Running Mechanics and Training

Cadence

A recent study published in the National Institutes of Health analyzed the effects of cadence on a runner’s likelihood of sustaining an injury. 45 healthy runners were studied to determine how differences in cadence affected loading on the hip and knee joints. Results concluded that a quicker cadence “generally leads a runner to hit midfoot compared to runners with longer strides,” which can cause pain or injury. To improve your cadence, try making your strides longer! This will reduce loading on the hips and knees, preventing injury.

Pelvic Alignment

Much of running is focused on the feet; however, pelvic posture plays a large role in running, as well. You can achieve proper pelvic alignment by doing certain hip position tests, such as vertical compression tests and hip extension tests. 

With vertical compression, stand with someone behind you, with their hands on your shoulders. Have them push straight down. If your hips buckle, it means your pelvic alignment is off. This can be corrected with postural improvement, with the help of a physical therapist. 

With hip extension, kneel in front of a doorway with your back against the door jamb. Your left leg should be on the floor and your right knee should be bent over your right foot, directly in front of you. While you’re in this position, you should naturally have a small space between your lower back and the wall. Tilt your pelvis backward to remove this space. If this is difficult to do, your pelvic alignment may be off. This can also be corrected with postural improvement, with the help of one of our physical therapists in Jefferson, NC.

Base of Support

In another study published in the National Institutes of Health, several running mechanics were analyzed through video assessments, including base of support. This is an important mechanic to evaluate, as foot placement is one of the most integral parts of running. It was noted that, as a general rule, “the left and right feet should not overlap in their ground contact location.” There should always be space between foot placement, as a narrow base of support has been known to cause painful conditions, such as tibial stress fractures and iliotibial band syndrome. 

Heel Strike

Do you heel strike while running? Approximately 80% of runners strike the ground with their heels first, while 15% strike the ground with their toes first. The remaining 5% run on the balls of their feet. In this case, the majority has it right – heel striking uses less energy than a forefoot striking or midfoot striking, which can prevent fatigue and unnecessary overexertion injuries. If you have been noticing exhaustion while running, try to ease yourself into heel striking by starting your run on the heels of your feet, rather than your toes. It may help boost your energy and help you perform better! 

Vertical Displacement

It is no secret that technique plays a large role in running performance. Vertical displacement refers to how much your center of mass moves up and down while you run. When your vertical displacement is insufficient, it can lead to a premature touchdown of your swing leg or a low center of mass trajectory. However, excessive vertical displacement can also cause runners to expend more energy than necessary. Both of these scenarios can be corrected by changing your stride, which can be accomplished with the help of our physical therapists in Jefferson, NC.