#implants #neurosurgery #biomaterials More than 14 days ago, a procedure took place in Kyiv with the replacement of a skull bone defect in a 13-year-old girl. Bone defect - after oncological treatment. A personalized, bioresorbable 3D printed implant with a porous surface was used. The procedure took place successfully. Unfortunately, during the procedure, the doctor noticed a disturbing change in the tissues. After histopathological examination, we know that it is a recurrence. MRI performed a month ago showed nothing. The child will now be quickly treated by “radiation”. The implant is resistant to radiation. We are waiting for the happy result of oncological treatment and later regeneration.
Informacje
Cyberbone uses materials and technologies it has developed to produce implants based on bioresorbable materials, including innovative bone-forming filaments We provide rapid design and manufacturing services for customized implants for individual patient needs. Our products are used wherever there is a need to supplement bone loss. The implants we manufacture take advantage of the body's natural ability to regenerate.
- Witryna
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www.cyberbone.eu
Link zewnętrzny organizacji Cyberbone
- Branża
- Produkcja sprzętu medycznego
- Wielkość firmy
- 2–10 pracowników
- Siedziba główna
- Poznań
Aktualizacje
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#biomaterials #neurosurgery #implants #3Dprinting We are beginning efforts to obtain FDA approval for personalized, bioresorbable, 3D printed implants for bone regeneration in children. There is hard work ahead, but we believe we will be successful.
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#3dprinting #hydrogels #biomaterials Combining 3D printing technologies from bioresorbable biomaterials and chitosan hydrogels. The highly porous structure of the print allows the hydrogel to be absorbed and cross-linked. Planned result - faster and more stable tissue remodeling. Also soft tissues. Both technologies have clinical validation.
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Next article on bioresorbable 3D printed implants from the period of the research project. "Accelerated Aging Effect on the Stability of the 3D-Printed Biodegradable Implant for Bone Defect Repairs." Thank you to our research partners at Instytut Technologii Bezpieczeństwa "MORATEX".
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We will have a presentation of our project at the webinar “Bio-inspired technologies and smart materials” - January 23, 2025. We invite you to join us.
#FORGINGOpenCall for start-ups 🌟 We are looking for European tech start-ups driving innovation and shaping a responsible future with technology. Join us as speakers in our upcoming webinars, share your journey with our community! 🚀 📢 Gain visibility by showcasing your innovations to a European audience. 💡 Share your expertise, success stories, and solutions to key challenges. 🤝 Expand your network with industry leaders, potential partners, and other start-ups. 🌍 Position your start-up as a leader in ethical and sustainable tech development. 🔗 Upcoming Webinar Themes: 1️⃣ Bio-inspired technologies and smart materials - 23 January 2025 2️⃣ Real-time digital twins and simulation - 6 February 2025 3️⃣ Technologies for energy efficiency and trustworthy autonomy - 4 March 2025 4️⃣ Human-centric solutions and human-machine interaction - 25 March 2025 🕒 Time: 10:30 to 12:00 CET | Format: Online | Language: English 🌐 Want to join us? Click here to express your interest: https://lnkd.in/dMKguKrx Or email us at 📧 info@forging-hub.eu Let’s shape the future of technology together! 💻🌍 📩 Receive these and other updates first-hand on your email: https://lnkd.in/dkhfJD3T Consortium: INL - International Iberian Nanotechnology Laboratory | G.A.C. Group (GAC) France | STAM S.r.l. | i2CAT | APRE - Agenzia per la Promozione della Ricerca Europea | VTT EU Science, Research and Innovation | European Commission #FORGINGEU #emergingtechnologies
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Great review on modern polymer technologies in medicine. Co-authors are our researchers from the project - ladies #MonikaDobrzyńskaMizera and #MonikaKnitter. It's also about our #Cyberbone.
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#3Dprinting #cranioplasty #implants #biomaterials 3D printed " perforated - porous" personalized implant for cranioplasty. Manufactured by FDM method. The filament is PLDL with HA filler.
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#biomaterials #microporous #invivo #implants Here's a short post about our 2009-2010 in vivo study of microporous membranes (pellets) made of polylactide copolymer Corbion Biomaterials Authored by: Prof. Sylwester Gogolewski and Prof. Krzysztof Ficek MD (head of the Galen-Ortopedia clinic).
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#biomaterials #microporous #orthopeadics #implants Several years ago, prior to the cycle of clinical trials, we conducted an in vivo study together with Galen-Ortopedia in Bierun from the application of microporous (50%) sponges/membranes manufactured from a copolymer of polylactide Corbion Biomaterials Studies on rabbits - ACL reconstructions. Below briefly from the presentation the results.
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#biomaterials #implants #boneregeneration This is how the manufacture of microporous membranes from polylactide copolymer looks like in a shortcut. It can be formed at the manufacturing stage. Alternatively, they can be easily formed into any shape after fabrication.
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