
Intrinsic factors- have to do with features of individual body type and anatomy Foot structure ex) overpronation or supination Muscle imbalance or pronounced leg length discrepency ex) weak hip muscles, tight adductors Muscle flexibility ex) tight hamstrings, calves, adductors, or hip flexors Previous injury ex) instability, scar tissue Bone density ex) susceptibility to stress fractures Extrinsic factors- modifiable factors, usually pertaining to training Poor footwear ex) worn heel, worn treads, decreased shock absorption Training errors ex) too much, too soon Improper warm up ex) lack of a dynamic stretching routine Surface/inclination ex) road pitch, hills when not ready Weight ex) more body weight = greater joint and soft tissue stress |
I. Control pain and inflammation Rest -- Ice -- Compression -- Elevation -- Rehab Rest- With the exception of fractures and significant soft tissue trauma, injuries rarely need absolute rest. Relative rest means that one should carry on with normal activities and exercises that do not provoke symptoms. Ice helps control inflammation and is analgesic. Compression helps control swelling and pain. Elevation helps control excess fluid accumulation at the site of injury Early and appropriate rehabilitation can begin soon after injury. II. Modify training Don't run through pain that changes your form or gait. See chart below for post-injury return to running suggestions. III. Address muscle imbalances Not everyone needs the same stretches and strengthening exercises. It is important to receive a musculoskeletal assessment to determine what needs to be stretched and what needs to be strengthened. IV. Core stabilization training Core stability gives us the ability to control body position and motion based on strength and function of the deep muscles of the low back, pelvis, and abdomen. Core stabilization training allows us to control body movement and withstand the forces placed on the body by surface and external forces. Core stability training is much more complex then performing crunches. A rehab specialist can guide you through and appropriate routine. V. Dynamic stretching Dynamic stretching should be performed AFTER a brief warmup but BEFORE the activity. The motions used should mimic the activity you are about to perform. Dynamic stretching for runners includes hip swings, calf raises, spine twists, and skipping. VI. Address scar tissue / adhesions/ muscle tension - Active Release Techniques (ART) Active Release Technique providers are trained to detect and treat soft tissue adhesions common to repetitive strain injuries. These adhesions are often the culprit in slow or poorly healing injuries. |
| Most common running injuries: Knee pain -tendinopathies Ankle sprains Achilles / calf pain Tibial stress syndrome -"shin splints" Metatarsal pain Thigh muscle strain hamstring quadriceps Hip / groin pain Back pain Plantar fascia/heel pain |
| Tips on Running Form - “Run tall” -Don’t lean back or forward, or twist to the side -Don’t tense up -Arms at sides, between waist and chest -Limit side to side motion -Breathing- mouth or mouth and nose, deep and regular -Stride length- don’t overstride -Uphills- slow up a bit and shorten your stride -Down hills- careful and slow due to knee strain ref: Stephen Pribut DPM |
| Post-injury return to run protocol: -Warm up and stretch before run -Static stretch after run -Begin with walking only, up to 30 minutes, 3 x per week -Begin running with walk-run intervals -Continue to alternate walks and runs for a few weeks (2-3) -Keep training sessions to 30 minutes -10% rule:don't increase your mileage by more then 10% over the previous week -Don’t run 2 days in a row -Take 2-3 months to return to former mileage and intensity -Don't run on uneven surfaces -Cross train -If symptoms return, stop. Revisit and address factors that may be contributing to your injury. |
