#1 ·
So, I’ve been hitting the weights at my local gym for quite a while now, but my technique during heavy deadlifts—we're talking north of 450 pounds—and squats exceeding 300 pounds hasn't exactly been textbook, and my body is finally starting to collect its debts. My lower back has been acting up for some time, which prompted me to go get an MRI. I have the results in hand, though I won't actually sit down with my doctor for another two days. Being someone who lacks a great deal of patience, I'm itching to figure out how long I'll need to stay away from the squat rack before I can start the slow climb back to where I used to be. I was hoping to find someone here who might have a bit of medical insight or, at the very least, some lived experience with something similar. Here is the full report:
Physiological lordosis is straightened.
The vertebral canal is of normal width.
The spinal cord appears from the T10 level, showing normal characteristics.
The conus medullaris is normally positioned, at the level of the upper L1 vertebra.
Bone structure is appropriate for the patient's age.
The superior endplate of the L2 vertebra is somewhat deformed by a deeper Schmorl's node.
At the L1-L2 level, there is a reduction in intervertebral space height, accompanied by degenerative changes in the intervertebral disc.
In the L3-L4 and L4-L5 levels, wide-based dorso-medial disc bulges are present, which reduce the anterior spinal space with discrete contact against the ventral contour of the dural sac, though without compression or disc-radicular conflict.
Neural foramina and foraminal periradicular spaces remain clear.
That’s the lot. From reading this, I assume there is some degree of disc degeneration, but I can't quite wrap my head around the severity or how much downtime I should realistically expect from training. If anyone happens to understand this jargon, I would immensely appreciate your thoughts.
Physiological lordosis is straightened.
The vertebral canal is of normal width.
The spinal cord appears from the T10 level, showing normal characteristics.
The conus medullaris is normally positioned, at the level of the upper L1 vertebra.
Bone structure is appropriate for the patient's age.
The superior endplate of the L2 vertebra is somewhat deformed by a deeper Schmorl's node.
At the L1-L2 level, there is a reduction in intervertebral space height, accompanied by degenerative changes in the intervertebral disc.
In the L3-L4 and L4-L5 levels, wide-based dorso-medial disc bulges are present, which reduce the anterior spinal space with discrete contact against the ventral contour of the dural sac, though without compression or disc-radicular conflict.
Neural foramina and foraminal periradicular spaces remain clear.
That’s the lot. From reading this, I assume there is some degree of disc degeneration, but I can't quite wrap my head around the severity or how much downtime I should realistically expect from training. If anyone happens to understand this jargon, I would immensely appreciate your thoughts.