Low Back Pain

Low back pain involves joints, discs, fascia, and how the brain controls posture and processes pain. We assess the whole system and rebuild stability, load tolerance, and confidence.

What you may be noticing

A deep ache across your lower back after sitting, bending, or lifting. Stiffness in the morning. Spasms that stop you mid-movement. Some days are fine and others are not, and you wonder whether you will ever trust your back again.

Back pain with loss of bladder or bowel control, numbness in the saddle area, progressive leg weakness or foot drop, fever, unexplained weight loss, relentless night pain, or a history of cancer needs emergency or urgent medical evaluation.

Why it is rarely one thing

Most low back pain is not caused by one damaged structure. Disc bulges and degeneration are common on imaging in people without any pain, so I let your symptoms and exam guide the plan more than an image alone.

Your spine is stabilized by your brain. The vestibular system and brainstem feed constant information to the deep postural muscles, and the cerebellum refines timing and coordination on the same side of the body. When that input is imprecise, the deep stabilizers switch on late, the hips stiffen, and the spine absorbs the difference. The same brainstem circuits also help turn pain signals down, so better balance and posture often bring better pain control.

Other layers add load. Fascia and scar tissue can restrict glide between tissues. The organs and the diaphragm share fascial and nerve connections with the low back, so digestive tension and shallow breathing can show up as back tightness. Chronic inflammation, poor recovery, disrupted circadian rhythm, blood sugar swings, and stress all lower the threshold for pain.

Patterns we look for

• Deep core and multifidus activation and timing.
• Hip mobility and gluteal strength.
• Sacroiliac and lumbar joint function, and fascial restriction.
• Disc irritation, nerve root signs, and directional preference.
• Vestibular, cerebellar, and brainstem control of posture.
• Diaphragm mechanics and visceral tension.
• Central sensitization and pain processing.
• Inflammation, blood sugar, vitamin D, and magnesium.
• Sleep, circadian rhythm, stress load, and protective guarding.

How I evaluate it

I screen for red flags first. The comprehensive functional neurological exam assesses reflexes, sensation, strength, nerve tension, gait, joint function, posture, balance, and eye and vestibular control, and it shows how your brain is coordinating your spine. I note which movements ease your pain and which aggravate it, because that pattern guides the first exercises.

Functional labs are used when pain is persistent or widespread and may include inflammatory markers, vitamin D, magnesium, fasting insulin, and HbA1c. Imaging is ordered when findings call for it, not by default.

How we address it

• Rule out serious causes and coordinate with your physicians.
• Calm inflammation with nutrition, sleep, circadian rhythm, and gentle early movement.
• Restore joint and fascial mobility with functional chiropractic care, soft tissue work, and, where suited, acupuncture or laser therapy.
• Use the movements that centralize your pain, and progress load by how your body responds over the following day.
• Retrain deep stabilizers, hips, and core for load tolerance.
• Use functional neurology for balance, vestibular, and cerebellar control of posture, training each side specifically.
• Add diaphragm breathing and visceral and vagal work when digestion and breath patterns are part of the picture.

Staying active is usually better than bed rest. Hurt does not always equal harm, and understanding that your back is sensitive rather than broken often reduces fear and pain together.

A back that is strong, mobile, and well controlled by the brain tends to stay out of trouble.

Book your Comprehensive Functional Medicine Eval/Neurological Exam today to discover what the contributing root causes are that are underlying your health concerns.