Can Chiropractic Help Arthritis?

Understanding What Chiropractic Care Can and Cannot Do for Arthritis

Yes—chiropractic can help people with arthritis by improving joint motion, reducing pain, increasing function, and helping slow the progression of degeneration. However, chiropractic cannot reverse arthritis or regrow cartilage that has already been lost. The goal of chiropractic care is not to “cure” arthritis, but to address one of its biggest underlying contributors: abnormal joint motion, known as a subluxation, and poor spinal biomechanics. By restoring normal movement and, when appropriate, correcting spinal alignment, chiropractic can reduce stress on joints and help preserve the function you still have.

If you’ve been diagnosed with arthritis in your neck, back, or other joints, you’ve probably wondered if chiropractic care is safe or effective. The answer is yes for many patients—but it’s important to understand what chiropractic can and cannot do. Once arthritis develops, we cannot make damaged joints brand new again. What we can do is improve how those joints function, reduce unnecessary stress on them, and help prevent them from deteriorating more quickly.

What Is Arthritis?

Arthritis simply means inflammation or degeneration of a joint. In the spine, the most common form is osteoarthritis, also called degenerative joint disease. Over time, cartilage wears down, discs lose height and hydration, and the body responds by forming bone spurs (osteophytes).

Many people assume arthritis is an unavoidable part of getting older. While age increases the likelihood of degeneration, arthritis is largely influenced by how well your joints move throughout your lifetime. Joints that move well tend to stay healthier longer. Joints that lose motion break down more quickly.

Motion Is Medicine

Your joints are designed to move.

Every time a healthy joint moves, it circulates synovial fluid, nourishes cartilage, distributes forces evenly, and helps maintain healthy surrounding muscles and ligaments. When a joint loses normal motion because of injury, poor posture, repetitive stress, or spinal subluxation, those tissues begin to deteriorate.

One of the best examples comes from studies of limb immobilization. Researchers have shown that placing an arm or leg in a cast for only a few weeks leads to rapid muscle atrophy, decreased bone density, cartilage degeneration, joint stiffness, and loss of strength.

Your body follows the principle of “use it or lose it.” While your spine is rarely placed in a cast, a spinal joint that stops moving normally experiences many of the same consequences. Restricted motion means poorer nutrition to the joint, abnormal loading, and increased wear over time.

What Is a Subluxation?

A chiropractic subluxation is a spinal joint that has lost its normal motion and alignment, placing abnormal stress on the surrounding discs, joints, muscles, ligaments, and nervous system.

When a spinal segment becomes restricted:

  • Pressure is distributed unevenly.
  • Certain joints experience excessive wear.
  • Muscles tighten and fatigue.
  • Discs are loaded abnormally.
  • Degeneration accelerates.

Correcting these motion restrictions is one of the primary goals of chiropractic care. Restoring healthier movement helps reduce abnormal mechanical stress and improves the way the spine functions.

The Four Phases of Spinal Degeneration

At Square One Health, we explain spinal degeneration as occurring in four progressive phases.

Phase 1: Loss of the Normal Spinal Curve

This is the earliest stage of degeneration.

The spine begins losing its normal cervical or lumbar curve because of poor posture, previous injuries, repetitive stress, prolonged sitting, or chronic muscle imbalance. Although arthritis is usually not yet visible on X-rays, abnormal biomechanics are already increasing stress on the discs and joints.

The good news is that this stage is often the most treatable.

Rather than simply reducing symptoms, corrective chiropractic focuses on restoring normal spinal alignment. At Square One Health, we utilize Chiropractic BioPhysics® (CBP®), an evidence-informed approach that combines spinal adjustments, mirror-image exercises, and corrective traction to restore healthier spinal curves. Restoring proper alignment reduces abnormal stress on the joints before significant degeneration develops.

Phase 2: Disc Degeneration and Early Arthritis

As abnormal mechanics continue, the spinal discs begin losing height and hydration.

The body attempts to stabilize the spine by laying down extra bone, creating osteophytes, commonly called bone spurs.

Patients in this phase often notice:

  • Neck or back pain
  • Morning stiffness
  • Reduced flexibility
  • Muscle tightness
  • Occasional numbness or radiating pain

Although existing degeneration cannot be reversed, restoring motion, improving posture, and reducing abnormal joint loading may help relieve symptoms and slow further progression.

Phase 3: Advanced Degeneration

The discs become significantly thinner, arthritis involves multiple joints, and bone spurs become larger. The spine loses flexibility and symptoms often become more persistent.

At this stage, our focus shifts toward preserving function. While we cannot restore severely damaged joints, we can often improve mobility, decrease pain, strengthen supporting muscles, and help slow additional degeneration.

Phase 4: Fusion

In the final stage, multiple spinal joints may become partially or completely fused.

Motion is permanently limited, and the structural changes cannot be reversed.

Treatment focuses on maintaining the mobility that remains, reducing pain, improving daily function, and protecting neighboring joints from wearing out more quickly.phases of spinal degeneration

Can Chiropractic Reverse Arthritis?

This is one of the most common questions patients ask.

The honest answer is no.

Once cartilage has worn away or bone spurs have developed, chiropractic cannot regenerate those tissues or erase arthritis from an X-ray.

If someone promises to “reverse” arthritis, you should be cautious.

What chiropractic can do is:

  • Improve joint mobility
  • Reduce pain and stiffness
  • Restore healthier movement patterns
  • Improve posture
  • Reduce abnormal stress on joints
  • Improve overall function
  • Help slow the progression of degeneration

Many patients feel dramatically better even though arthritis is still present on imaging.

Why Corrective Care Matters

Most people seek treatment after arthritis has already become advanced.

Unfortunately, by then much of the structural damage has already occurred.

That is why we place such an emphasis on identifying spinal problems early—especially during Phase 1, when the spine has begun losing its normal curves but before significant arthritis develops.

Correcting spinal alignment, restoring joint motion, and treating subluxations early gives the body the best opportunity to function properly and may help reduce the abnormal forces that contribute to arthritis over time.

The Bottom Line

Arthritis is not simply a disease of aging—it is often the result of years of abnormal joint mechanics, restricted motion, poor posture, injuries, and repetitive stress.

Chiropractic care cannot reverse established arthritis, but it can improve the way your joints move, reduce pain, restore function, and help slow the progression of degeneration by correcting subluxations and improving spinal biomechanics. When combined with corrective care such as Chiropractic BioPhysics, strengthening exercises, and healthy lifestyle habits, chiropractic can help you preserve the joints you still have and stay active for years to come.

The earlier these problems are identified, the greater the opportunity to protect your spine before permanent damage occurs.

Don’t Assume Nothing Can Be Done

Have you ever been told, “You have arthritis, and there’s nothing anyone can do about it?”

While it’s true that we cannot reverse arthritis once it has developed, that does not mean you’re out of options. Many people continue living with unnecessary pain, stiffness, and limited mobility simply because they’ve been told to “learn to live with it.”

At Square One Health, we don’t just look at whether arthritis is present—we look at why it developed, what phase of degeneration you’re in, how your spine is functioning, and whether improving your joint motion, posture, and spinal alignment can help you feel and function better. Even if arthritis cannot be reversed, improving the mechanics of your spine may help reduce pain, improve mobility, and slow further degeneration.

Have you had X-rays taken and been told that nothing could be done to help you? That isn’t always the case. We invite you to schedule a consultation and comprehensive evaluation at Square One Health. We’ll review your imaging, evaluate your posture and spinal mechanics, and determine whether corrective chiropractic care—including Chiropractic BioPhysics® and other evidence-based treatment options—is appropriate for your condition.

You may not be able to turn back the clock, but you may be able to improve how you move, how you feel, and protect your spine for years to come.

Schedule your consultation today and let us help you determine if you’re a candidate for care.

Ready to take the next step towards a pain-free, healthier life? Our team is here to help you on your wellness journey. Click the button below to Schedule an Appointment and start experiencing the benefits of integrated medicine today!

About Dr. Tim Cowan, DC

Dr. Timothy Cowan, DCDr. Tim Cowan, DC is a Doctor of Chiropractic at Square One Health and has written and reviewed this article. He earned his Doctorate of Chiropractic from the University of Western States after completing a Bachelor of Science in Exercise Science from Northern Arizona University. Dr. Cowan has advanced training in scoliosis rehabilitation, Chiropractic BioPhysics (CBP), and postural correction techniques. He focuses on helping patients improve posture, movement, and spinal function through individualized treatment approaches designed to address musculoskeletal conditions and movement-related dysfunction.

Frequently Asked Questions

Can chiropractic help arthritis?
Chiropractic care may help improve joint mobility, reduce pain and stiffness, improve function, and reduce abnormal stress on arthritic joints. While it cannot reverse arthritis, it may help people manage symptoms and maintain mobility.

Can chiropractic reverse arthritis?
No. Chiropractic cannot regrow cartilage or reverse arthritis that has already developed. Treatment focuses on improving joint function and slowing further degeneration.

Is chiropractic safe if I have arthritis?
Many people with arthritis can safely receive chiropractic care. A thorough evaluation helps determine whether chiropractic treatment is appropriate based on the severity of arthritis and each person’s condition.

What causes arthritis to get worse?
Abnormal joint mechanics, poor posture, repetitive stress, previous injuries, loss of joint motion, and aging may all contribute to the progression of arthritis.

When should I seek treatment for arthritis?
The earlier movement problems and postural changes are identified, the greater the opportunity to improve joint function and potentially slow the progression of degeneration.

References

  1. Akeson WH, Amiel D, Woo SL, et al. The connective tissue response to immobility: biochemical changes in periarticular connective tissue. Clinical Orthopaedics and Related Research. 1973.
  2. Booth FW. Time course of muscular atrophy during immobilization of hindlimbs in rats. Journal of Applied Physiology. 1977.
  3. Van der Kraan PM, van den Berg WB. Osteoarthritis in the context of aging and mechanical loading. Nature Reviews Rheumatology. 2012.
  4. Harrison DE, Oakley PA, Haas JW, et al. Chiropractic BioPhysics® methods and structural rehabilitation of spinal alignment: a body of peer-reviewed research on cervical and lumbar curve restoration.
  5. Hurwitz EL, et al. Manipulation and mobilization for chronic low back pain and neck pain: evidence from systematic reviews and clinical practice guidelines. Journal of Manipulative and Physiological Therapeutics.

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