Parents who support their children recovering from post-concussion syndrome or symptoms (PCS) are in challenging circumstances. Many times parents and their injured child, are not fully supported throughout recovery. Often they are left with unanswered questions, and they are left searching and seeking resources to help them to help their child. We have asked parents of our patients, and parents of those who take care of individuals with PCS for things that would help others in their journey and this is what we gathered. The Recovery Rollercoaster We know this process can be frustrating, overwhelming, and it is a roller coaster of emotions for all involved. Throughout this process, you may experience feelings of frustration, empathy, and in some cases even heartache, hopelessness, and fear. It’s hard to watch your child suffer and feel you can’t do anything about it.
Quite often we are asked what makes Cognitive FX unique in relation to clinics that have a background in functional neurology, including Brain Plasticity Centers. Here we review 8 key ways we are unique. 1- Our key founders have a degree in neuroscience or have been to medical school. Two of our founders hold a PhD and one of our founders is an MD. The founders brought together a team of multidisciplinary accredited therapists and trainers, each in their own discipline, to standardize a unique imaging and treatment protocol to effectively treat post-concussion symptoms. This includes neuroscientists, speech-language pathologists, psychologists, athletic trainers, licensed massage therapists, occupational therapists, and other professionals. 2- The thing that makes us the most unique is our objective imaging. Functional Neurocognitive Imaging (fNCI) looks at over 60 regions of the brain and gives you a clear view of which brain regions are working correctly and which ones are not working as they should. This imaging is looking directly at your brain, not at any other parts of the body. When a doctor only looks at symptoms to try to figure out what is going on in the brain, things can be missed or misdiagnosed. The fact that we treat the source of symptoms rather than the symptoms alone is very important. This empowers our multidisciplinary therapists and trainers to have a clear direction and create a plan to help you make significant improvements.
Discover a new level of understanding around concussions and how these injuries impact the lives of victims and their loved ones.
What imaging is used to diagnose a brain injury? After a concussion or any hit to the head, you go to the doctor, and they tell you might have a concussion, but that it is no big deal because your symptoms will just go away with some rest right? Sometimes, but not usually. It would be nice to know exactly how you are feeling to provide the best overall treatment and a new imaging technology can do that. A Functional Magnetic Resonance Image (fMRI) is an imaging technique used to diagnose concussion and recognizes changes in the brain while you are asked to engage in cognitive tasks. Most people have heard of an MRI and but fewer have heard of a functional MRI (fMRI). So what are they and what is the difference between them? MRI produces static images of the anatomy of the brain and a functional MRI produces images of what is going on inside the brain as it is working. Functional NeuroCognitive Imaging (fNCI) fNCI is a unique form of a fMRI that uses specific tests to measure how the brain is functioning. fNCI is over 98% accurate at diagnosing concussions. In the past, concussions have been subjectively diagnosed by either giving the individual a post-concussion symptom scale (PCSS) to rate the severity of their symptoms or by asking the patient if they went unconscious after getting hit.
Currently, many doctors and other medical professionals tell their patients that the majority of people who have a concussion will recover in a short amount of time (under a month). However, new studies are showing that the risk for long-term symptoms is much higher than doctors and concussion specialists previously thought. Before seeking treatment at Cognitive FX, the majority of our almost 1,000 patients struggled with their symptoms for years. We have treated patients who suffered needlessly from post-concussion symptoms for many decades. Among the oldest concussions we’ve treated was a concussion from 60 years ago. Many of these patients had given up hope that recovery was possible. They saw their symptoms as a permanent part of their lives and futures. However, our research and patient improvement reports continue to prove that patients can drastically improve from their post-concussion symptoms. So what should you do if you fall into this growing percentage of the population with long-term PCS? Below are the first steps you can take toward your recovery.
The brain loves taking the path of least resistance. This is true for blood flow and also for sending the communication signals in the brain when neurons are firing. Even a simple task requires different brain regions to work, or function, together at whatever you are trying to accomplish, be it reading this post, driving, writing, singing a song, or doing something as simple as opening your eyes, yawning, or breathing. Overall, when we are talking about brain function, we are talking about the ability for the neurons, the blood flow, and other systems in your brain to work and communicate with one another to do their job. After mTBI, injured regions of the brain can swell. Because the brain wants to take the path of least resistance, it will use different neuronal pathways to avoid the areas where there is inflammation. This change restricts blood flow in one or more regions of your brain, causing other regions to compensate for the regions that are injured. This means that different regions are over-exerting themselves to complete the work of the injured brain regions. Think of it as a receptionist who, on top of completing her own responsibilities, now has to do the job and work of the accounting department and the CEO. This imbalanced blood flow is what we call dysregulation, or dysfunction.