
Eric Leuthardt
@leuthardt
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Neurosurgeon, author, inventor, and scientist – I am passionate about pushing the future of neurotechnology forward.
Joined May 2019
Touching the brain without surgery - using ultrasound to molecularly interrogate the brain is the next generation of brain diagnostics .
medicine.washu.edu
Sonobiopsies generate genetic, molecular data to inform treatment decisions for brain diseases
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Artificial intelligence-guided electrical stimulation enhances memory recall after traumatic brain injury. A new study by the University of Pennsylvania researchers paves the way for future therapies.
sciencedaily.com
AI-guided electrical stimulation in the brains of patients with traumatic brain injury improved memory, a collaborative new study shows. This builds on previous research involving epilepsy patients...
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Unlocking the brain's potential post-stroke: a breakthrough study from Tokyo Medical and Dental University reveals how lipid-linked antisense oligonucleotides could revolutionize stroke therapies.
sciencedaily.com
Researchers have found that a promising stroke therapy, known as antisense oligonucleotides, is preferentially taken up from the blood into areas of stroke damage in the brain when the molecules are...
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Check out this incredible development in neural bypass technology! This game-changer in regenerative medicine can help restore movement & sensation for a quadriplegic using brain implants & AI algorithms. Read the full article -
feinstein.northwell.edu
Using brain implants, artificial intelligence and novel stimulation technology, double neural bypass technology restores quadraplegic man’s sense of touch and movement.
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Dive into this informative piece on advancing traumatic brain injury care! Uncover the power of early neuro-rehabilitation and the impact of multidisciplinary teams on TBI outcomes in Africa. Let's bridge the gap together! Read more:
bmcmedicine.biomedcentral.com
Background Traumatic brain injury (TBI) is a global public health challenge, affecting about 69 million individuals annually and being one of the leading causes of mortality. It has adverse consequ...
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New research suggests unique depression after traumatic brain injury (TBI). Tailored approaches and precision medicine offer hope. #TBI #Depression #Neuroscience
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Exciting neurorehab breakthrough! Wireless brain-spine interface using AI restores walking for quadriplegics. Promising for spinal cord injury deficits. #Neuroscience #BCI #Neurorehab
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Groundbreaking research shows touch-enabled BCIs assisting paralyzed individuals. Vision, touch, and AI enhance limb control. Exciting progress towards mobility. #Neuroscience #BCI
psychologytoday.com
Brain-computer interface endowed with both vision and touch, coupled with an AI decoder improved the ability of a paralyzed person.
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Dr. Akshay Ananthakrishnan's visionary work in neurotech holds promise. Multidisciplinary collaboration at its finest. #Neuroscience #Innovation
ibtimes.co.in
His transformative contributions in neurotechnology, from developing biocompatible brain implants to creating neuromorphic circuits, hold promise for significant advancements in treating neurological...
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Exploring brain-computer interfaces (BCIs)! Direct brain-device communication offers benefits in restoration and control. Ethical concerns: consent, privacy, maintenance, societal impacts. Ongoing discussions needed. #BCI #Neurotech
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Cognitive Liberty: Discussing vital human rights as neurotech advances. Protect against misuse. Balance benefits with privacy. Let's safeguard our inner world. #Neuroscience #CognitiveLiberty #Ethics
time.com
Anyone who values their ability to have private thoughts and ruminations should care about cognitive liberty.
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RT @shansiddiqi: Our latest work, out now in @ScienceTM. Precision fMRI mapping reveals distinct connectivity patterns for depression assoc….
science.org
Depression after traumatic brain injury is associated with a distinct pattern of brain connectivity and may represent a separate clinical syndrome.
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Exciting story highlighting Lucy Jung and Charco Neurotech! Their wearable device, CUE1, brings hope to Parkinson's patients by alleviating symptoms through vibrotactile stimulation. #WomenInScience #Parkinsons #Innovation
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A new study suggests that neural activity patterns could be used to predict decision-making behavior. This could have major implications for understanding how the brain works and developing better treatments for neurological disorders. #neuroscience.
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Excited to share this groundbreaking article on the advancements in #neurorehabilitation! The progress we're making in restoring function and improving lives is truly inspiring. #BrainHealth #HealthMatters
brown.edu
In an important step toward a medical technology that could help restore independence of people with paralysis, researchers find the investigational BrainGate neural interface system has low rates of...
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