Dr. Milano draws on multiple chiropractic techniques and a well-rounded understanding of body mechanics to treat each patient according to their individual needs.  He realizes that each body is different, and two patients with similar pain problems may actually require different types of treatment. 

Dr. Milano is quickly gaining a great reputation for making a difference with his patients.  He has a passion for helping pregnant patients, infants and children through Chiropractic care.

Adjustment Techniques

Webster Technique 

The Webster technique is a specific chiropractic analysis and diversified adjustment. The goal of the adjustment is to reduce the effects of sacral subluxation/SI joint dysfunction. In so doing neuro-biomechanical function in the pelvis is improved. 

Diversified Technique

​This is a hands-on technique.  A diversified adjustment is characterized by a high-velocity, low amplitude thrust. First an exam is performed to determine the specific spinal segments to be adjusted, and in which vector. The objective of a diversified adjustment is to restore proper movement and alignment of the spine. 

Sacral Occipital Technique (SOT)

The Sacro Occipital Technique, also called SOT, was developed by Major Bertrand DeJarnette, DO, DC in the late 1920s and has been researched and developed over the ensuing years. SOT is a commonly used chiropractic technique designed to reduce or eliminate pain or disorders in the craniospinal, TMJ, head, neck, back and pelvis, extremities (foot, ankle, knee, and hip as well as hand, wrist, elbow, and shoulder).

​SOT offers very specific methods that are effective and specific for each individual patient’s needs. www.sotousa.com

Neural Kinetic Integration

Neural Kinetic Integration Technique’s major focus is full body postural alignment that also provides for proper neurological balance. When we correct the posture we re-orient the musculo-skeletal structure.  This establishes a foundational platform for correct alignment of the head over shoulders, shoulders over hips, hips over knees and ankles to support the patient’s natural bipedal stance. The result is a reduction of the gravitational loads on all weight bearing structures.   Improved postural information is then transmitted to the cerebellum for better motor control.