Spinal pathologies
Coccydynia or coccygeal pain is a painful syndrome located in the coccyx region that can cause significant functional limitations and significantly affect the patient’s quality of life.
The pain usually intensifies when sitting, standing up, remaining in certain postures, or performing activities that increase pressure on the sacrococcygeal region.
Although in some cases the pain is self-limiting, certain patients develop persistent chronic pain associated with biomechanical, inflammatory, neuropathic or post-traumatic alterations that require highly specialized assessment.
The coccyx constitutes the final portion of the vertebral column and is formed by small fused bony segments attached to the sacrum by complex ligamentous and muscular structures.
Despite its small size, it participates in pelvic stability and serves as an insertion point for multiple muscles and ligaments of the pelvic floor.
Coccyx abnormalities can cause intense local pain and persistent inflammatory or neuropathic phenomena.
Coccydynia can develop due to multiple factors, including:
In some patients, a single clear cause cannot be identified, and the pain becomes progressively chronic.
The symptoms may vary depending on the cause and the degree of inflammatory or neuropathic involvement.
The most common symptoms include:
In certain patients, the pain may coexist with pelvic floor disorders or associated lumbar and sacroiliac pain.
The diagnosis requires a detailed clinical assessment and studies aimed at identifying biomechanical, inflammatory, or neuropathic alterations of the coccygeal region.
The treatment will depend on the cause and the patient’s clinical evolution.
At VERTEBRA SpinePain & Regenerative SURGERY CENTERS we provide a comprehensive and personalized approach through conservative, interventional and advanced regenerative treatments.
Among the available therapeutic options, the following stand out:
At VERTEBRA SpinePain & Regenerative SURGERY CENTERS we have a highly specialized unit in pelvic pain, coccygeal pain and advanced image-guided intervention, offering personalized treatments using techniques of maximum precision and minimal invasiveness.
Our goal is to relieve pain, restore functionality, and significantly improve the patient’s quality of life.