Have you ever been told after a quick examination, “You have osteochondrosis. What did you expect at your age or with that kind of work”? For millions of people, this diagnosis has become a convenient explanation for almost any discomfort in the lower back, neck, or thoracic spine.
However, in modern international medicine, osteochondrosis is no longer considered a universal explanation for back discomfort. Persistent or recurring back pain is rarely explained simply by that “frightening” diagnosis in a medical record. In this article, we will debunk common myths about osteochondrosis and show how evidence-based physical therapy can help restore freedom of movement without unnecessary medications or endless IV treatments.
What Is “Osteochondrosis” Really, and Why Isn’t It Used in Western Medicine?
International Standards and Outdated Terminology
In the International Classification of Diseases (ICD), the term “osteochondrosis” refers to specific and relatively uncommon disorders affecting bone and cartilage development, primarily in children and adolescents. What is commonly referred to as osteochondrosis in adults in post-Soviet medicine is generally described internationally using more specific diagnoses, such as non-specific low back pain or age-related degenerative changes of the spine.
Natural Changes in the Spine Are Like “Gray Hair” for Your Body
As we age, natural degenerative changes in the spine occur as part of the normal aging process. Reduced disc height, disc bulges, and other structural changes are common in adults, even among people who have never experienced back pain. Treating these findings as a disease can be compared to considering the first gray hairs or wrinkles on your skin to be a medical disorder.
Top 4 Myths About Osteochondrosis You Should Stop Believing
Myth 1. Pain Is Caused by “Salt Deposits”
This is one of the most persistent myths and has no sound biochemical basis. Your body does not simply “deposit table salt” in your joints or vertebrae as a result of your diet. Bone spurs (osteophytes), which are sometimes mistakenly described as “salt deposits,” are bony growths associated with long-term mechanical stress and degenerative changes.
Myth 2. MRI Findings Are a Diagnosis and the Direct Cause of Pain
MRI scans show anatomical structures, but they do not necessarily identify the source of pain. Research has shown that disc herniation on MRI can be found in many people who have no symptoms at all. Treatment should focus on the person and their symptoms rather than on an MRI image alone.
Myth 3. The Spine Can and Should Be “Put Back Into Place”
Vertebrae and intervertebral discs are supported by strong ligaments, muscles, and other connective tissues and do not simply “slip out of place” during everyday movement. The feeling of relief after a popping or cracking sound during manual manipulation does not mean that the bones have been returned to some “original position.” The sound is generally related to changes in pressure and gas within a joint, while symptom relief may involve temporary neurophysiological effects.
Myth 4. Back Pain Requires Strict Rest and Chondroprotective Drugs
Prolonged bed rest can worsen recovery by contributing to muscle deconditioning and reduced physical capacity. Meanwhile, chondroprotective drugs, IV treatments, and topical massage products do not have strong evidence for treating non-specific back pain according to many international clinical guidelines.
The Real Causes of Back Pain: An Evidence-Based Rehabilitation Perspective
Muscle Imbalance and Overloading
In many cases, back pain is influenced by muscles and other soft tissues, as well as by how the nervous system responds to physical and psychological stress. Sedentary work, prolonged time spent in one position, or inappropriate exercise technique can contribute to muscle imbalance, reduced physical capacity, and increased sensitivity to movement.
Stress, Anxiety, and Central Sensitization
Chronic stress, sleep deprivation, anxiety, and fear of movement can increase the sensitivity of the nervous system. In this state, the brain may interpret even normal, harmless signals from the back as threatening, amplifying the perception of pain.
Outdated vs. Evidence-Based Approach to Back Rehabilitation
| Parameter | Outdated Passive Approach | Evidence-Based Physical Therapy |
| Main Goal | Masking symptoms with medication | Improving function and addressing contributing factors |
| Methods | Injections, IV treatments, chondroprotective drugs, rest | Progressive exercises, load management, education |
| Role of the Patient | Passive observer | Active participant in the rehabilitation process |
| Long-Term Effect | Temporary relief and risk of recurrence | Long-term improvement and increased physical capacity |
What Really Works: 4 Steps Toward a Life With Less Pain
- Let go of fear and restore movement. Gradually returning to everyday activities is generally safer and more beneficial than prolonged bed rest.
- Strengthen your muscles. Strength exercises adapted to your current condition can provide significant long-term benefits.
- Optimize sleep and stress management. Adequate sleep supports nervous system recovery and may help reduce pain sensitivity.
- Consult a physical therapist. A specialist can help determine how to get rid of back pain by developing an individualized exercise program and addressing movement and load-management strategies.
Frequently Asked Questions
Do I Need an MRI Immediately If My Back Suddenly Starts Hurting?
No. MRI is generally recommended when there are specific warning signs or when the results would change the treatment approach. “Red flags” may include problems with bladder or bowel control, progressive weakness in the legs, loss of sensation in the groin or saddle area, fever, significant trauma, or other concerning symptoms. In many uncomplicated cases, a clinical assessment by a qualified healthcare professional is sufficient initially.
Can I Work Out at the Gym If an MRI Shows a Herniated Disc?
Yes, in many cases you can continue exercising. The key is to use an appropriate, gradual, and progressive level of loading that is adapted to your symptoms and physical capacity. Exercises should be modified if they cause significant or worsening pain during or after the session.
Conclusion
The term “osteochondrosis” has long served as a convenient label for back pain without identifying its actual contributing factors. Remember: your spine is a strong and adaptable structure that benefits from appropriate movement and progressive loading rather than prolonged inactivity or questionable treatments. By focusing on active rehabilitation, sensible exercise, and individualized load management, you can improve comfort and maintain freedom of movement for years to come.
