Rachel Lensch

6 posts

How do my Brain Gauge scores compare to everyone else?



An introduction to the Brain Gauge scoring system
In the ProTools (or RxTools) app, your Brain Gauge metrics reflect how your brain performance compares to population averages. If you have a score of 100 for any metric, you performed as good as (or better than) healthy controls from our subject population. We calculated the mean scores for our tests through years of clinical trials.

On the other hand, if you have a low Brain Gauge score (between 0 and 70), you scored poorly on that metric's tests compared to our


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Problems with concussion testing in sports



Most currently available concussion tests rely on baseline scores. At the beginning of the season, athletes complete an assessment to establish their baseline cognitive health. When an athlete sustains a head injury or shows symptoms of a concussion, a trainer or coach administers the test again and compares the two sets of scores. If the post-injury scores are substantially lower than the baseline results, athletes are removed from play.

At first glance, this approach seems reasonable. Everyone's brain is different, so by comparing a potentially concussed individual to that individual's


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Aging and brain plasticity: what causes the decline?



I’ve been in the research field for close to 40 years now (easily 40 if you count my years as an undergraduate biology major, when I was probably more interested in non-academic pursuits, but that is another story), and throughout that tenure, a question that has bothered people – as well as researchers – is why do people age at different rates? Why do some people age gracefully into their late 90s and others struggle through their 60s? As we began to do translational research (i.e., that brand of research


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Autism, GABA and the Brain Gauge: the history of our scientific efforts in the field.



The Brain Gauge methods predicted GABA deficits in autism that were later validated with medical imaging

After having many discussions with people who are interested in the Brain Gauge technology, I became increasingly aware that a vast majority assume the Brain Gauge was designed exclusively for assessing traumatic brain injury (TBI) and concussion. Although we have received support from the Office of Naval Research for the development of the Brain Gauge as a standardized concussion tool, the development of the device began as a means for studying alterations in brain


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Telemedicine and Remote Testing with Brain Gauge



A new way to monitor patient’s health from afar.

Considering all the inconveniences of going to a doctor’s office, it’s no wonder the use of telemedicine (the remote delivery of health care services using technology) is growing rapidly. Between the hassles of making an appointment, office wait times, and being around sick patients, why go to the office if you have the option to see the doctor from the comfort of your own home?

Smart phones, video conferencing, and online platforms increase the accessibility of health care


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Is Sleep a Form of Biohacking?



Sleep deprivation will negatively impact your Brain Gauge scores; optimal sleep will optimize your brain health.
One of the most simple and straightforward Brain Gauge tests is the simple reaction time test (RT). This type of test is commonly used as a good “first glance” at overall brain health. In this test, a delayed response time can be a strong indication that there is something unusual happening with your brain. However, this metric is very sensitive to a number of lifestyle factors (such as lack of sleep, medication side effects,


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