing #machinery #machinetools #prototyping #prototype #3dprinted
Sign up for #Healthcare #3DPrinting #Bioprinting #News, Insights, Events https://mailchi.mp/3dheals/signup
See who is here? #JoinTheTribe 👉 #TagUS your Awesome 😎 #medical3dprinting #dental3dprinting Photos or videos @3dheals on #Instagram and #Twitter, and we will retweet May2nd-6th, 2021 @AMUsersGroup
The Latest...
Alternative Biofabrication Methods: Sonolithography, Single Cell Bioprinting, Melt Electrowriting
While FDM, SLA, two-photon laser, drop on demand are some of the most popular biofabrication methods, this “From Academia” issue includes three less well know but trending methods that could be...
3D Printing for Perioperative Planning: Breast Cancer, Brain Tumor, Microtia
3D printing for perioperative planning has been around since the birth of STL. However, the medical community has gone through many milestones, and this “From Academia” blog highlights three...
Synthetic and Natural Bioinks
In this “From Academia” blog, we focus on a key ingredient for successful bioprinting, the bioinks. The first article is a recently published review article that will lay the foundation of...
The Lattice 94: Healthcare 3D Printing Newsletter
About the Lattice this week: We found this beautiful 3D printed lattice structure ( Resolution Medical Lattice Nasal Swabs for COVID-19 testing) from the Carbon 3D Instagram account. ...
The Lattice 93: Healthcare 3D Printing Newsletter
About the Lattice this week: We were very fortunate to be able to interview the CEO of @Xkelet Jordi Tura last week. Xkelet has been innovating in the space of 3D scanning to 3D printed...
Interview w/ Dr. Matteo Zanfabro : 3D Printing for Animals
I had a lot of fun speaking to Matteo Zanfabro (Instagram account: 3dvet.printing and playvet3d) because of many good reasons. Not only we both love what 3D printing can do for...
Expert's Corner
Challenges of Developing 3D Printed Trabecular Implants
Ti-6Al-4V trabecular implants including lattice structures to enhance mechanical and biological properties can be made to show similar mechanical response to human bone and have been used with success for more than 10 years. However, there are some limitations and challenges in designing, product development, and production stages of these high-tech medical goods. Given my work at Btech, a manufacturer and reseller in the medical 3D printing space, I want to share our experiences and strategies to overcome in-house medical device production challenges.
Product Design for Veterinary 3D Printed Prosthesis
In this episode of Instagram Live recording, I had the pleasure to interview two young startup co-founders, Adam Hecht and Alex Tholl from @divedesignco (website: DiveDesign Studio) who created a niche for themselves in the space of 3D printed prosthesis for animals and athletes. Important topics covered in this interview (in both video and podcast formats) include: How can a young product design company effectively differentiate itself from thousands of others? What was the inflection point of Adam and Alex's success story? What were their growth strategies? What new technologies are they looking at? What projects they have taken on that could potentially transform an entire industry? And more.
Virtual Reality Software For Molecular Modeling and Structure-Based Drug Design
The SARS-CoV-2 virus has forced our global community to practice social distancing and work remotely. This has increased the adoption of cloud-based productivity and collaboration tools and promoted the development of creative new solutions. Scientists have had to find new ways to continue their critical research to study the novel coronavirus and develop drugs. Among these new tools is Nanome, a virtual reality software for molecular modeling and structure-based drug design.
Learning Dental 3D Printing Through Social Media: An Interview with Dr. Daniel Vegh
In this episode of Instagram Live recording, I invited Dr. Daniel Vegh, a young faculty member and prosthodontist from Semmelweis University (Budapest, Hungary) to share with us his early journey of learning about dental 3D printing, his recent accomplishments in the space, and his vision for its future. Dr. Vegh is the author behind @3d_printing_dentistry on Instagram. During the interview, Daniel also shared how he leveraged social media to build a community for dental 3D printing both locally and internationally. He also brought us a few examples of his past works on camera.
Interview with Mike Graffeo -Being a 3D Bioprinting Entrepreneur (IG Live Recordings)
It has been almost nine months since we interviewed Mike Graffeo, CEO, and co-founder of Fluidform, a 3D printing startup out of Carnegie Mellon University focusing on key applications using Freeform Reversible Embedding of Suspended Hydrogels (FRESH) technology. If the average lifetime of a typical startup is five years, the one-year time of a startup is equivalent to 20 human years. Check out this episode of Instagram Live on how a bioprinting startup was founded, lessons learned, ambitions, and more.
3D Printing of Customizable Phantoms in Radiation Oncology
3D Printing (3DP), also known as Additive Manufacturing (AM) enables the low-cost and customization of anthropomorphic radiotherapy phantoms. Phantoms are utilized, in-vitro, for the treatment planning of cancer patients and the quality assurance of new radiotherapy techniques, to validate target doses and minimize the effects of ionizing radiation on surrounding healthy tissues.
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Advancements in 3D Printed Anatomical Modeling
3D printed anatomical modeling is perhaps the earliest and most widespread application of additive manufacturing in healthcare. However, rapid advancements in software, materials, 3D printers,...
3D Printing and Bioelectronics
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3D Printed Orthotics and Prosthetics
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The Art and Science of Bioinks
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3D Bioprinting Bone
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3D Bioprinting Vasculatures
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