What is osteochondrosis?

Osteochondrosis (degenerative disc disease, DDD) is a complex of dystrophic changes in intervertebral discs, in which the disc loses moisture, elasticity, and height, leading to instability of the spinal segment, pain syndrome, and neurological disorders.

This is the most common spine disorder. According to various data, degenerative disc changes are found in 40% of people by age 30 and in 90% by age 50-55. Osteochondrosis is the primary cause of herniated discs, protrusions, and spinal stenosis.

Spinal regions:

  • Cervical osteochondrosis (C3-C7) — headaches, dizziness, neck and arm pain
  • Thoracic osteochondrosis (Th1-Th12) — intercostal neuralgia, chest pain
  • Lumbar osteochondrosis (L1-S1) — low back pain, sciatica, leg pain

Stages of disc degeneration:

  • Dehydration — loss of moisture in the nucleus pulposus, reduction in disc height
  • Instability — weakening of the annulus fibrosus, pathological mobility
  • Protrusion/herniation — bulging or extrusion of disc contents
  • Fibrosis — replacement of disc tissues with scar tissue, ankylosis

Facts about osteochondrosis

  • ICD-10: M42
  • Prevalence: 90% of people over 50 years
  • #1 cause: back pain in working-age population
  • Disability: 2nd place among all diseases
  • Complications: herniations, stenosis, radiculopathy

Causes of osteochondrosis

The intervertebral disc is the only structure in the human body that lacks its own blood vessels. Disc nutrition occurs exclusively through diffusion — the seepage of nutrients from surrounding tissues during spinal movement. Any factor disrupting this process triggers degeneration.

Main Causes

  • Sedentary lifestyle — disrupts diffusion of nutrients into the disc
  • Age-related changes — natural loss of water and elasticity
  • Excessive loads — microtrauma to the annulus fibrosus during heavy labor
  • Poor posture — uneven load distribution on discs
  • Spinal injuries — accelerate degeneration of damaged segments

Risk Factors

  • Genetics — hereditary predisposition to early degeneration
  • Smoking — impairs microcirculation around discs
  • Obesity — increased load on the lumbar spine
  • Vibration — occupational hazard (drivers, construction workers)
  • Metabolic disorders — diabetes mellitus, hypothyroidism

Why Pills Don't Help

  • Painkillers (NSAIDs) mask pain but do not restore the disc
  • Chondroprotectors do not reach the disc due to lack of blood supply
  • Physical therapy improves nutrition but cannot regenerate a destroyed disc
  • MIBRAR® delivers stem cells and growth factors directly into the disc

Symptoms of Osteochondrosis

Cervical Spine

  • Pain and stiffness in the neck
  • Headaches (cervicogenic)
  • Dizziness, tinnitus
  • Pain and numbness in the arms
  • Impaired concentration
  • Vertebral artery syndrome

Lumbar Spine

  • Constant aching pain in the lower back
  • Acute lumbago
  • Leg pain when walking
  • Stiffness after sleep
  • Muscle tension (defensive spasm)
  • Sensory disturbances

Complications

  • Herniated intervertebral discs
  • Spinal Stenosis
  • Spondylolisthesis
  • Radiculopathy (radicular syndrome)
  • Myelopathy (cervical)
  • Organ dysfunction

How MIBRAR® Treats Osteochondrosis

01

Comprehensive Diagnostics

Full spine MRI is analyzed by the Cyber Navi Hand™ system. All damaged discs are identified, the degree of degeneration of each, presence of herniations, protrusions, and stenosis. An individual treatment plan is developed.

02

Obtaining Concentrates

CGF — concentrate of growth factors stimulating regeneration — is obtained from the patient's blood. Lipogems® with mesenchymal stem cells capable of restoring disc cartilage tissue is obtained from adipose tissue.

03

Intradiscal Injection

Under 3D navigation control, concentrates are injected directly into each damaged disc — into the nucleus pulposus and annulus fibrosus. Paravertebral tissues and facet joints are also treated.

04

Disc Regeneration

Stem cells begin to restore disc structure: rehydration of the nucleus pulposus, strengthening of the annulus fibrosus, restoration of disc height. The process takes 3-6 months with visible improvement on follow-up MRI.

Why MIBRAR® Is Effective for Osteochondrosis

Osteochondrosis is the only disease in which the damaged organ (disc) lacks blood supply. This is why pills, intramuscular injections, and even intravenous drugs do not reach the disc. MIBRAR® solves this problem directly — regenerative concentrates are injected directly into the disc.

What Happens Inside the Disc After MIBRAR®:

  1. Mesenchymal stem cells (Lipogems®) differentiate into chondrocyte-like cells — the main "builders" of the disc's cartilage tissue
  2. Growth factors (CGF) stimulate the production of proteoglycans and type II collagen — the main components of the disc matrix
  3. Rehydration — restoration of the nucleus pulposus's ability to retain water, which increases disc height
  4. Strengthening of the annulus fibrosus — healing of micro-cracks, prevention of herniations
  5. Anti-inflammatory effect — reduction of chronic inflammation that accelerates degeneration

Key advantage: MIBRAR® is the only method that targets the cause of osteochondrosis (disc degeneration), not its consequences (pain, herniations, stenosis). At the same time, all damaged discs — from the cervical to the lumbar spine — can be treated in one procedure.

MIBRAR® for Osteochondrosis

  • Intradiscal injection — directly into the damaged disc
  • All discs at once — from neck to lumbar
  • Rehydration — restoration of disc height
  • Herniation prevention — strengthening of the annulus fibrosus
  • Without general anesthesia — local anesthesia
  • Any age — no restrictions

Treatment Results for Osteochondrosis

Follow-up MRI scans show regeneration of intervertebral discs and restoration of their structure after the MIBRAR® procedure.

Coronal MRI: disc degeneration L4-S1 — before and after MIBRAR®, female 43 years

WGZM Case: female, 43 years

Diagnosis: multiple disc degeneration L4/L5 and L5/S1 after radiofrequency nucleotomy. Coronal MRI shows disc dehydration (green arrows), neuroforaminal stenosis.

Result: rehydration of the nucleus pulposus, increase in disc height, widening of neuroforaminal openings. Nerve root decompression.

View case study →
Axial MRI: disc degeneration L5/S1 — before and after MIBRAR®, same patient

Same patient — axial slice

Axial MRI at L5/S1 level: before treatment — disc degeneration, spinal canal stenosis, nerve root compression.

Result at 18 months: restoration of disc structure, widening of canal lumen, root decompression. Complete absence of pain syndrome.

View case study →

MIBRAR® Method Advantages

95% of interventions covered

MIBRAR® covers up to 95% of all spinal neurosurgery and orthopedic operations.

No anesthesia or incisions

Outpatient treatment via 0.3-1.5 mm puncture. No general anesthesia or hospitalization.

No age restrictions

Regeneration at any age. Safe for chronic conditions and anesthesia intolerance.

Rapid improvement

Concentrates have analgesic and anti-inflammatory properties. Relief within days.

Multiple zones at once

Simultaneous treatment of multiple discs or joints in one procedure.

Home the same day

No crutches, braces or rehabilitation needed. MRI follow-up at 8-16 weeks.

MIBRAR® Technology

Cyber Navi Hand™ — MIBRAR® navigation system

Cyber Navi Hand™

Intraoperative robotic navigation system. Provides precise access to deep structures with 1 mm and 1 degree accuracy.

Sono Control Arm™ — MIBRAR® ultrasound control

Sono Control Arm™

Device for intervention under sonographic control. Eliminates open surgeries with real-time visual monitoring.

Video about the MIBRAR® Method

Frequently Asked Questions About Osteochondrosis Treatment

Can intervertebral discs be restored?
Yes. Until recently, disc degeneration was considered irreversible. The MIBRAR® method has proven that injecting autologous stem cells and growth factors directly into the disc initiates its restoration process — increase in height, rehydration of the nucleus pulposus, strengthening of the annulus fibrosus. This is confirmed by follow-up MRI scans.
How many discs can be treated in one procedure?
MIBRAR® allows treating all damaged discs in one procedure — from the cervical to the lumbar spine. This is a unique advantage of the method: classical surgery allows operating on a maximum of 1-2 levels at a time. In osteochondrosis, where multiple discs are usually affected, this is critically important.
Will MIBRAR® help with chronic osteochondrosis?
Yes. Even with long-standing osteochondrosis with pronounced degenerative changes, MIBRAR® can initiate regeneration processes and significantly reduce pain syndrome. The earlier treatment begins, the better the result, but improvement is possible at any stage — including Pfirrmann grades III and IV.
How does MIBRAR® differ from chondroprotectors?
Chondroprotectors (glucosamine, chondroitin) are taken orally and must reach the disc via the bloodstream. But the disc has no blood vessels — therefore, the effectiveness of chondroprotectors in osteochondrosis is extremely limited. MIBRAR® delivers stem cells and growth factors directly into the disc, bypassing the systemic bloodstream. This ensures maximum concentration of regenerative substances at the site of damage.
Does MIBRAR® prevent herniation formation?
Yes. Osteochondrosis is the main cause of herniation formation: the weakened fibrous ring cannot withstand the load and tears. MIBRAR® strengthens the fibrous ring, restores its structure and elasticity, which significantly reduces the risk of future herniations. This is essentially preventive treatment.
How quickly does pain go away with osteochondrosis?
Regenerative concentrates have a pronounced anti-inflammatory and analgesic effect. Most patients note a reduction in pain within several days. Restoration of disc structure continues for 3-6 months with progressive improvement. Follow-up MRI after 8-16 weeks shows the degree of regeneration.
Is special preparation required before the procedure?
No special preparation is required. Current MRI scans (not older than 3 months) and standard blood tests are needed. It is recommended to stop taking blood-thinning medications 5-7 days before the procedure (in consultation with the treating physician). The procedure is performed outpatient, and the patient returns home the same day.

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