TriankleProject's profile picture. TriAnkle is a regenerative therapy for ankle injuries.
The project has received funding from the European Union’s Horizon 2020 under the Grant Agreement #952981

TriAnkle

@TriankleProject

TriAnkle is a regenerative therapy for ankle injuries. The project has received funding from the European Union’s Horizon 2020 under the Grant Agreement #952981

Congratulations to the members of the TriAnkle consortium and Brav3 for the great reception of the Open Exploitation Day organised today in Navarra! Undoubtedly, both consortia are an example of dedication and perseverance in the field of science and technology.

TriankleProject's tweet image. Congratulations to the members of the TriAnkle consortium and Brav3 for the great reception of the Open Exploitation Day organised today in Navarra! Undoubtedly, both consortia are an example of dedication and perseverance in the field of science and technology.

TriAnkle @TriankleProject We’re excited to announce the Open Exploitation Day, co-organized by the TriAnkle and BravE EU projects, taking place at the Amigos Building of Universidad de Navarra, next Wednesday 18 June at 9 AM! We’d love to see you there!

TriankleProject's tweet image. TriAnkle
@TriankleProject
We’re excited to announce the Open Exploitation Day, co-organized by the TriAnkle and BravE EU projects, taking place at the Amigos Building of Universidad de Navarra, next Wednesday 18 June at 9 AM!  We’d love to see you there!

Congratulations to the TriAnkle project team for their participation in Termis! 👉More info: triankle.eu/2025/05/22/tri…

TriankleProject's tweet image. Congratulations to the TriAnkle project team for their participation in Termis!
👉More info: triankle.eu/2025/05/22/tri…

💡 The European projects TriAnkle and Brave are organizing an open exploitation day on June 18th at the Amigos Building of the University of Navarra (Spain). The partners of both consortia will share the results of their projects and their upcoming challenges with all attendees.

TriankleProject's tweet image. 💡 The European projects TriAnkle and Brave are organizing an open exploitation day on June 18th at the Amigos Building of the University of Navarra (Spain). The partners of both consortia will share the results of their projects and their upcoming challenges with all attendees.

TriAnkle is pushing medicine forward by bringing new solutions for pathologies such as OA. The Triankle consortium is changing the way we understand cell therapy and is a promising therapeutic approach. More info: youtu.be/52z6jc8ixLY

TriankleProject's tweet card. TriAnkle, a near future solution

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TriAnkle, a near future solution


Informed and conscious about their disease, patients are eager to participate in initiatives like the TriAnkle Project. Learn their insight directly from them with Dr. Josep Verges and Nina Martínez, from OAFI. 🎞Watch the video: youtu.be/k6fqONq5fnE

TriankleProject's tweet card. The expectations of the patient

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The expectations of the patient


Gil Rodas, Football Club Barcelona Medical Department and Medical Director of Barça Innovation Hub, give us his perspective on the prospects of the TriAnkle project and the need to follow the regulations in cell therapy. 🎞Watch now: youtu.be/oSZH4WKRKXI

TriankleProject's tweet card. #TRIANKLE | A REGENERATIVE THERAPY FOR ANKLE INJURIES: BIO-PRINTING -...

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#TRIANKLE | A REGENERATIVE THERAPY FOR ANKLE INJURIES: BIO-PRINTING -...


European Project TriAnkle wants to set the base for new therapeutic options that can help patients with tendinopathies to improve their quality of life. youtu.be/VuaZ7sVEePE

TriankleProject's tweet card. The patient in the centre, the core of TriAnkle

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The patient in the centre, the core of TriAnkle


With two different approaches: clinical imaging and histology, the European project TriAnkle is able to evaluate the efficacy of its bio-printed tissues for tendon and cartilage repair. youtu.be/MuEnb3RDrYg

TriankleProject's tweet card. How is the efficacy and safety evaluated with the sheep

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How is the efficacy and safety evaluated with the sheep


Dr. Mario Marotta, of @Leitat , explains how TriAnkle project evaluates its research using sheep, whose physiology is very similar to that of humans. youtu.be/R9WOVmTk6JA

TriankleProject's tweet card. Evaluation of the TriAnkle approach through animal models

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Evaluation of the TriAnkle approach through animal models


The TriAnkle project is at a very exciting stage: all the tools are ready to be mixed and tested in vivo and in vitro. 🎞Watch this video to know more about the European TriAnkle Project: youtu.be/jOAQx1-uFYE

TriankleProject's tweet card. What is the status of TriAnkle

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What is the status of TriAnkle


A bioink allows the bioprinting process to work and its selection is crucial for biology to be carried out and reproduce tissues, organs or other parts of the body, such as tendons, cartilage and ligaments in the TriAnkle project. youtu.be/7psY_fY1PTw

TriankleProject's tweet card. How are biomaterials selected for bio printing

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How are biomaterials selected for bio printing


At TriAnkle, thanks to bioprinting and the use of bioinks, we are reproducing human tissues to help the recovery of tendons damaged by tendinopathies, creating a new solution for athletes and patients with osteoarthritis. youtu.be/Gvkx0Qy443k

TriankleProject's tweet card. Bio printing a new cutting edge technology

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Bio printing a new cutting edge technology


The V Articulated Sport Congress, organised by OAFI, hosted yesterday a round table on the TriAnkle project with Nina Martínez, head of R&D at OAFI, Gil Rodas, Medical Director of the Barça Innovation Hub, and Fermín Cacho, Olympic medallist. More info: acortar.link/X6KvxW


Growth factors are very delicate elements. To be effective, they must be put in a bubble of small nanoparticles to protect them and control their delivery to the place we want them to be. Discover how the european project TriAnkle works in this field. youtu.be/tLPInHbr57c

TriankleProject's tweet card. Why do we need to encapsulate growth factors

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Why do we need to encapsulate growth factors


Growth factors are essential proteins for the body: they communicate with cells and are very useful for improving healing processes. Find out how TriAnkle develops customised implants based on collagen and gelatin 3D printed with these growth factors. youtu.be/B0Y2imeZYBY

TriankleProject's tweet card. Growth factors improving healing processes

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Growth factors improving healing processes


The European project TriAnkle is developing its research with regenerative medicine, developing personalised 3D-printed collagen and gelatin-based implants to improve the quality of life for OA patients and elite athletes. youtu.be/6cQN75n5kY4

TriankleProject's tweet card. Regenerative medicine a new approach

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Regenerative medicine a new approach


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