What to Do With a “Slipped Disc”
We hear this one a lot: "My doctor told me to never lift anything over 10 pounds because I have a slipped disc."
Two things:
- If a doctor tells you that, find a new doctor.
- The term "slipped disc" creates a dangerously inaccurate mental image—like a hockey puck sliding sideways. That image suggests fragility and permanence that your actual anatomy simply doesn't have.
What Your Discs Actually Do
Between the bony vertebrae of your spine sits the disc. Contrary to popular belief, the disc is not primarily a shock absorber—most of that job belongs to your natural spinal curves and surrounding musculature. The disc functions more as a spacer, propping open the small windows through which your spinal nerves exit. Rather than "slipping" anywhere, the disc is held firmly in place by a strong lattice of fibrous tissue designed to withstand significant force.
When we're young, our discs are thick and fluid-filled. As we walk around and compress them throughout the day, they lose a small amount of fluid (you're actually slightly taller in the morning than in the evening). During rest, the fluid reabsorbs like a sponge rehydrating.
What Actually Happens in a Disc Herniation
As we get older—or more accurately, as we become deconditioned—it becomes harder for discs to reabsorb that fluid. The disc space narrows. Imbalanced pressure from surrounding tight or weak muscles starts pushing disc material toward the edges. This is what imaging reports as disc bulging or herniation. When that material encroaches on a spinal nerve, you get pain, numbness, or radiating symptoms down the leg.
What Can Be Done Without Surgery
Fluid responds to pressure by moving away from it. If the constant one-sided pressure on a disc can be relieved or reversed, the herniation can be drawn back toward center and away from the irritated nerve.
We often achieve significant initial relief through decompression—postural correction or physical traction. But that relief is temporary unless you address the underlying cause: the tight and weak muscles creating the imbalance in the first place.
Long-term relief comes from strengthening the muscles surrounding those spinal segments. When they're strong and balanced, they naturally restore disc space. When nerves have enough room to glide freely, you get full function back.
Self-care tip: Try hanging from a bar at a comfortable angle and let gravity gently unload your spine. Every back is different, so ease into this—but many people find relief this way.
Even if a disc doesn't fully return to its prior state, full functional capacity without pain is absolutely achievable. Studies show disc herniation is common in people with zero symptoms. A diagnosis is not a sentence.