MyraNeuro leads global neuroscience innovation through cutting-edge AI research and strategic collaborations with top academic institutions and technology leaders, transforming brain health.
Our international team collaborates with leading institutions to develop AI models for early detection of Alzheimer's, Parkinson's, and other neurodegenerative diseases. Our patented algorithms analyze multimodal data including MRI, genetic markers, and cognitive assessments to predict disease progression with **89% accuracy**.
Current projects include:
Our stroke research focuses on AI-assisted rehabilitation and recovery prediction. Using advanced neural networks, we analyze post-stroke brain imaging to customize rehabilitation protocols and predict recovery trajectories with **83% precision** across diverse populations.
Key initiatives:
We're developing next-generation BCI systems using deep learning analysis of neural signals. Our commitment is to significantly improve quality of life for patients with mobility impairments through innovative thought-to-action translation technologies.
Research highlights:
MyraNeuro is at the forefront of developing sophisticated neurotechnology systems that push the boundaries of medical innovation. Our focus extends beyond traditional diagnostics to include direct therapeutic interventions and human augmentation interfaces.
Our commitment to artificial intelligence drives the development of self-improving, robust AI models specifically tailored for the complexities of neurological data. We're building the future of intelligent healthcare, prioritizing ethical AI and data privacy.
Bu bölüm, MyraNeuro'nun gelişmiş yapay zeka yeteneklerini sergilemektedir. Aşağıdaki alana herhangi bir web sayfasından metin yapıştırabilir veya bu sayfanın kendi içeriğini analiz etmesini isteyebilirsiniz. Yapay zekamız, derin öğrenme algoritmaları kullanarak içeriği anlayacak, anahtar bilgileri çıkaracak ve kapsamlı bir analiz sunacaktır.
Our collaboration with NASA focuses on understanding how spaceflight affects brain health. We're developing AI models to monitor astronaut cognitive function during long-duration missions and create countermeasures for space-related neurological changes, ensuring peak performance and well-being in extreme environments.
NASA ResearchWe collaborate with leading organizations worldwide to advance neurological research and develop innovative solutions.