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Ruptured Disc
A ruptured disc occurs when the outer wall (annulus fibrosus) of the disc tears or breaks, allowing some or all of the soft inner core (nucleus pulposus) to leak out of the disc structure. Rupture might occur spontaneously due to tremendous force or might be the end result of normal degenerative changes occurring in the disc.

Ruptured Disc Condition
Most ruptures occur in discs which are already herniated. Any
disc bulge
creates a weakness in the
annulus fibrosus,
compromising its structural integrity. This weakness can be exploited over time or with significant trauma to the affected area. If too much pressure builds up on the compromised annulus fibrosus, it is likely to develop an
annular tear.
This is basically a rip or hole in the outer layers of disc. Remember that this tough outer disc wall contains the
nucleus pulposus
and once compromised, the nucleus can be squeezed out of the disc akin to toothpaste. Alternately, the normal processes of
disc degeneration
include the drying out of the disc structure. These changes can make the disc increasingly brittle and more prone to developing cracks in the annulus fibrosus. In turn, these cracks can also create a disc rupture, even when no trauma or unusual force is present.
Ruptured Disc vs. Herniated Disc
A herniated disc
typically describes a condition in which the disc nucleus is still contained in the outer wall, but is bulging asymmetrically. This is also sometimes referred to as a contained herniation or closed disc herniation. A disc rupture means that the nucleus is no longer contained within the disc wall. However, it does not mean that the nucleus has leaked out of the disc. Some ruptures entail tiny holes in the annulus, preventing significant amounts of nucleus material from escaping. Other ruptures allow some nucleus material to leak from the disc. Finally, severe ruptures might allow the entire nucleus to exit the disc structure.
Disc Rupture and Chemical Radiculitis
Chemical radiculitis
is a process by which the glycoproteins which comprise the nucleus pulposus irritate the surrounding spinal nerve roots if they rupture out of the annulus fibrosus. In the case of disc rupture, the nucleus material exits the disc, sometimes under force, and might come into contact with the nerve roots at that vertebral level. This irritation is believed to cause pain and related neurological symptoms which might last until the proteins are neutralized or absorbed by the body. This is a controversial theory and is not accepted by all care practitioners. Additionally, some patients might be more prone to developing chemical radiculitis than others, due to heightened genetic neurological sensitivity.
Ruptured Disc Advice
I have a good idea about herniated and ruptured discs, since I have one of each. My L4/L5 is badly herniated towards my spinal cord, while my L5/S1 ruptured long ago. For many years, my
back pain
was blamed on these disc abnormalities and I accepted that diagnosis 100%. I suffered for 18 long years until I discovered the truth about the common and typically asymptomatic nature of most herniations and ruptures. Sure, these events can certainly be painful… for a time… but rarely cause the long term
chronic disc pain
syndromes often blamed on them in the majority of diagnosed patients. If you have suffered a disc rupture, make sure to understand the complete objective
facts
of the condition. If you simply accept that a bulging or broken disc is the exclusive cause of your pain, statistics clearly demonstrate that you are likely to continue suffering for many years to come…
Ruptured Disc to Herniated Disc Home
6/27/08 Revised 12/22/09

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