Tagged: neuroplasticity
6 results
Enspire DBS Therapy, Inc.
Enspire DBS Therapy is a Cleveland-based, clinical-stage medical device company commercializing deep brain stimulation (DBS) paired with physical rehabilitation to restore arm and hand function in people living with chronic impairment after a stroke. Spun out of Cleveland Clinic in 2010, the company builds on more than a decade of research targeting the brain's dentate nucleus to re-establish neurological input during rehab. Its DBS-plus-rehab approach showed encouraging results in the first-in-human EDEN trial published in Nature Medicine, and Enspire is now running RESTORE, a multicenter pivotal study aimed at FDA marketing authorization.
Constant Therapy
Constant Therapy is a Boston-area digital health company that turns speech, language, and cognitive rehabilitation into an AI-personalized app. Spun out of Boston University's Aphasia Research Laboratory in 2012, its platform delivers more than 100,000 evidence-based exercises across 80-plus task categories to people recovering from stroke, traumatic brain injury, aphasia, dementia, and other neurological conditions - and to the clinicians who treat them. A patented NeuroPerformance Engine adapts each session to the individual, extending therapy beyond the clinic and into daily home practice.
Veera Anantha
Veera Anantha is the co-founder and CEO of Constant Therapy Health, a Boston-based digital therapeutics company whose AI-powered app helps people living with stroke, traumatic brain injury, aphasia and other neurological conditions rebuild speech, language and cognitive skills. A trained engineer and physicist with a PhD from Northwestern and a degree from IIT Bombay, he spent years building products at startups acquired by Apple and Motorola before turning to brain rehabilitation. Under his leadership the platform has delivered well over 100 million therapy exercises, creating what is described as the largest real-world brain rehabilitation dataset, and he champions AI that is accountable and explainable enough for healthcare.
Scientific Learning, a Carnegie Learning Company
Scientific Learning, now part of Carnegie Learning, builds neuroscience-based reading and language software that rewires how struggling readers process language. Its flagship Fast ForWord program treats reading difficulty at its root - the brain's ability to process sound and sequence information - rather than drilling worksheets. Born from lab research by four scientists in 1996 and acquired by Carnegie Learning in 2020, the company has delivered cognitive-skills and reading interventions to students in more than 40 countries, backed by decades of peer-reviewed research.
Samphire Neuroscience
Samphire Neuroscience is a London-based neurotechnology company building drug-free, hormone-free wearables for women's health. Its flagship product, Nettle, is a headband that uses transcranial direct current stimulation (tDCS) to gently modulate the brain regions tied to mood and pain, worn 20 minutes a day in the run-up to menstruation. Marketed as the first EU-cleared (CE-certified) neuromodulation device for women's health, Nettle targets PMS, PMDD, menstrual pain and related hormonal conditions. Founded in 2021 by neuroscientist Emilė Radytė and IP lawyer Alex Cook, the company has raised roughly $7.77M across pre-seed, seed and Series A rounds.
Don Vaughn
Don Vaughn, Ph.D. is the Co-Founder and CEO of Ampa Health, a Palo Alto-based neurotechnology company building FDA-cleared portable TMS (transcranial magnetic stimulation) devices that compress 36 days of depression treatment into a single day. A Stanford-educated physicist turned UCLA neuroscientist, Vaughn has built a career at the intersection of brain science, machine learning, and accessibility - detoured, notably, through a DJ career that landed him a #28 iTunes Dance chart hit featuring Nick Lachey. His TEDx talk on neurohacking has surpassed one million views. Ampa raised an oversubscribed $8.5M pre-A round in October 2025, achieved FDA clearance for its Ampa One device in February 2025, and is targeting 5,000 patient remissions by end of 2026 - with a long-term audacious goal of a billion remissions in ten years.