The Hariri lab at Duke University recently published a review that questions the reliability of task-based fMRI as used to examine individual patients.
The Cognitive FX Foundation is excited to present an afternoon about Brain Injury Awareness with TBI Survivor and Advocate Rekha Iyer. More Speakers include: Stephanie Kifowit, Illinois State Representative along with TBI Survivor, Amy Zellmer, Dr. Ryan Edwards and Dr. Lindsey Stull from the Dynamic Center for Vision Therapy, Chrys Chrysanthou the CEO of ClearEdge Brain Health Toolkit and Jash Desai. Please joins us this Saturday, March 31, in Oak Brook, Illinois from 3-5 pm. Donations of $25 per person to attend are encouraged but not required. RSVP Here This event will kickstart efforts to advance industry changing brain research, make treatment available to more people, and deliver to the masses the correct education to inspire impactful legislative changes.
Written by the Brain Injury Alliance of Utah
Amber received her Bachelor’s Degree in Athletic Training from Brigham Young University in December of 2016. She is a certified and licensed athletic trainer. She also works at the Missionary Training Center in Provo, where she responds to and helps rehabilitate missionaries in training who hurt themselves during their recreation time. While she was a student at BYU, she participated in clinical rotations with local sites, including BYU’s football team, BYU’s softball team, and Provo High School’s athletics.
Long before Cognitive FX was created, Dr. Mark Allen, PhD, and Dr. Alina Fong, PhD began searching for a greater understanding of the brain. Their focus has been on how the brain works and how each region of the brain contributes to functionality. As they began searching for answers, they began to understand how the brain functions, and its subtle but powerful abilities. Over time after collecting a wealth of data, they established a strong foundation of what a normal brain should function like and created an objective scale where we can measure where individuals should be for optimal brain functioning. Clinical Application of fNCI Begins After years researching and applying the technology of fMRI and adapting it they started a company with key partners called Notus, which provided the technology known as Notus Functional NeuroCognitive Imaging or fNCI. Notus started applying this technology in the clinical setting as interest grew in the community. This technology is now used in military hospitals, clinics, private hospitals, and more. Clinicians see that fNCI is useful as a diagnostic tool to understand what is happening with their patients in ways they could not understand before. fNCI inspects over 60 distinct regions of the brain. For example, physicians can better understand a complex brain injury by understanding which brain regions are not working instead of using a one word summary "concussion".