We use a number of highly-effective adjusting approaches to help improve spinal biomechanics and reduce nervous system interference. The approach we use is based on our clinical judgment and years of experience. Before any care plan is initiated a complete analysis is performed including a detailed consultation, exam including thermography, surface electromyography and digital radiographs if indicated.

The primary adjusting techniques we use include:

Thompson Technique

Thompson Drop Table facilitates a full spine technique by the use of an adjusting table with a pneumatically driven, segmented drop system, which quickly lowers the section of the patient’s body corresponding with the spinal region being adjusted, whether in the dorsal, lumber or pelvic area. High speed, low force thrusts initiates movement, and the fast drop carries the joint through the remainder of its range of motion. The “Segmental Drop System” takes advantage of the spine’s inherent design of the joints in order to move the spinal segment in the direction that will improve the motion of the segment with the one above and below.

Activator Method Technique

Activator technique utilizes a small spring-loaded hand held adjusting instrument to deliver a focused corrective impulse into the dysfunctional spinal segment. This technique is most commonly used in patients who prefer a low-force correction without the traditional “hands-on” thrust. The instrument is specifically designed to deliver a controlled, light and fast thrust without undue strain to the patient. The Activator instrument produces a very effective impulse that is felt as a very gentle sensation only.

The accuracy and controlled light force of Activator adjustments are suitable and comfortable for all types of patients, ranging from pregnant women, babies and children, to athletes and seniors.


With the malposition of one or more spinal bones identified, a specific manual thrust is administered. The direction, speed, depth and angle that are used are the result of years of experience, practice and a thorough understanding of spinal mechanics.

The energy delivered during the thrust may produce a slight “popping” sound from the shifting of gas and fluids in the joint. This sound may be interesting, but is not a guide as to the value or effectiveness of the adjustment.

While improving spinal biomechanics can reduce nervous system interferences, virtually all joints of the body can be adjusted to help restore proper range of motion.

Upper Cervical Toggle Recoil Technique

The words “Upper Cervical” refer to the first two bones in the neck. They are very unique vertebrae, vastly different than the other 23 bones comprising the spinal column. In fact, they have special names. While most people understand the common letter and number system for the vertebrae of the spinal column, the first bone has a particular name, The Atlas. The second bone is referred to as The Axis. These two vertebrae are the only two vertebrae between which there is NO DISC. The absence of the intervertebral disc allows for a greater range of motion. Because of this increased range of motion, these segments are much more likely to misalign, causing nervous system interference at the level of the brain stem.

There is no popping, crunching, twisting, cracking, pulling, jerking or radical gross manipulation movements. This is a subtle, gentle and precise adjustment that allows the head, neck and body to return to their proper positions and restore balance to the nervous system.

Webster Breach Turning Technique

By releasing the stress on a pregnant woman’s pelvis, the uterus and surrounding ligaments relax, permitting the baby to turn naturally.  “The baby’s turned!”

As the due date draws near, most babies have assumed a head-down position in the mother’s uterus. If the baby hasn’t turned, there is a greater chance of a more difficult breech birth or risky Caesarean intervention.

Constrained Uterus

Developed by the late Larry Webster, D.C., this chiropractic technique releases stress on the pelvis, relaxing surrounding ligaments and reducing the sacral vertebral subluxation to restore more normal function.

Sacral vertebral subluxation may cause the tightening and twisting of pelvic muscles and ligaments, constraining the uterus. The goal of the adjustment is to reduce the effects of vertebral subluxation and the associated dysfunction of the SI joint. The result? Neurobiomechanical function in the sacral/pelvic region is improved, benefiting pregnant mothers or others with sacral vertebral subluxations.

Successful Approach

The July/August 2002 issue of the Journal of Manipulative and Physiological Therapeutics reports that 82% of chiropractors using the Webster Technique reported success.

Sometimes, using the Webster Technique the associated dysfunction of the sacroiliac joint can be reduced with just one adjustment. But usually it takes between three to 10 visits over a several week period.

Because the Webster Technique relies on the inborn intelligence of the mother and baby, there is little risk. The Webster Technique is based on the positive experiences of pregnant patients, the clinical experience of its many practitioners, academic studies on the subject of sacral vertebral subluxation and its consequences to proper pelvic function

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