In practice as well as in life, we strive for excellence! We offer the following professional services:
Within our office we offer:
State of the art computer analysis
Radiographic examination
Spinal decompression
Cold laser therapy
Acupuncture
• Thorough physicals and evaluations
• The most updated chiropractic care
• On-site physiotherapeutic Modalities
• Sports, auto, accidental, and/or work related injury treatment, rehabilitation, and prevention
• Secondary evaluation
• Convenient location
• Comfortable atmosphere
• Friendly and courteous staff
Physiological therapeutics offered: • Massage therapy
• Cryotherapy
• Superficial Moist Heat
• Flexion distraction
• Exercise Therapy
• Electro-Muscular Stimulation
• Interferential Electro-Therapy
• Trigger Point Therapy
State of the Art Computer Analysis
Surface EMG
A surface EMG is a machine which measures small amounts of electricity and heat from the surface of the body. A computer interprets the information gathered by the EMG and gives a reading of the information. The EMG measures the muscles on the sides of your spine to determine if one side is more active than another. One side may be overactive or one side may not be active enough. This is a safe and easy way to gather information regarding your problem. The surface EMG shows the location of muscle spasms and the severity of muscle spasms.
Paraspinal Infared Imaging
If your body temperature is 98.6 degrees, then the left and right sides of your spine should also be the same temperature. Your skin is the largest organ of the body and the blood vessels under the skin work as the body’s thermostat. (They expand to release heat and contract to retain heat controlling the body’s temperature.) When the communications between the Nervous System and the blood vessels is disturbed, it causes the body’s thermostat to malfunction producing an imbalanced temperature reading along the spine. These blood vessels are controlled by the same part of the Central Nervous System that runs your organs and glands, known as the autonomic system. This thermal scan provides us with information to monitor the autonomic system for proper function.
Spinal Inclinometer
A digital inclinometer is a test measuring spinal movement as compared to a normal reading. When there is abnormal positioning of the vertebrae, it disturbs the Nervous System and causes abnormal muscle function. This causes abnormal movement in the spine. The longer the movement is restricted, the more irritation will occur causing increased degeneration.
Cold Laser
In the late 1960's, researchers introduced the concept of laser biostimulation using low-powered laser beams to produce non-thermal effects in human tissue. The first experimental applications of low-level laser therapy (LLLT) were reported in 1968, when researchers used ruby and argon lasers on non-healing or slow-to-heal ulcers. Later research substantiated the efficacy of laser treatment to accelerate the healing of wounds, attenuate pain, and reduce tissue inflammation in both humans and animals.
To treat chronic pain with laser biostimulation, one must reach deep into tissue to irradiate the affected area. Laser wavelengths between 820 nanometers to 840 nanometers have an extremely low absorption rate in human tissue, thus allowing deep penetration of laser light. The 830 nm laser beam is also well absorbed in subcellular organelles, causing them to function normally. The laser's low level of power output also affects the depth of the beam's penetration, and has been shown to be effective in treating human tissue. The 830nm laser with a power output between 60 milliwatts (mW) and 90 mW is reported by experimenting clinicians to be optimal for treating chronic pain.
Damaged cells, on examination, show that a dysfunctional nerve network, lymphatic system, or circulatory system, or possibly all three, produce an imbalance or abnormal condition. LLLT is effective in large part because it focuses on the interdependent relationship between the nerve network, lymphatic and circulatory systems. Although it is possible for damaged cells to normalize without LLLT, the use of LLLT may speed up the normalization process.
A good example of how LLLT speeds up the normalization process can be
demonstrated with acute soft tissue trauma. An injury of this type consists of damage to several elements involving the deep, sensitive layers beneath the epidermis; including muscular, neural, lymphatic and vascular tissue. The human body's natural reaction to acute soft tissue trauma is to "splint" the injury with edema, an accumulation of thin or watery fluid in tissue spaces or cell interstices, causing a swelling. This swelling prevents excessive movement of the damaged tissue and results in two types of pain. The first type is actual trauma pain from the injured tissue, while secondary pain comes from the swelling itself.
Low-level laser therapy first targets the lymphatic system, because it maintains the fluid balance in the body; and the infrared laser light also improves reabsorption of the edema. With LLLT, swelling is reduced, allowing movement to return to the treated area.
|