Knee pain is one of the most common complaints among active people โ and itโs not just runners who are affected. Walkers, gym-goers, and weekend warriors alike can all experience discomfort or injury in the knees when the bodyโs mechanics arenโt functioning at their best. The good news? Most knee issues can be prevented with the right approach to movement, strength, and joint health.
Letโs break down what you need to know to keep your knees strong, stable, and injury-free.
1. Hip and Core Stability: The Foundation of Knee Mechanics
It might surprise you to hear this, but knee injuries often begin above the knee.
Weak glutes, poor pelvic control, and lack of core engagement can all lead to poor knee alignment during walking, running, and exercise. When the hips arenโt stable, the knees can drift inward (a movement known as valgus collapse), placing strain on the ligaments, tendons, and cartilage around the joint.
Building better control starts with exercises that strengthen the glutes and core โ think side planks, hip bridges, clamshells, and single-leg balance drills.
2. Ankle Mobility: A Hidden Key for Runners ๐โโ๏ธ
Just as the hips influence knee movement from above, the ankles play a crucial role from below.
Limited ankle mobility, particularly in dorsiflexion (the ability to bring your foot upward toward your shin), can force the knee to compensate during walking, squatting, or running. This added strain often contributes to pain in the front of the knee or even issues higher up the chain.
Improving ankle mobility with calf stretches, ankle circles, and dynamic movements like deep lunges can go a long way in preventing injury and improving performance.
3. Chiropractic Tips for Injury Prevention and Performance
Regular chiropractic care isnโt just about pain relief โ itโs about optimising movement.
At Northwood Chiropractic, we focus on assessing how your joints move together. A well-aligned spine improves nervous system communication and helps your body move more efficiently. Misalignments in the pelvis or low back can directly affect hip mechanics, which, in turn, influence knee function.
By maintaining proper spinal and pelvic alignment, chiropractic care helps reduce stress on the knees and promotes long-term joint health.
4. Strengthen the Quads โ and Try Going Backwards
Your quadriceps play a vital role in knee stability, especially during running and squatting movements. Strong quads act as shock absorbers and help control the position of the knee during activity.
One unique way to build quad strength (and protect your knees) is backwards walking. This movement trains the quads in a different way, enhancing knee stability and balance. Another powerful tool is the ATG split squat, which builds strength through a full range of motion and promotes healthier knees by developing the muscles and tendons around the joint.
If youโve never tried either, start slow and use proper form โ and donโt be surprised if you feel muscles you didnโt know you had! See my video at the bottom of this blog that goes through how to do this properly.
5. A Healthy Spine = Healthier Knees ๐ง
Everything in the body is connected. When the spine moves well, the rest of the body tends to move better too.
Chiropractic care helps ensure that your spine is functioning properly, which improves overall posture, coordination, and joint loading. In practical terms, this means your knees donโt have to work as hard to compensate for poor alignment elsewhere.
When your spine, hips, knees, and ankles all work together, the result is more efficient movement, reduced injury risk, and better long-term performance.
Final Thoughts
Whether you're training for a marathon, enjoying regular walks, or chasing your kids around the garden, your knees deserve attention and care. By focusing on strength, mobility, alignment, and preventative chiropractic care, you can enjoy an active life without being sidelined by injury.
Want to get your knees checked or improve your movement? Book an assessment at Northwood Chiropractic Oxford โ your knees (and the rest of your body) will thank you.

