Techniques and More

Infant and toddler chiropractic adjustments are a gentle and effective way to support the healthy development of little ones. From the moment of birth, an infant’s body undergoes significant stress during the birthing process, which can affect their delicate spine and nervous system. Gentle adjustments can help alleviate this stress, promoting better sleep, easing digestion, and reducing discomfort. As toddlers begin to crawl, walk, and explore, their newfound mobility can lead to tumbles and falls that may impact their alignment. Regular adjustments during these formative years help ensure their bodies stay balanced, supporting overall wellness and encouraging healthy growth.

is a chiropractic technique providing a non-invasive, non-surgical approach to pain relief and improved mobility. Using a specialized table, Dr. John provides a gentle spinal manipulation method used by chiropractors to relieve pain and restore function in patients with various musculoskeletal conditions.

Developed by Dr. James Cox, this technique focuses on decompression of the spine, particularly targeting the lumbar (lower back) and cervical (neck) regions. By applying a specific rhythmic, low-force adjustment, the Cox Technique aims to alleviate pressure on spinal nerves, reduce inflammation, and promote healing. It is especially beneficial for those suffering from herniated discs, sciatica, and other spinal-related issues, providing a non-invasive, non-surgical approach to pain relief and improved mobility.

is a procedure in which trained specialists (chiropractors) use their hands or a small instrument to apply a controlled, sudden force to a spinal joint. The goal of this procedure, also known as spinal manipulation, is to improve spinal motion and improve your body's physical function.

is a chiropractic method that uses a specialized adjusting table to enhance the treatment process. During the adjustment, the chiropractor applies a quick, precise thrust to the spinal or pelvic area while the table gently drops beneath the targeted region. This subtle drop reduces the force needed for the adjustment, making the process smoother and more comfortable while effectively restoring proper alignment and function.