Your Adrenal Glands and Your Spine: The CMRT Approach to Chronic Fatigue and Burnout

San Antonio is a hardworking city. Military families managing deployments. Healthcare workers pulling back-to-back shifts. Parents raising kids while working full-time and caring for aging relatives. Small business owners wearing every hat at once. The pace is relentless, and the toll it takes accumulates quietly — until one day you realize that no amount of sleep makes you feel rested, that you drag yourself through mornings with sheer willpower, and that the person you used to be, the one with energy and resilience, seems to have disappeared.

If that sounds familiar, your adrenal glands may be part of the story. And there's a spinal component to that story that almost nobody talks about.

What the Adrenal Glands Actually Do

The adrenal glands are small — each about the size of a walnut — and they sit perched on top of the kidneys. But they're responsible for some of the most fundamental aspects of your physiology.

The adrenal medulla (inner portion) produces adrenaline (epinephrine) and noradrenaline — the fight-or-flight hormones that mobilize your body for immediate action. The adrenal cortex (outer layer) produces cortisol, aldosterone, and adrenal androgens including DHEA.

Cortisol is the one most relevant to fatigue and burnout. It has a natural diurnal rhythm: highest in the morning (it's what wakes you up and gives you energy to start the day), tapering through the afternoon, and lowest at night to allow sleep. Cortisol is an anti-inflammatory, an immune modulator, a blood sugar regulator, and a critical part of your stress response.

When the adrenals are functioning well, you wake with energy, have sustained focus through the day, tolerate stress without being flattened by it, and fall asleep without difficulty. When they're depleted — from months or years of chronic stress without adequate recovery — the cortisol curve flattens. You wake exhausted, crash mid-afternoon, get a second wind too late at night, and sleep poorly. The cycle perpetuates itself.

This pattern has been called "adrenal fatigue" — a term that's somewhat controversial in conventional medicine but describes a very real clinical presentation that practitioners who look for it see constantly.

T9-T11: The Adrenal Vertebrae

The adrenal glands receive their autonomic nerve supply through the splanchnic nerves, which originate at approximately T9 through T11 in the thoracic spine. These nerves directly regulate adrenal medullary output — meaning they directly control how much adrenaline and related stress hormones the adrenal glands release.

When T9-T11 are chronically subluxated — stuck in a pattern of restriction and nerve irritation — the nerve signal to the adrenal glands is distorted. The adrenals may be overstimulated in acute stress situations (producing excessive cortisol and adrenaline spikes), and then unable to mount an appropriate response during recovery periods.

Over time, this pattern contributes to the dysregulated cortisol curve that characterizes adrenal fatigue. The glands become less responsive, the output becomes erratic, and the person feels the consequences: exhaustion, poor stress tolerance, immune vulnerability, and hormonal dysregulation downstream.

Here's the other side of the same coin: when the adrenals themselves are chronically stressed — from ongoing lifestyle demands — they create a viscero-somatic reflex back to T9-T11. The stressed adrenals pull those vertebrae into persistent subluxation, creating a feedback loop. T9-T11 keeps going out, the adrenals remain under nerve interference, and the cycle of fatigue deepens.

Chapman's Adrenal Reflex Points

DeJarnette's CMRT system maps specific Chapman's reflex points for the adrenal glands. The anterior adrenal Chapman's points are located just medial to the anterior superior iliac spine (ASIS) — the bony prominence at the front of the hip. The posterior points correspond to the T9-T11 paraspinal region.

In patients with significant adrenal stress, these anterior points are typically tender — sometimes markedly so — and show a rubbery, congested tissue texture that is distinctly different from normal abdominal tissue. Working these points stimulates lymphatic drainage to the adrenal region and helps release the visceral component of the subluxation loop.

The CMRT Adrenal Protocol

When I identify an active adrenal reflex pattern — combined with the clinical picture of fatigue, morning difficulty, and stress intolerance — the CMRT protocol works at several levels:

The anterior adrenal Chapman's points are worked with the specific soft tissue contact technique, held until the tissue texture change releases. This typically takes 1-3 minutes per side. The T9-T11 vertebral subluxations are adjusted. The posterior Chapman's points are assessed and treated. The overall thoracolumbar junction is evaluated for the broader patterns that often accompany adrenal stress, including sacropelvic imbalance that creates chronic postural strain on the thoracic spine.

Most patients notice, during the session, a warmth or relaxation through the mid-back and lower thoracic region as the reflex releases. Many report improved energy in the days following treatment — often before they've made any other lifestyle changes. This isn't a coincidence: restoring the nerve signal quality to the adrenal glands produces measurable functional changes.

Lifestyle Integration: The CMRT Foundation

CMRT for adrenal support works best as one component of a comprehensive approach. The spinal work restores the neurological foundation, but the adrenal glands also need the lifestyle conditions that allow them to recover:

Sleep: The adrenals recover during deep sleep. Non-negotiable. Seven to nine hours in a dark, cool room, with consistent sleep and wake times.

Nutrition: The adrenals are particularly sensitive to blood sugar instability. Protein with every meal, reduced refined carbohydrates, adequate healthy fats, and adequate sodium (especially for patients who crave salt — a classic adrenal sign). Caffeine after noon keeps the evening cortisol artificially elevated and disrupts the natural cycle.

Stress reduction: This one is obvious but underimplemented. Not all stressors can be eliminated, but the nervous system's relationship to stress can be changed. Regular movement, deliberate recovery time, and practices that activate the parasympathetic nervous system (walking in nature, prayer, breathwork, community connection) all support adrenal recovery.

Supplement support: There are well-studied adaptogenic herbs — ashwagandha, rhodiola, eleuthero — that support adrenal function and cortisol regulation. I'm happy to discuss these as an adjunct to structural care.

A Note on San Antonio's Burnout Culture

San Antonio is a city that values hard work, family loyalty, and showing up for others. Those are beautiful values — and they're also a setup for adrenal depletion when they're never balanced with genuine rest and recovery.

I see it particularly in women in their thirties and forties who have been operating at maximum capacity for a decade or more and are now paying the price. They've been told their labs are "normal," which technically may be true. But "normal range" on a cortisol test doesn't mean optimal function — and it certainly doesn't mean the spine supporting the nerve supply to those glands has been evaluated.

You don't have to accept that exhaustion is just who you are now. There's often a structural component that hasn't been addressed, and addressing it can make a real difference.

Key Takeaways

• The adrenal glands produce cortisol, adrenaline, and hormonal precursors; their healthy function is essential for energy, stress tolerance, and immunity
• T9-T11 carry the autonomic nerve supply to the adrenal glands and directly regulate adrenal output
• Chronic subluxation at T9-T11 creates nerve interference that disrupts adrenal function; stressed adrenals reciprocally keep T9-T11 in subluxation
• Chapman's anterior adrenal reflex points (near the ASIS) become tender and show tissue texture change with adrenal stress
• CMRT addresses both the anterior reflex points and the T9-T11 spinal subluxations to break the viscero-somatic loop
• Lifestyle support — sleep, blood sugar stability, stress reduction — amplifies and sustains the structural work
• Adrenal fatigue is not a life sentence; addressing the neurological piece often produces meaningful improvements in energy and resilience

If chronic fatigue, morning exhaustion, or poor stress tolerance has been limiting your life, let's take a look at the structural piece of the puzzle. Call Pura Vida Chiropractic at (210) 685-1994. We're at 2318 NW Military Hwy #103, San Antonio, TX 78231, and we offer care in both English and Spanish.