Usually the 5 Lumbar vertebrae (backbones between the chest/ribs and the hips) are separate, distinct bones, just like the 19 above them (12 thoracic or dorsal that typically each have ribs, and the 7 cervical in your neck).
Sometimes the bottom lumbar vertebra (#5) looks like it's trying to fuse with the sacrum. It's not completely separate, but it's not completely fused (usually) like the other bones in the sacrum (which form the triangular bottom of the spine and connect to the two hip bones through the sacroilliac joints).
Similarly, one can have "lumbarization of the first sacral segment" in which the first part of the sacrum looks like it's trying to unfuse from the rest of the sacrum!
The final note is this: either one of these situations might cause a tendency to get Back pain and YOUR pain probably led to the x-ray that revealed this condition in you. But nothing surgical needs to be done about either condition. The best advice is to (a) slowly strengthen your back, and (b) strengthen your back slowly! (smile) Ask your doctor/physical therapist/chiropractor/etc.
The lower back vertebrae are called the lumbar vertebrae and there are typically five of them in the human spine, designated as L1 to L5.
The sacrum articulates with the ilium bones of the pelvis to form the sacroiliac joints.
Bone marrow edema within the right L5 pedicle is a sign of increased fluid in the bone marrow of the vertebral body at the L5 level. This can be caused by inflammation, injury, or stress to the bone, and is often associated with conditions like degenerative disc disease or spondylolisthesis. It may result in pain and stiffness in the lower back.
The largest intervertebral disc is typically found between the fourth and fifth lumbar vertebrae in the lower back. This disc is known as the L4-L5 disc and tends to be larger due to the increased weight-bearing and range of motion demands placed on the lower back.
The lumbar spine has the most vertebrae, typically consisting of five lumbar vertebrae (L1-L5).
left sided sacralisation of L5 vertebra seen
Sacralization of L3 refers to a condition where the third lumbar vertebra (L3) appears to be fused with the sacrum, the bone at the base of the spine. This can lead to an abnormal spinal alignment and sometimes cause pain or discomfort in the lower back. Treatment may include physical therapy, pain management, or in severe cases, surgery.
Sacrality is the property of being sacral - or sacredness.
This is a description of a congenital deformity or congenital malformation at the very bottom of the spine that rests on the sacral part of the pelvis, just above the tailbone. This type of deformity is fairly common, and is perhaps the most common type of spinal abnormality a person can have from birth.What this explanation is saying is that the very last spinal bone, the 5th lumbar segment, on the left side appears to be attempting to look like part of the sacral segment that it is resting upon. Asymmetry means that the right and left sides of the L5 vertebra look different; the right side is normal and the left side is abnormal to some degree as it attempts to look like part of the sacrum. Typically, in a case of sacralization the part of L5 called the transverse process is broader and taller than it should be and might be trying to touch or articulate with the sacrum.The explanation does not mention the degree of asymmetrical sacralization present; it could be very slight or mild or severe and extensive. The more asymmetrical a congenital deformity is, the more unstable and prone to causing pain it tends to be.This kind of spinal malformation is not necessarily painful, but it can pose a degree of instability to the lower back and when stressed might lead to a painful low back in some people.
Sacralization is the fusion of the last lumbar vertebrae with the first segment of the sacrum.
what is the treatment for a desiccated L5-S1
No
whatis anterior subluxation on L5 on S1 mean?
L5
L5 - 2012 was released on: USA: 14 April 2012
can your L5 disc slip foward by a fall on your back
what is mutilevel dissication. l3 andl4 l4 and l5 l5 and s1