Steering the ship of #MINIGRAPH is José A. Garrido, leading the Catalan Institute of Nanoscience & Nanotechnology's Advanced Electronic Materials and Devices Group. He has a deep expertise in cutting-edge electronic materials like graphene and their role in bioelectronic applications. 🔗bit.ly/3Eiu6sd

Our #MINIGRAPH prototype aims to overcome the most important barriers that result in the rejection of current implants to treat neurological disorders. They are ▪️ smaller, ➰ more flexible ✅ and biocompatible. Check out our website! 👇 🔗 minigraph-project.eu

Meet Patricia Ruiz, a Scientific Project Manager of the Catalan Institute of Nanoscience & Nanotechnology Advanced Electronic Materials and Devices Group! 👉 In #MINIGRAPH, she plays a crucial role in managing and coordinating to ensure the project's successful execution. 🔗 bit.ly/3qSdrsn

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🤝 The #MINIGRAPH project unites experts in neuroscience and technology to transform brain disease treatment. Our innovative brain implants will have ⬇️ low invasiveness, ✅ optimal biocompatibility ⬆️ and high precision. Know more about the project:👇 minigraph-project.eu

In #MINIGRAPH, Bradley Nelson's group (ETH Zurich) is focused on creating a magnetic carrier to deploy the neural probes to a target location in the brain. ☑️ Their experience in RMN for medical robotics is particularly relevant to the project. 🔗 bit.ly/3KXLRAK

Small therapies, BIG impact! 💪 Our #MINIGRAPH project aims to develop a ground-breaking neuroelectronic therapy that addresses current needs of the field. 👀 Want to dive into the details? Explore our website: minigraph-project.eu

🔬 Introducing Maria Fiorella Contarino, a key member of the #MINIGRAPH project at LUMC Leiden. Her primary expertise lies in movement disorders research, with a dedicated emphasis on cutting-edge therapies, especially neurostimulation methods. 🔗 bit.ly/3YRqI0I

👍 Safety stands as a cornerstone in the #MINIGRAPH project, fortified by our exceptional team! Meet Tomáš Malina (Czech Advanced Technology and Research Institute Univerzita Palackého), who is performing an in-vitro safety assessment for the graphene materials central to our implants. 🔗 bit.ly/3szUISG

🚀 Uncover the innovation behind #MINIGRAPH project: ▪️ Mini implants, ⭕️ closed-loop therapy, 〰️ ultra-thin neuroelectrodes 🔋 and efficient power solutions. Know more:👇 minigraph-project.eu

😃Meet Christophe Chautems, CTO at Nanoflex Robotics and a vital member of the #MINIGRAPH team! Among other successes, his patent applications were selected as one of the most promising inventions filed by ETH Zurich. Discover more about him: 👉 bit.ly/3szUISG

With a wealth of experience, Kateřina Poláková from Czech Advanced Technology and Research Institute Univerzita Palackého specializes in: ▪️ Nanomaterials for biomedical applications 🚀Drug delivery ⛔️ Cytotoxicity We're delighted to have her on #MINIGRAPH's team! 👉bit.ly/45s5DMO

Our #MINIGRAPH project addresses the objectives of the "Tools to measure and stimulate activity in brain tissue” EIC Pathfinder challenge, as it provides: (📸👇) 🔗 minigraph-project.eu

Neuroelectronic therapies hold the promise of treating brain diseases for patients refractory to pharmacological treatment. 😢However, these therapies are not fully adopted due to significant technological and clinical challenges. 👉 minigraph-project.eu

🧠 Coordinated by the @AEMD_ICN2, led by ICREA Prof. Jose A. Garrido, MINIGRAPH aims to develop a new generation of #BrainImplants enabled by a skull-implanted flexible electronics unit and high-density arrays of #Graphene microelectrodes.

Big innovations in a small package! 🧠 Our #MINIGRAPH project introduces miniature brain implants for maximum impact. Explore this personalized neuroelectronic therapy:👇 minigraph-project.eu

🚀 Exciting updates from the 2024 MINIGRAPH General Assembly in Barcelona! Our consortium is advancing neuromodulation therapeutics with graphene brain implants and innovative robotic procedures. . #Neuroelectronics #BCI #Innovation 🌟minigraph-project.eu/elementor-2038/