Neuromechanical Innovations

What a great group of doctors to study with… and we had the Master of Instrument Adjusting. Dr. Jim Gudgel sharing his talents as well!

Our CEO, Dr. Chris Colloca leads off Day 2 at the biennial Brazilian Spine Society meeting in Curitiba, Brazil.
https://csbc.coluna.com.br/programa-cientifico

Check out Dr. Colloca's most recent article in the March 2026 issue of The American Chiropractor Magazine ...

The Medicare Advantage of Instrument Adjusting in Your Practice | The American Chiropractor | MARCH 2026 MEDICARE PATIENTS REPRESENT A Uniquely challenging and rewarding population within chiropractic practice. These individuals frequently present with chronic neuromusculoskeletal conditions, multiple co-morbidities and shaped by decades of cumulative spinal stress, degenerative change, and age-related...

The March 2026 issue of The American Chiropractor features a new article by our CEO and Founder ... view it here.

The Medicare Advantage of Instrument Adjusting in Your Practice | The American Chiropractor | MARCH 2026 MEDICARE PATIENTS REPRESENT A Uniquely challenging and rewarding population within chiropractic practice. These individuals frequently present with chronic neuromusculoskeletal conditions, multiple co-morbidities and shaped by decades of cumulative spinal stress, degenerative change, and age-related...

The Pelvis: The Biomechanical Center of the Body

The pelvis serves as the central link between the spine and the lower limbs, making it one of the most important structures for maintaining posture and efficient movement. It functions as a load-transfer hub where forces from the upper body are transmitted to the legs during standing, walking, and other daily activities.

At the center of the pelvis lies the sacroiliac (SI) joint, formed between the sacrum and the ilium. Unlike highly mobile joints such as the hip or shoulder, the SI joint is designed primarily for stability with minimal movement. Its main role is to transfer load from the spine into the pelvic ring and down through the legs while maintaining structural integrity.

Biomechanically, the pelvis must remain balanced in multiple planes. When the pelvis tilts or rotates excessively, it can disrupt alignment throughout the kinetic chain. A shift in pelvic orientation may alter lumbar spine mechanics, influence hip joint loading, and change how forces travel through the knees and ankles.

For example, pelvic rotation or asymmetry can create compensatory patterns in the spine to keep the head upright and maintain balance. The lumbar spine may bend or rotate to compensate for pelvic misalignment. At the same time, the hips may adjust their position to maintain stability during gait, which can influence femoral rotation and knee alignment.

The nervous system also plays a crucial role in pelvic function. The sacral nerve roots and surrounding neural structures pass through this region, supplying motor and sensory signals to the lower limbs and pelvic organs. Mechanical stress or irritation around the sacroiliac region may contribute to symptoms such as lower back discomfort, pelvic pain, or altered movement patterns.

Another important aspect of pelvic biomechanics is force distribution during walking. As one leg swings forward, the pelvis naturally rotates and tilts slightly to allow smooth gait progression. The surrounding muscles—including the gluteals, deep hip rotators, and core stabilizers—work together to control these movements and maintain stability.

When the pelvis loses its balanced position, muscles may compensate by becoming overactive or inhibited. This can lead to inefficient load transfer and increased strain on structures such as the lumbar spine, sacroiliac joints, hips, and knees.

Maintaining optimal pelvic mechanics requires coordinated strength and mobility in the surrounding structures. Strong gluteal muscles, stable core musculature, and adequate hip mobility help ensure that forces are transferred smoothly between the upper and lower body.

Because the pelvis sits at the intersection of the spine and legs, even small changes in its alignment can influence the entire body. Understanding pelvic biomechanics helps explain why issues in this region can affect posture, gait, and overall movement efficiency.

Thanks to all of the awesome docs who came over to study with us at Impulse Adjusting System course in San Jose, CA on Saturday. What a great group!

https://neuromechanical.com/event/impulse-adjusting-system-san-jose-ceu-10-hours/

Instrument Adjusting Headquarters® Lands in San Jose, CA
Saturday, March 7, 2026 | 10 CE Credits (Includes 4 Technique Hours) | Test Drive the NEW Impulse 2.0 Instruments!

Over 25 years, Neuromechanical Innovations (NMI) has become the world leader in instrument adjusting technology and clinical training.

Now we’re bringing the complete Impulse Adjusting System® training experience to San Jose, CA for one powerful, hands-on day.

Over 20,000 doctors in more than 50 countries use Impulse Instruments as their technique of choice — and on March 7, you can experience why.

Why Attend?

✔ Earn 10 CE Credits, including California’s required 4 technique hours
✔ Train with Dr. Chris Colloca, the world’s leading authority on instrument adjusting
✔ Learn evidence-based protocols grounded in graduate-level biomechanics and neurophysiology
✔ Master efficient, region-by-region applications for spine, pelvis, and extremities
✔ Participate in small-group hands-on workshops
✔ Test drive the new Impulse iQ Connect System
✔ Enjoy a hosted luncheon with colleagues in an engaging learning environment

Whether you use instrument adjusting occasionally or exclusively, this seminar provides practical systems you can implement immediately on Monday morning.

The Science + The Technology

Dr. Chris Colloca has co-authored over 50 scientific papers in spinal biomechanics, neurophysiology, and instrument adjusting. The Impulse iQ technology integrates patented Auto-Sense® and Intelli-Adjust® systems to:

• Deliver the most biomechanically efficient adjustments possible
• Measure spinal stiffness in real-time to track results
• Objectively determine chiropractic adjustment dosage
• Track objective improvement during care

This isn’t theory. This is precision clinical performance.

Why NMI?

NMI is the FDA-Registered manufacturer of the Impulse Instruments — proudly Made in America, not overseas.

Because NMI manufactures and distributes directly:

• You receive a 3-Year Unconditional Warranty
• You benefit from wholesale pricing
• You train directly with the developers
• You partner with a company committed to long-term clinical success

Quality. Authenticity. Accountability. Sustainability. No middleman.

Register Now & Save with our special pre-registered rate available online now. Seats are limited to ensure hands-on training quality. Secure your place for San Jose before pricing increases.

👉

Impulse Adjusting System® – San Jose, CA (CEU = 10 hours) CEU = 10 Hours Impulse Adjusting System® with Christopher J. Colloca, DC., PhD. Co-sponsored by Life University This course approved for 10 CE credits in the following states: AL, CA, CO, CT, DE, DC, GA, ID, IL, IN, IA, ME, MD, MA, MI, MT, NE, NV, NH, NJ, NM, NY, NC, OH, OR, RI, SC, […]

5 Core Practice Management Metrics That Create Better Care and Stronger Practices ... Check out our CEO, Dr. Chris Colloca's latest article in The American Chiropractor magazine...

The Chiropractic Scoreboard | The American Chiropractor | FEBRUARY 2026 5 Core Practice Management Metrics That Create Better Care and Stronger Practices