Nerve Energy---What Is It?

Nerve energy is electrical energy, and it travels along our nerves by a process of chemical ion exchange. 

These electrical impulses transmit information in from the periphery to the brain, and out from the brain to all parts of the body. Information in includes the sensory system, for example the sensing of heat or cold, pressure or pain. Information out from the brain includes the motor system, commanding our muscles to move or act. 

Our nerves are like conduits along which electricity travels. Damage to a nerve interrupts the successful transmission of the electrical impulses of life. If a nerve is severed, transmission is blocked. If a nerve is impinged---not severed but interfered with in some way--- impulses are hampered, incomplete, altered, or inefficient. Examples of this are numbness, tingling, hypo- or hyper- sensitivity, or pain.

Nerve impingement might be pressure on, abrasion of, or stretching of a nerve. 

       As an Advanced Proficiency Activator Chiropractor, part of my job is to support the functioning of the nerve system by gently and precisely relieving nerve impingement. 

"It Hurts When I Take A Deep Breath"

      This is a common complaint from patients when they have a rib out of alignment. 

      The pain is usually at the junction near the spine where the involved rib articulates with a vertebra (called a costovertebral joint), although it sometimes presents in the front of the chest where a rib attaches at the sternum (costosternal joint). 

      At the painful joint, the rib may be pushing into the vertebra or sternum, causing the joint to be compressed, or it may be distracted away from the articulation, causing an extension stress on the joint. 

      A correctly placed and precisely vectored adjustment with the Activator instrument brings relief.

Dermatomes of The Upper Extremity

      Areas of our skin receive sensory innervation from particular spinal nerves. 

      These sensory areas, called “dermatomes,” are predictable from person to person, and can be “mapped” on a model of the human body. 

      This is very useful when diagnosing a problem in the arm or hand. For example, numbness or tingling in particular finger(s) may be directly related to specific spinal nerve(s), and those nerves are discernible according to the dermatomal “map.” 

      Location of the symptoms in the upper extremity leads your medical doctor or chiropractor to the involved spinal nerve. As an Advanced Proficiency Rated Activator Chiropractor, my treatment would focus on careful, precise adjusting to relieve any impingement on the involved nerve(s). 

TMD---Temperomandibular Joint Dysfunction

Pain in the jaw is often due to problems with the temperomandibular (TMJ) joints---the right and / or left joint(s) may be misaligned or abnormally stressed. One example of abnormal stress is TMJ compression on one side and TMJ distraction on the opposite side. 

Treatment in my office includes careful assessment of the jaw complex and, if necessary, gentle adjustment with the Activator Instrument. This treatment is covered by insurance if the patient has chiropractic coverage. There are specific diagnostic codes which designate Temperomandibular Dysfunction, or TMD.

An interesting feature of the jaw structure is that symptoms may appear on one side, while the problem needing adjustment is actually on the opposite side. Because the mandible, or lower jaw, is one bone, a misalignment on one side may translate to pain on the opposite side.

       As an Advanced Proficiency Rated Activator Chiropractor, I am trained to evaluate and treat TMJ problems.

Once Upon a Time There Was Glycation

And it was found to be a big trouble-maker. Here’s the story: 

It is common that people with diabetes exhibit mental decline. Doctors & scientists noticed that the worse the hyperglycemia or erratic blood sugar, the greater the negative affect on mental capacity. They started wondering how sugar might be affecting the brain. 

They knew that neurodegenerative diseases like Alzheimer’s, Parkinson’s, and Lou Gehrig’s share something---deformed proteins in the brain. They also knew that deformed proteins, called prions, occur in the brain in Mad Cow Disease.

What was causing the deformation of these proteins?

Back in the early 1900’s something called the Maillard Reaction was discovered, in which sugar molecules spontaneously bond to proteins, fats, and amino acids. But it wasn’t until the 1980’s that this became revealing in trying to understand diabetic complications and aging.

The Maillard Reaction creates advanced glycation end products, or AGE’s, and these AGE’s include misshapen and deformed proteins. Glycated proteins hook up with other damaged proteins in cross-linkages, which worsens their dysfunction.

AGE’s are connected with aging in lots of ways—aging of our skin, kidney disease, damage to blood vessels, and mental decline. They stimulate inflammation throughout the body.

       It appears that if we want to keep our mental functions healthy as long as possible, one thing we can do is try to minimize the glycation of proteins. And that means reducing the availability of sugar.