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Modic Endplate Changes: Modic Type II, Back Pain, and Spinal Discs

Slipped discs that accompany Modic Type II, III or I require targeted treatments through advanced spine technology. Visit a Chiropractic Specialty Center® for the comprehensive spine care today. Call us now for an appointment!

Diagnosis and Treatment Options for Modic Type II Changes

Modic Type II Changes are relatively common in patients with chronic neck or back conditions. The Modic Type II changes always accompany degenerative disc disease as well as spinal disc disorders such as bulging discs and herniated discs (Slipped Disc or Slip-DIsc). Patients presenting with Modic Type changes required accurate diagnosis and targeted non-surgical treatment. In this section of our website, we will familiarize you with Modic Type II Changes and the best means of targeted therapy without injections or spine surgery.

Modic type II as well as type III and I.

There are three types of Modic changes discussed in the literature, Modic Type I, Modic Type II and Modic Type III. Each of these Modic changes represents a different underlying structural lesion at the adjacent endplates of the vertebrae. Modic Type I changes are commonly associated with lower back pain as acute inflammatory process and with bone marrow swelling. Whereas, the fatty replacement of the healthy red bone marrow is the cause of Modic Type II changes! Modic Type II changes are the result of reduced blood flow to the affected bone marrow. The Modic Type III changes are not that commonly seen, but they represent increased bone formation adjacent to the cartilage of the affected spinal segment or known as subchondral sclerosis.

Spinal decompression therapy for Modic type II and herniated disc.Modic Type I and II Changes and Degenerative Disc Disease

Most of the Modic Type I changes will progress into Modic Type II changes over a period. Modic Type II changes lead to degenerative disc disease. Degenerative Disc Disease includes a broad spectrum of signs and symptoms and radiological features such as disc protrusion, disc herniation, reduced disc height and Hypertrophy of Ligamentum Flavum. However, there is some evidence showing the relationship between reduced disc height and Type II Modic changes. These Modic changes are in the adjacent vertebrae of the lower lumbar spine, and sometimes they may affect the average disc height of the lumbar spine.

Intervertebral disc is made up of fibrocartilage with very little or no direct blood supply. The fatty replacement of the healthy bone marrow at the endplates of the adjacent vertebrae may reduce the nutrients supplied to the intervertebral disc. The lack of the inward flow of the needed nutrients will, in turn, lead to early onset degeneration of the spinal disc, and as such led to reduced disc height.

Modic Type III changes

Type III Modic changes are considered relatively rare as compared to Type I and Type II Modic changes. Modic Type III changes normally appear as decreased signal intensity at the vertebral endplates. The type III Modic endplate changes commonly occur with extra bone growth, adjacent to the endplates known as marginal end-plates osteophytes or bone spurs. Extensive subchondral bony sclerosis or bone formation is a result of additional pressure applied to the affected region due to degenerative changes. Therefore, the type III modic changes are the result of years of neglect. Avoid complicating spine issues like the Modic Type III, let our clinical experts help you recover from spinal problems at the onset of pain.

How to Avoid Modic Endplate Changes?

Reduced disc height is a proposed theory that may explain the association of Modic endplate changes and the development of moderate to severe back pain. A reduction in disc height (degenerated spinal discs) leads to the loss of the expected cushioning effect of the intervertebral disc.  As a result, the vertebral end-plates are under excessive stresses. These stresses are critical factors in the development of back pain, slipped disc and Modic endplate changes in the spine.

The associated axial compression load will be redistributed to the adjacent vertebrae and lead to Modic endplate changes. However, there is no evidence to show whether the reduced disc height is a cause or result of Modic endplate changes. None-the-less, those that have back pain are strongly encouraged to obtain targeted treatments to avoid damaging spinal discs, spinal end-plates or the subchondral bone. As such, early-targeted treatments can prevent the formation of Modic endplate changes.

NSD Therapy® and Modic Type II changes.

Avoid Modic Endplate Changes

Modic Type I and lead to Modic Types II and III. Therefore, the best method of treatments is through a holistic approach that minimizes the impacts of a Modic Type I. As we have mentioned, Modic Type I are inflammatory processes that have influenced the vertebral end-late as well as the subchondral bony attachment of the given end-plate. Therefore, the most effective means of avoiding or hopes of recovery are treatments that target the causes of Modic changes.

To date; published literature, point to disc degenerations as the culprit in Modic Types I, II and III. In other words, the reason you got Modic endplate changes in your spine is likely due to neglected chronic back issues. Therefore, to avoid or correct them. Let our experts help heal your back pain today. We offer the best comprehensive treatments for the spine. Best of all the care we provide is non-invasive. In other words, you don’t have to have spine surgery to get better.

Modic Changes (Type I, II and III), Degenerative Disc Disease and NSD Therapy®

advanced treatment for Modic Type II In our centers, we treat degenerated discs, slipped discs and those that present with Modic Types I, II, and II through the collaborative and advanced method of chiropractic, targeted physiotherapy and therapy devices such as the RxDecom. This combined method of care is known as NSD Therapy®.

References for Modic Type II

Teichtahl AJ, Urquhart DM, Wang Y, et al. Modic changes in the lumbar spine and their association with body composition, fat distribution and intervertebral disc height – a 3.0 T-MRI study. BMC Musculoskeletal Disorders. 2016;17:92. doi:10.1186/s12891-016-0934-x.

The above reference is one of our research sources for Modic type II changes. 

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