Foraminal narrowing may be classified as Nerve Root Compression. The appropriate ICD-10-CM code to report the condition depends on whether the compression is the result of another disease. Code G54.2 Cervical root disorders, not elsewhere classified describes narrowing not otherwise defined.
I need some help on coding Foraminal Stenosis the provider's documentation states Lumbar foraminal stenosis and he codes M99.83, another coder thinks that the code M77.73, and I think it should be M48.06. The MRI shows evidence of a laminectomy of L5 with moderate disc bulges at L4-L5 and L5-Si with foraminal stenosis.
Foraminal narrowing isn't the same as spinal stenosis but 724.9 is referrable to the lower back. If you are referencing C3-C4 it may be more appropiate to use 723.8 Cervical syndrome NEC. (These are my opinions and should not be construed as being the final authority.
2018/2019 ICD-10-CM Diagnosis Code M48.06. Spinal stenosis, lumbar region. M48.06 should not be used for reimbursement purposes as there are multiple codes below it that contain a greater level of detail.
Neural foraminal stenosis, or neural foraminal narrowing, is a type of spinal stenosis. It occurs when the small openings between the bones in your spine, called the neural foramina, narrow or tighten.
Foraminal narrowing occurs when there is nerve compression or irritation, which results in less space available for the nerve roots to pass through.
Foraminal narrowing is a specific type of spinal stenosis, a back condition that occurs when the open spaces within the spine narrow. The foramina are bony passageways located between the vertebrae in the spine.
Foraminal narrowing, or foraminal stenosis, is a condition of the spine that can cause pain and other symptoms resulting from spinal nerve root compression. At every level of the spine, a pair of nerve roots runs through the spinal column via small openings called foramina (singular: foramen).
Answer: There is no distinction made in ICD-10-CM for central canal stenosis vs foraminal stenosis. Therefore, the M48. 0- code covers both/all types of spinal stenosis.
Foraminal Stenosis is the narrowing of the cervical disc space caused by enlargement of a joint (the uncinate process) in the spinal canal. The majority of symptoms with this type of cervical spinal stenosis are usually caused by one nerve root on one side. Save.
Neural foraminal narrowing (also called spinal stenosis) refers to a narrowing of the opening in the spinal column through which the spinal nerves exit.
Bilateral foraminal stenosis details when the spinal nerve root is compressed on both sides due to narrowing of the foramen that may be caused by an enlarged joint, a collapsed disc space or a foraminal herniated disc.
Foraminal Stenosis I5 S1 Condition Another common instance of foraminal stenosis, foraminal stenosis l5 s1, afflicts the L5 and S1 vertebrae in the lower spine. This is where the nerve roots branch away from the spinal cord and down the legs.
The L4 and L5 are the two lowest vertebrae of the lumbar spine. Together with the intervertebral disc, joints, nerves, and soft tissues, the L4-L5 spinal motion segment provides a variety of functions, including supporting the upper body and allowing trunk motion in multiple directions.
Foraminotomy: A minimally invasive procedure in which your surgeon removes a tiny piece of bone or soft tissue that is causing compression on a nerve. This enlarges the openings of the foramina. As a result, the nerve has more space and is no longer pinched.
Spinal Stenosis is a narrowing of a spinal canal that compresses the Spinal Cord. Foraminal Narrowing is a stenosis of the vertebral foramen that compresses (encroaches on) a Nerve Root. In your ICD-9 Index, please look at COMPRESSION - NERVE - ROOT and you will find the codes you are looking for.
Foraminal stenosis does cause compression of the nerve so I suppose it is up to you which code you use. Either is technicall correct. I prefer to code the cause, spinal stenosis (723.0) but I can see the logic in coding the effect, nerve compression (723.4).