Pain Is Your Brain's Way of Saying Stop

Nothing will stop you from doing the things you love quicker than pain.  In fact, pain has been identified as the biggest obstacle to any behavior change.  For example, no matter how much you want to start exercising, if your knee hurts with every step, you cannot and will not exercise.

In order to understand pain, you must know how the brain works.  The brain is divided into two sections, the "old" brain located in the 'back' of the brain and the "new" brain, located in the front.  The only thing "old" brain is concerned about is your safety.  Is this movement safe?  Is this situation a threat to my safety?

The old brain determines if something is safe through input data from billions of sensory receptors and prior experiences in similar situations.  The old brain is only concerned about survival.  If the old brain does not feel safe, the brain elicits an output; something that will stop you from current behavior so you remain safe and are not killed.   Pain is a protective output of the brain to force a change for your safety.

Please understand that I am in no way diminishing any pain that you feel but rather, I hope to explain pain in such a way that gives you hope; a way out of the misery of dull aching and constant pain.  

Neuroplasticity proves that a person can "train" the input systems and train the interpretation of data to improve prediction and thus improve performance while reducing pain.  The more safe your brain feels, the better your movement and the less your pain.

In a prior blog,  I explained that the nervous system is a loop of input, interpretation/decision, and output.  This constant feedback process determines how we move through life.  Our sensory systems provide data about the environment and the brain (aka, cerebellum) monitors how the body is interacting within the environment.  Based on input data and prior experiences, the brain initiates a motor response.  The quality of the response is determined by the quality of the inputs, speed of interpretation and accuracy and timing of motor response.

If all systems say "safe", movement is smooth, fluid and pain-free.  If prior experiences in same situation were 'safe', movement will be strong.  Conversely, if the brain does not feel safe, the brain's  output is going to be PAIN, nausea, poor movement, decreased strength or flexibility or even a loss of balance; anything to get you to stop what you're doing.

How do you make your "old" brain feel safe?  You practice drills that improve predictive capability. In other words, you practice the Brains and Balance class drills regularly with accuracy and coordination.

The pain theory is outdated.  Listen to your body.  Train your brain.  Don't fall down.
The better the input, the better the output!

The Fall Prevention Lady, aka, Your Neuro-Performance Coach!