Synthetic Neural Implant

大多数神经损伤和神经退行性疾病目前无法治疗，具有毁灭性的健康后果和巨大的经济和社会负担。基于ERC Advanced Grant SYNTISU和之前的生物电气研究所（BIOELECTRIC）的技术，我们现在的目标是生产合成神经植入物（SNI），作为患者的潜在新治疗方法。SNI将来自软合成组织，包括生物电池和神经元。生物电池将产生电刺激和离子刺激，以刺激患病组织并促进SNI和宿主的整合。神经元将取代受损或功能失调的细胞，并在植入物和宿主之间提供相容的界面。我们将与我们的工业合作伙伴bit.bio合作，生产有效的，生物相容的，强大的SNI阿萨可销售的产品，同时建立一个新的子公司Bio.bio3D。

The majority of neurological injuries and neurodegenerative diseases are currently untreatable with devastating health consequences and substantial financial and social burdens. Based on the technologies derived from our ERC Advanced Grant SYNTISU and a previous PoC grant BIOELECTRIC, we now aim to produce synthetic neural implants (SNIs) as a potential new treatment for patients. The SNIs will be derived from soft synthetic tissues and comprise bio-batteries and neurons. The bio-batteries will generate both electrical and ionic stimulation to stimulate diseased tissue and facilitate the integration of the SNIs and the host. The neurons will replace the damaged or dysfunctional cells and provide a compatible interface between the implant and host. We will collaborate with our industrial partner bit.bio towards the production of effective, biocompatible, robust SNIs asa marketable product, in parallel with the establishment of a new subsidiary, Bio.bio3D.