Brainpaths LLC

08/30/2021

Patricia’s patent will open a world of studies for the effects of Braille literacy on memory retention and treatment of mild cognitive impairment (MCI) in patients losing memory. I’m a blind medical doctor with total blindness and use the Braille and assistive computer technology for work and communications. I am reviewing the literature to study and research (applying Patricia’s patent), the possible effect(s) of Braille literacy on memory retention and thus, of healing MCI, preventing same from developing into full Alzheimer disease in such patients. Abiotona Sokari, MD, PhD

Brainpaths is being used in Memory Care Centers, Nursing Homes and VA Hospitals

01/29/2021

Memory loss results when Amyloid plaque builds up in the brain and impairs synaptic neuron connections.
Brainpaths Medical Devices use daily fingertip tracing exercises to strengthen synapse connections using Braille like textures to indent into fingertip receptors under the skin of each fingertip. (John Hopkins Krieger Brain Institute discovered this technology in 1995. Order Brainpaths devices online.

11/29/2020

Memory loss results when amyloid plaque builds up in the brain and impairs synaptic neuron
connections. To improve memory, synapse connections must be strengthened. Brainpaths fingertip tracing exercises use Braille like textures that indent into fingertip pads, touching 3000 mechanoreceptors under the skin of each fingertip (discovered by Johns Hopkins Krieger Brain Institute in 1997).

Repeatedly touching mechanoreceptors in each fingertip provides a superhighway to the sensory cortex of the brain, firing/wiring neurons and improving synapse connections to improve memory and brain function.

11/28/2020

Fingertip tracing to strengthen synapse connections, using repetitive fingertip-tracing exercises, was discovered in 1997 John Hopkins Krieger Brain Institute. Through sensory stimulation and repetitious mind exercises resulting from repetitive finger movement to fire wire neurons, memory is increased, cognitive abilities improved, and anxiety, depression and stress released (Brainpaths.com).

11/27/2020

Fingertip tracing exercises strengthen synapse connections using Braille like textures that indent into fingertip receptors under the skin of each fingertip. (John Hopkins Krieger Brain Institute discovered this technology in 1995 (Handy Guide to Touch) and Esther Gardner research confirmed the technology in 2010 (Coding Sensory Information).

11/27/2020

Brainpaths is a daily exercise that will counteract the effects of Alzheimer's by producing strong
synapse connections between neurons in the brain. Go to Brainpaths.com to learn more.

11/27/2020

Touching mechanoreceptors in each fingertip provides a superhighway to the sensory cortex of the brain, firing/wiring neurons and improving synapse connections to improve brain function. Using Braille, the blind user can read a book tracing textures with one fingertip. Tracing Brainpaths textures, all ten fingers are traced simultaneously, but both Braille and Brainpaths fire and wire neurons in the brain. Braille is for the blind. Brainpaths is for everyone who is searching for a daily exercise to improve memory and cognitive function of the brain.

11/27/2020

Memory loss results when amyloid plaque builds up in the brain and impairs synaptic neuron connections. To improve memory, synapse connections must be strengthened. Brainpaths fingertip tracing exercises use Braille like textures that indent into fingertip pads, touching 3000
mechanoreceptors under the skin of each fingertip (discovered by Johns Hopkins Krieger Brain Institute in 1997).

11/27/2020

Touching mechanoreceptors in each fingertip provides a superhighway to the sensory cortex of the brain, firing/wiring neurons and improving synapse connections to improve brain function. A major difference between Brainpaths and Braille is Brainpaths repeatedly traces sharp textures with up to ten fingers simultaneously, while Braille traces paper dots one time with one finger. Brainpaths and
Braille, both fire and wire neurons in the brain to strengthen synapse connections. Research on Brainpaths medical devices and Braille provide a mode of operation to move
forward with Brainpaths improving brain function for Alzheimer's.

11/24/2020

It has been recognized that through sensory stimulation and repetitious mind exercises resulting from repetitive finger movement, memory will be increased, cognitive abilities improved, and anxiety, depression and stress released. Brainpaths USPTO Patent 9.132,059 is exempt from Clinical Trials being granted a FDA 510K Exemption. However, new research opportunities will open doors to new possibilities for treatment of Dementia and Memory Disorders.