There are many options for treating Post Traumatic Stress Disorder (PTSD). Unfortunately, the medications can have some extreme side effects and the therapies can take a lot of time and dedication. Neurofeedback is a technology that can greatly speed up the healing process and help you to manage the symptoms of your PTSD much easier.
Being in pain for an extended period of time can feel like a helpless situation. When we are in pain for a long time, our brains change. To alleviate the pain, we must work at the level of the brain. This means literally changing the connections between the neurons that have learned the pattern of pain. Neurofeedback can help us to do just that.
Concussions are easy to understand in literal terms. As humans, however, there is so much more complexity to it than just the physical repercussions.
Chronic pain impacts the lives of 7.63 million people in Canada (Government of Canada, 2020). Yet, chronic pain is misunderstood by many people, and the treatment of it can be a confusing and frustrating journey. Understanding why pain persists and learning ways to self-manage pain can be extremely empowering for those who live with it.
As you can probably tell by now, this is not going to be the type of blog that preaches “recovery is about the journey, not the destination.” This is for a few reasons: First, I think that phrase completely disregards the value in having a destination to work towards. Sometimes our hearts and souls simply need that.
As a person who personally suffers from chronic pain, I can recall the many layers of challenges that came my way during the time when my identity transitioned from high-performance-athlete to former-athlete-with-chronic pain. So how does one navigate the new complex territory of life with a chronic condition? I’m going to invite you to consider the weather.
My role as a kinesiologist at the Surrey Neuroplasticity clinic has allowed me to work with people living with a variety of neurological conditions such as traumatic brain injuries, multiple sclerosis (MS) and stroke. Although I love working with every individual, a passion of mine is to work with individuals who have MS to help improve their functional level and help provide some functional independence in their lives.
My interest in vestibular rehabilitation started when my first lecture on the vestibular system had me intrigued and hooked to want to learn more. It was just so complex and fascinating!
Living with MS is something that nobody would choose. For some people, the diagnosis can provide a sense of relief, as there is finally an explanation for many of the frustrating and sometimes scary symptoms they have been experiencing. But then comes the question – now what?
Cerebral palsy (CP) is a lifelong neurological condition that disrupts the development of movement and posture, causing limitations in normal function. CP affects approximately 17 million people across the globe.
If you have ever felt like you just came off a roller coaster ride while strolling along a street, driving a car, or simply sitting at a desk, you might have experienced vertigo – a specific symptom of vestibular impairment that can be diagnosed and treated.
A stroke occurs when there is a loss of blood flow to any part of the brain, causing tissue damage in that area. This can occur in two ways: blockage of a blood vessel due to a clot (ischemic stroke), or bleeding into brain tissue due to a broken or ruptured artery (hemorrhagic stroke).
The spinal cord is a long, strong bundle of nerves that connects your brain to the rest of your body. It is the “relay station” that provides information to your brain about the environment, and then carries out commands for movement from the brain.
Parkinson’s Disease (PD) is a group of neurodegenerative diseases. Movement is normally controlled by dopamine, a chemical that carries signals between the nerves in the brain. When cells that normally produce dopamine die, the symptoms of Parkinson’s appear.
Multiple Sclerosis (MS) is thought to be an immune-mediated disorder that attacks the linings of the nerves cells (myelin sheath) in the brain and spinal cord, impacting the ability of the central nervous system to communicate with the rest of the body.
Migraines are the 3rd most prevalent disorder in the world, and they are more prevalent in women than in men. Migraines are considered a primary brain disorder that are characterized by recurrent attacks of head pain associated with autonomic nervous system dysfunction (a branch of our nervous system that acts as a control center for functions such as breathing, heart beat and digestion).
A concussion is an injury to the brain that can cause a temporary disruption to how it is functioning. Concussions can be caused either directly (e.g. a hit to the head) or indirectly (e.g. an insult to the body that transfers force to the head). This force to the head causes the brain to move within the skull. It typically causes brain tissue to change at a cellular level, leading to a rapid onset of neurological changes.
Pain that lasts for more than three to six months is considered to be persistent pain. One in five people suffer from persistent pain, and more than half of these individuals may have had pain for more than 10 years.