Even though it seems like your legs are moving forward and backward when you’re running, in reality, the femur (your thigh bone) both rotates and tilts in the hip socket, Kalika explains. It’s the hip adductors—most notably the gluteus medius—that keeps the femur sitting in the socket as designed. (The hip adductors are the muscles that move your legs inward.) Any weaknesses make the joint unstable, and can contribute to poor running mechanics, hip drop (when the pelvis drops to one side), too-narrow stances, and aggravated tissues throughout the entire body, Sauer says.
Today I’m going to share with you one of my favorite hip flexor stretches. But first, you need to understand this isn’t a standalone fix for the problem. How to truly fix your tight hip flexors is really quite simple, but involves two steps: you need to fix your muscle imbalances and (probably) stretch out those hip flexors like I’m about to show you.
This pose is similar to seated forward fold, and provides the same benefits. It also stretches your groin. Assume the same starting position as the forward fold, but slide the sole of your left foot against your right inner thigh. Keeping your right foot flexed, lower your left knee as far as you can into a half-butterfly position. Walk your hands down the sides of your right leg as you fold forward as far as you can with your torso. Hold for 8-10 breaths, and then slowly rise back up. Switch legs and repeat.
Piriformis syndrome is a type of neurological injury that is caused by compression of the sciatic nerve. The piriformis muscle sits deep within the buttock, behind the gluteus maximus. It starts at the lower spine and connects to the femur muscle. This nerve can become compressed from swelling of the piriformis muscle due to injury or muscle spasms or inflammation. Piriformis syndrome causes symptoms including pain in the back of the thigh, pain in the back of knee, buttock pain, pain in the calf, pain in sciatic nerve branches (pain in the nerves of leg and the buttocks, then), shooting pain in the legs, and hip pain after sitting.
Start kneeling on your mat with knees hip-width apart and hips directly over knees. Press your shins and the tops of your feet into the mat. Bring your hands to your low back, fingers pointing down, and rest palms above glutes. Inhale and lift your chest, and then slowly start to lean your torso back. From here, bring your right hand to rest on your right heel and then your left hand to your left heel. (If you can't reach your heels, turn your toes under; it will be easier to reach your heels in this modification.) Press your thighs forward so they are perpendicular to the floor. Keep your head in a relatively neutral position or, if it doesn't strain your neck, drop it back. Hold for 30 seconds. To come out of the pose, bring your hands to your hips and slowly, leading with your chest, lift your torso as you press the thighs down toward the floor.
This pose targets your spine, groin, and the backs and insides of your legs. Sit tall with your feet flexed, and your legs straight and spread as wide as possible. Place your palms on the floor in front of you, pressing them into it as you straighten and stretch your spine. Keeping your torso erect, inhale deeply, and then exhale completely, walking your hands forward as you lower your torso as far as you can towards the floor. Stop when you feel a deep stretch in the areas mentioned above. Hold for 8-10 breaths, and then slowly raise your torso back up.
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• Scoliosis. Instead of running straight up the center of the back, a spine with scoliosis twists to one side. Scoliosis can be classified as true (meaning it has to do with abnormal development of the spine) or functional (meaning its cause is not directly related to the spine). Functional scoliosis may occur when a discrepancy in leg length causes the pelvis to tilt to one side to compensate. The cause of true scoliosis is largely unknown, although doctors suspect that it may be the result of imbalanced growth in childhood.
Work on strengthening all of your core muscles and glutes. These muscles work together to give you balance and stability and to help you move through the activities involved in daily living, as well as exercise and sports. When one set of these muscles is weak or tight, it can cause injury or pain in another, so make sure you pay equal attention to all of them.