AI model can read and diagnose a brain MRI in seconds

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#AI #BrainMRI #MedicalAI #FastDiagnosis #NeuroTech

Spinal electrical stimulation restores ability to simultaneously move limbs and receive sensory feedback after spinal cord injury

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#SpinalCordInjury #Neurotech #SensoryFeedback

AI decodes brain signals into text with ~70% accuracy. Using non-invasive imaging, researchers translated neural activity into meaningful sentences without implants, offering potential for patients with speech loss, though accuracy, ethics, and privacy concerns remain.

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#BrainAI #Neurotech #SpeechForAll

🧠 Researchers have developed a non-invasive method to decode individual words directly from brain recordings, marking a significant step towards thought-to-text technology. (d’Ascoli S. et al., 2025; Lévy J. et al., 2025)

💡 New research explores how brain activity patterns support language production, potentially paving the way for more advanced brain-computer interfaces. (Zhang M. et al., 2025)

🗣️ A 2023 study demonstrated the ability to reconstruct language from non-invasive brain recordings, a foundational step for current advancements. (Tang J. et al., 2023)

🔊 A 2025 conference paper introduced BP-GPT, which uses fMRI data to prompt large language models for auditory neural decoding. (Chen X. et al., 2025)

#BrainComputerInterface #Neurotech #AI

A specialized brain implant can allow a person with severe paralysis to independently communicate and operate a computer at home. Findings represent a substantial step toward creating practical assistive devices for people who have lost the ability to speak or move.

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#BrainImplants #Neurotech #AssistiveTechnology

🧠 New study shows a brain implant allows a severely paralyzed individual to communicate and operate a computer independently at home, translating brain signals into text and cursor movements.

🏠 The system, designed for home use, bypasses the need for constant expert supervision with automatically updating software, enabling long-term independent operation.

💬 Participant Casey Harrell, with ALS, communicated over 183,000 sentences and nearly 2 million words using the interface, achieving an average speaking rate of 56 words per minute.

#BCI #Neurotech #AssistiveTech

Researchers developed a low-cost electrochemical sensor designed to detect dopamine in human tears (a neurotransmitter involved in movement, learning, motivation, and emotional regulation), aiming to facilitate the ultra-early detection of neurological disorders

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#DopamineDetection #Neurotech #EarlyNeurologicalDiagnosis