A herniated disc may be caused by simple wear and tear from repeated movement over time or disc degeneration. During the natural aging process, spinal discs lose some of their water content making it difficult to support the load from above vertebrae.
A herniated disc may be caused by simple wear and tear from repeated movement over time or disc degeneration. During the natural aging process, spinal discs lose some of their water content making it difficult to support the load from above vertebrae.
Lumbar degenerative disc disease is a common experience in which one or more intervertebral discs cushioning the vertebra is damaged and bulges out of its usual location. “Disease” may be a misnomer since most people have some degree of degeneration in their discs. This bulging increases local pressure and the damaged tissue releases inflammatory mediators to the surrounding area.
Lumbar degenerative disc disease is a common experience in which one or more intervertebral discs cushioning the vertebra is damaged and bulges out of its usual location. “Disease” may be a misnomer since most people have some degree of degeneration in their discs. This bulging increases local pressure and the damaged tissue releases inflammatory mediators to the surrounding area.
Stenotic lumbar vertebrae compress the spinal cord and nerve roots traveling through them. In the lumbar region, this translates to a progressive loss of function of the lower extremities, as well as potentially affecting other bodily functions such as urination. The cause of compression can vary, but is often a result of bulges in the intervertebral discs cushioning the connections of the vertebral column. These bulging discs compress nearby structures, and damaged tissues will release inflammatory mediators in an attempt to recruit healing factors.
Stenotic lumbar vertebrae compress the spinal cord and nerve roots traveling through them. In the lumbar region, this translates to a progressive loss of function of the lower extremities, as well as potentially affecting other bodily functions such as urination. The cause of compression can vary, but is often a result of bulges in the intervertebral discs cushioning the connections of the vertebral column. These bulging discs compress nearby structures, and damaged tissues will release inflammatory mediators in an attempt to recruit healing factors.
Lumbar Spondylolisthesis is characterized by instability in the vertebral column, most commonly in the region of the L4-L5 vertebrae. The origin of the name is Greek, with “spondy” referring to vertebrae and “listhesis” referring to movement. Shifting vertebrae push on the spinal cord and can cause pain and numbness, especially when standing or bending over.
Lumbar Spondylolisthesis is characterized by instability in the vertebral column, most commonly in the region of the L4-L5 vertebrae. The origin of the name is Greek, with “spondy” referring to vertebrae and “listhesis” referring to movement. Shifting vertebrae push on the spinal cord and can cause pain and numbness, especially when standing or bending over.
Acute low back pain typically develops after a strenuous or jarring event, but may also present without any clearly related activity. An acute episode lasts for up to six weeks in patients without a history of complaints to the affected region, and symptoms can vary significantly between patients. The pain can be diffuse or focal and can feel like burning, a sharp discomfort, or a dull ache.
Acute low back pain typically develops after a strenuous or jarring event, but may also present without any clearly related activity. An acute episode lasts for up to six weeks in patients without a history of complaints to the affected region, and symptoms can vary significantly between patients. The pain can be diffuse or focal and can feel like burning, a sharp discomfort, or a dull ache.
Chronic Lower Back Pain is another common condition defined by affecting the lumbar region for three months or longer. Pain ranges in form and severity, and stems from anomalies in the anatomical structure of the back. Causative factors may include stress, trauma, or concomitant disease, but in many cases may be difficult to isolate.
Chronic Lower Back Pain is another common condition defined by affecting the lumbar region for three months or longer. Pain ranges in form and severity, and stems from anomalies in the anatomical structure of the back. Causative factors may include stress, trauma, or concomitant disease, but in many cases may be difficult to isolate.
SI Joint Pain occurs when the joints connecting the portion of the spine below the lumbar, the sacrum, and the iliac crest of the pelvis are affected. This pain can mimic sciatica, but involves abnormal stress on the joint rather than the sciatic nerve. Normally a fairly immobile joint, excessive strain can irritate this region of the spine causing paint.
SI Joint Pain occurs when the joints connecting the portion of the spine below the lumbar, the sacrum, and the iliac crest of the pelvis are affected. This pain can mimic sciatica, but involves abnormal stress on the joint rather than the sciatic nerve. Normally a fairly immobile joint, excessive strain can irritate this region of the spine causing paint.
DAY OF SURGERY INFORMATION
Drive to the South parking garage. Free Valet parking is available during business hours. If you self-park, take the elevator from the garage to the first floor to enter the main hospital lobby. Wheelchairs are available if needed. Take the D elevator to the 2nd floor. Proceed to the Surgical and Endoscopy Check-In Desk. Here you and your family will be checked in and escorted to the Pre-op Area to be prepared for surgery. Up to two family members may wait with you until you are taken to surgery. Your family may then wait in the Surgical Waiting room until notified by the surgeon that the surgery has been completed. A receptionist will take down contact information so that your family may be easily reached to speak with Dr. Paul. Complimentary coffee is available for your family while in the Surgical Waiting room. The cafeteria and gift shop are on the ground floor in the North area of the hospital and the coffee shop is in the South area of the hospital for your family’s convenience.
Get Directions to Edwards Hospital
In the preoperative room you will be prepared for surgery. The team will be checking your vital signs, starting your IV, validating your medications, health history, lab results and any follow up for additional testing needed. At this time, they will obtain your consent for surgery and answer any questions you may still have. Your anesthesiologist will see you and your family prior to your surgery. Dr. Paul, Adam or Kevin will mark your surgical site. You will be escorted to the operating room by cart. Your family can wait in the surgical waiting room. Dr. Paul will call them when surgery is completed. If he can not reach them, he will leave a message with the Patient Liaison. Following surgery you will be taken to the Post Anesthesia Care Unit (PACU) where you will recover for an hour or more. During this time, pain and nausea control will be established and your vital signs will be monitored frequently.