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2016 & 2018

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Bentkover, J. D., Duncan, I., & Howland, M. (2018). Economic Impact on the Healthcare System using an FDA-Cleared Mild Brain Injury/Concussion Assessment Device. Retrieved from http://brainscope.com/media/2018/6/27/economic-impact-on-the-healthcare-system-white-paper

Orcutt, M. (2016, June 13). This new technology could help clinicians rapidly test for concussions on sidelines and battlefields. Retrieved from https://www.technologyreview.com/s/601619/is-this-the-diagnostic-tool-weve-been-waiting-for-in-concussion-testing/

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1. Angelica will be on my team to monitor the details.  She will analyze product data to ensure we have thought everything through.

2. Rachel will troubleshoot and resolve problems that may arise.

3. Matthew will focus on maximizing the potential of the team.  He will observe for strengths and weaknesses and adjust as needed. The better we work together, the better the presentation.

4. Randall will be my lead man.  He will ensure everything is done right the first time. He is also quite trustworthy which is useful when collaborating.

5. Fernando will ensure that deadlines are met and our project is completed in its entirety.

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1. Achiever

2. Adaptability

3. Empathy

4. Includer

5. Command

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Brainscope One has the potential to transform how we treat head injuries.  It is fascinating that advanced technology of this nature can be so small and lightweight.  It can be used in a variety of settings, including the military, sports arenas, emergency departments, and rural clinics.   This device enables people in rural locations and poor populations to get treatment quick and easy.  The monitor is non restricting and eliminates the aspect of claustrophobia.   Because of this, Brainscope One may become a mainstay in brain injury diagnostics. If the device actually diagnoses accurately, then I am very excited about the advancements on the horizon.

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There is currently no definitive or objective diagnostic tool in evaluating for concussions. This means there is nothing to compare Brainscope One to. In the instance, a CT is the gold standard.

Although some testing has been performed, much more is needed

not suitable for pediatrics- designed for 18-85 years old

Must be performed within 3 days of injury

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Brainscope is an easy way to diagnose a head injury in any type of setting.  This device is the first diagnostic tool to display objective data.  Brainscope One is lightweight and portable lending to its convenience.  Previously, patients would go to the emergency room to have a CT of the head.  This costs hundreds of dollars and exposes the person to radiation.   Now, this simple test allows you to apply the headset, record brain waves, and analyze the data.  The data can be displayed within 10 minutes on an assortment of mobile devices.  If head trauma is detected, then a CT would be ordered to confirm diagnoses.  This device has the potential to save time, money, and lives.

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Rapid testing-10 minutes processing time

Objective data- utilizes EEG data combined with artificial intelligence to analyze brain waves

Convenient- the equipment is lightweight and transported without difficulty.  It is also small and easily used in any setting

Easy to read- the data is displayed on your mobile device in easy to read graphs.

Healthcare cost reduction- enables the use of less expensive care settings as well as avoid useless unnecessary CT scans

Decreases ED overcrowding- diverts patients to various clinics and settings

Less radiation exposure- performing fewer CT scans reduces exposure to radiation

Accessible- poor and rural areas that cannot afford a CT scanner would have access

The headset and sensors are disposable thus reducing risk of infection

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ABC15's John Trierweiler tries out one of the new methods health experts test for brain injuries.