How to: Sit down with your knees bent and feet flat on the floor in front of you (a). Place your right ankle on top of your left thigh and flex your right foot (b). Put your hands behind your body, fingertips facing away from your body and begin to press your hips toward your heels until you feel a stretch through your outer left hip. Keep your back tall and chest open (c). Hold for six to eight breaths, then repeat on the other side.
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.
The patient generally presents with leg stiffness, weakness in the hip flexors, and impaired foot dorsiflexion in the second through fourth decades, although symptoms may be apparent in infancy or not until late adulthood. The gait disturbance progresses insidiously and continuously. Patients may also have paresthesia and mildly decreased vibratory sense below the knees and urinary urgency and incontinence late in the disease. On neurological examination, generally there are no abnormalities of the corticobulbar tracts or upper extremities, except possibly brisk deep tendon reflexes. In the lower extremities, deep tendon reflexes are pathologically increased and there is decreased hip flexion and ankle dorsiflexion. Crossed adductor reflexes, ankle clonus (Video 82, Cross‐Adductor Reflex; Video 84, Sustained Clonus), and extensor plantar responses are present. Hoffman's and Tromner's signs, as well as pes cavus, may be present. Occasionally, slight dysmetria may be seen on finger‐to‐nose testing in patients with long‐standing disease.
While each muscle functions slightly differently, their overall combination allow them to flex the hip joint, anteriorly rotate the pelvis, and extend the lumbar spine. Due to its’ attachment on the vertebral bodies of the lumbar spine, the psoas also plays an important role in lumbar spine stabilization (1), an often forgotten function of this muscle.
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There’s much more happening behind the scenes when the hip flexes! Learning the attachments of the 11 hip flexor muscles is the best way to begin getting a handle on what’s happening when personal training clients complain of tight hip flexors or seem to have referred back pain from an imbalance in the muscles. You’re then able to design and suggest stretches and exercises that are specific to the issue at hand when you understand the form and function of these muscles. Here’s a few thoughts for you when doing that…
The Best Plank You’ve Never DoneWant to improve stability, increase the core challenge, and reduce hip tightness all in one.The stability plank is all about how much for you can generate.Note that in this video PTDC coach Dean Somerset is squeezing the glutes and cranking on the lats as hard as possible.Learn more about this plank at https://www.theptdc.com/2015/01/planks-the-magic-sauce-to-fix-hip-tightness-increase-mobility/—This video is property of Somerset Fitness & Marketing, LLC and is used with permission. Learn More about Dean Somerset at www.deansomerset.com and subscribe to him
The ankle joint is held in place by numerous strong ligaments that can be easily damaged when excessive force is placed on the ankle, particularly during strenuous inversion and eversion. Movement at the ankle is key for maintenance of posture and balance, but is most important in locomotion. Variation in muscle activation can control the movement of the ankle joint, allowing the foot to generate graduated force.
Of course, you know what it feels like to have a tight muscle. But tight hips aren't just uncomfortable—they can lead to all sorts of other aches and pains, especially in the lower back. "People focus on the hips and say their hips are tight, but we don't always think about the fact that the lower back connects to our legs at the hip," Charlee Atkins, C.S.C.S., instructor at Soul Annex in New York City and creator of Le Stretch class, tells SELF. Tight hip flexors make it harder for your pelvis to rotate properly, which can cause your lower back to overcompensate, "and this can be a setup for lower-back injury," Teo Mendez, M.D., an orthopedic surgeon at NY Orthopedics who focuses on operative and non-operative management of sports-related injuries, musculoskeletal injuries, and arthritis, tells SELF.