The cerebral cortex neural stem cell reanimator patent pending
As human survival and success is linked with mental capacity and endowment, it is important to be as intelligent and competent as possible. Neural regeneration engineering promises to be an important step in the future of human development.
What is needed in the Art and has not been available is a non-invasive way to activate neural stem cells and neurons to grow and regenerate without using dangerous and extremely high electrical currents and/or very powerful magnetic energy devices.
The benefits of actually safely regenerating new brain cells have far reaching medical applications, for Alzheimer’s, Parkinson’s, Dementia, MS, Depression, or any other neuro-degenerative applications
Big pharma has spent 100’s of billions of dollars in abysmal FDA/EMA studies that have crashed and burned on the quest of a break-through neuro biologic. We propose that we may have a much better solution.
This new advanced dual-core; interactive WEARABLE -TECHNOLOGY, incorporated within an ubiquitous sports-cap includes a PATENTED micro-mini- laboratory style NEURAL bio-reactor used for the proliferation of cerebral cortex neural stem cells, for potentially dramatic ongoing cognitive enhancement.
There are a multitude of cognitive processes that could be enhanced with the Neural Stem Cell Reanimator (NSCR). These include things like: cognitive flexibility, learning, memory, motor skills, perception, and visual performance. While it may be exciting to think that cognition can be enhanced, it is also exciting to think beyond the sole scope of cognition. Imagine if your communication skills, motivation, or self-discipline could be enhanced by the Cerebral Cortex Neural Stem Cell Reanimator (NSCR) systems.
- Cognitive flexibility: Your ability to switch from thinking about one mental concept to that of another is referred to as “cognitive flexibility.” Cognitive flexibility also sometimes refers to an ability to simultaneously reflect upon multiple concepts or trains-of-thought. There is some evidence to suggest that the NSCR may be a viable intervention for increasing cognitive flexibility.
- Learning: Specific protocols have been effective for enhancement of learning tasks. Stimulating a particular area on the prefrontal cortex can result in reduced learning time and superior consolidation of the learning process. Since, it is important to understand the protocols most effective for the particular type of learning task that an individual will perform, clinical studies using the NSCR will continue on-going.
- Memory: It is thought that learning and memorization of new material can be improved with the neural reanimator. Although the effect may be transient, even a transient effect could provide significant benefit. Imagine if you were able to slash your learning time of new material in half following a reanimation protocol. Even if the effect lasted a few hours, the memories formed wouldn’t disappear after the effect wore off. It is thought that short-term memory and long-term memory could be improved with the NSCR neural reanimator.
- Motor function: Those with motor deficits may be able to correct them (at least temporarily) with NCSR and may provide therapeutic benefit as an adjunct intervention. The key will be to determine whether the enhancement of motor skills following NSCR can be maintained and for what duration.
- Perception: Some research suggests that NCSR could enhance perceptual abilities. Perceptual enhancement may entail: vision, hearing, taste, touch, or smell. Individuals with sensory deficiencies may be able to reverse them (at least temporarily) via NSCR.
- Visual performance: NSCR could be used to enhance visual performance tasks among those with compromised neurological systems. It could be thought that visual performance could be manipulated and improved with NSCR. This may be beneficial for those with suboptimal visual task performance and/or may be beneficial for individuals with jobs requiring heightened visual awareness (e.g. professional athletes).
What Are Common Head Injuries in NFL Football Players?
New research suggests that head injuries and brain injuries can have devastating and potentially fatal effects, and are shockingly prevalent in professional athletes who play for the NFL (National Football League).
As recently as July 2017, research published in the Journal of the American Medical Association (JAMA) – a prestigious peer-reviewed medical journal revealed that virtually every player whose family donated their brain for study had developed degenerative brain disease. In the study, an astounding 110 out of 111 deceased NFL athletes – more than 99% – showed evidence of chronic traumatic encephalopathy (CTE), a degenerative brain disease that can only be diagnosed after the patient’s death.
Another study showed that 177 out of 202 football players (87%) had mild to severe CTE when high school, college, and semiprofessional players were included, compared to the much higher 99% figure observed in NFL players.
No medical devices are currently available to help restore these cognitive functions. Recent findings about the neurophysiology of these conditions in humans coupled with progress in engineering devices to treat neurological conditions imply that the time has arrived to consider the design and evaluation of a new class of devices.
BEST Biotechnica will partner with the NFL, and the players to begin a clinical study to put the Neural Reanimator to a challenging safety and efficacy test.
New Frontiers of Neural Science
Is it possible to actually generate new brain cells and reanimate damaged brain tissue?
The National Football League (NFL) Wants to Know
The facts are these:
There is no drug that will stop the degeneration of brain cells. There is no cure period.
What is needed in the Art and has not been available is a non-invasive way to activate neural stem cells and neurons to grow and regenerate without using dangerous and extremely high electrical currents and/or very powerful magnetic energy devices, which we believe diminish cognition and capacity.
This invention and discovery are the synthesis of various lines of tissue engineering and stem cell biology research and the convergence of these therapeutic possibilities, in neural regenerative medicine.
As human survival and success is linked with mental capacity and endowment, it is important to be as intelligent and competent as possible. Neural regeneration engineering promises to be an important step in the future of human development.
From early work at Johnsons Space Center, which spun-out over 140 adult stem cell patents for various therapies, novel experiments documented the startling success of the expansion of neural progenitor cells some 400%.
Later at research facilities in the UK, we successfully grew brain cells in lab petri dish, for tissue engineering experiments, and wondered, would it be possible to actually grow the brains of human subjects? And if successful, what would that mean exactly?
Along the way we discovered and developed this new disruptive technology: the neural reanimation bioreactor for cognitive enhancement, which is in phase I and phase II clinical studies with former NFL football players who have sustained brain injuries, and face uncurable deadly brain disease.
New Video: 87 Deceased NFL Players Test Positive for Brain Disease
CTE: Chronic Traumatic Encephalopathy
Doctors weigh in after study finds brain disease in 99% of ex-NFL players
Single-photon emission computed tomography (SPECT) brain imaging, provides 1000’s of datapoints to create 3D pictures of the brain in 120 regions delivering state-of-the-art brain imaging.
By comparing before and after brain scans the physicians at St John’s Hospital in Santa Monica are ready to put our powerful neural reanimation bioreactor to the test. To be honest these athlete’s need help now and there is a real possibility that we may have the answer to their prayers. Even small, measurable results, may have significant benefits.
Fact. No other company or tech has an actual neural stem cell reanimator that affects the growth of adult stem cells in the human brain (neurogenesis).
Can we all take a moment to fully understand what that would really mean?
Neurological disorders significantly outnumber diseases in other therapeutic areas, inflict higher treatment and loss of productivity costs than cancer, cardiovascular disease and diabetes put together and are growing in incidence faster than any other disease class.
A recent study looked at how 244 compounds in 413 clinical trials fared for Alzheimer's. The researchers findings paint a gloomy picture. Of those 244 compounds, only one was approved.
Big pharma has spent 100’s of billions of dollars in abysmal FDA/EMA studies that have crashed and burned on the quest of a break-through neuro biologic.
We suggest that perhaps we have discovered a new, highly affectatious approach, and will be sharing our findings with the National Science Foundation while planning a neuroscience convention at the Salk Institute in La Jolla, California.