Save The Date!

Next Expo October 2023

Chiropractic and Massage Benefits Abound!

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We believe that it is easier to keep a person well than to constantly make repairs. Our unique chiropractic and massage program allows you to regain your true health potential.

Chiropractic and massage combine to form a powerful healing approach that relieves pain and increases balance and resilience. Chiromassage includes a full spine alignment followed by a therapeutic massage.

Chiropractic adjustments restore normal joint function by removing chronic blockage or interference in the nervous system. When your nervous system is functioning at its best, your body heals faster and maintains balance. Massage therapy rejuvenates by increasing circulation, relaxing chronic tension in the body, and putting you into a healing stage.

Benefits of Chiro-Massage

Rather than allowing your body to deteriorate due to neglect, this combination of therapies can work to improve your health over time. Massage and chiropractic are compatible holistic therapies that share the goal of your total well being, and not simply the absence of illness.

Chiropractic and massage both:

  • Promote healthy blood circulation.
  • Calm the nervous system.
  • Reduce chronic pain.
  • Lower blood pressure.
  • Stimulate the release of endorphin.
  • Reduce swelling.
  • Increase metabolism.
  • Increase oxygen to the brain.
  • Offer natural hands-on and drug free healing.
  • Promote rejuvenation and balance.
  • Can reduce the cause of your pain rather than blocking the symptoms.
  • Help to maintain optimum health so you can enjoy life to the fullest.

What have you done for your health and the health of your family today? Please all us today at 1-888-229-4584 to schedule chiro-massage treatment. Bring your friends and family!

Chiropractic Care in 100 Words

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Aches and pains are signs that your body isn’t working right.

Your brain, spinal cord and all your nerves control how your body works.

Physical, chemical or emotional stresses produce a defensive posture.

Muscles contract, locking spinal joints that pinch or irritate nearby nerves.

Lack of nervous system integrity sets the stage for disease and ill health.

A thorough examination helps chiropractors find these subluxations.

Applying a precise force to stuck spinal joints helps the body right itself.

Health usually returns as repeated visits restore nervous system integrity.

That’s why chiropractic care has helped millions get well and stay well.

Neural-Muscle Connection Discovery Could Help People with Muscle Fatigue

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Motivation. Strength. Will power. Physical condition. Stamina. All of these have long been known to contribute the extent to which humans are able to voluntarily activate muscles. But for the first time, investigators have discovered neuronal processes that are responsible for reducing muscle activity during muscle-fatiguing exercise.

The investigators say their discovery opens up new areas of research to help people who experience muscle fatigue related to illness.

“The findings are an important step in discovering the role the brain plays in muscle fatigue,” said investigator and neuropsychologist Kai Lutz. “Based on these studies, it won’t just be possible to develop strategies to optimize muscular performance, but also specifically investigate reasons for reduced muscular performance in various diseases.”

In an earlier study, the researchers showed that nerve impulses from a muscle, much like pain information, inhibit the primary motoric area during a tiring, energy-demanding exercise.

In a second study, using functional magnetic resonance imaging, the researchers were able to localize the brain regions

that exhibit an increase in activity shortly before the interruption of a tiring, energy-demanding activity—the thalamus and the insular cortex—and are thus involved in signalizing the interruption. Both of these areas analyze information that indicates a threat to an organism, such as pain or hunger.

The latest study indicates the inhibitory influences on motoric activity are mediated via the insular cortex. In tests using a bicycle ergometer, the researchers determined that the communication between the insular cortex and the primary motoric area became more intensive as fatigue progressed.

“This can be regarded as evidence that the neuronal system … not only informs the brain, but also actually has a regulating effect on motoric activity,” said investigator Lea Hilty.

Prolonged reduced physical performance is a symptom that is frequently observed in daily clinical practice, a press release noted. “It can also appear as a side effect of certain medication [and] … chronic fatigue syndrome is often diagnosed without any apparent cause.”