If most inner-thigh openers feel too easy (and your ankles and knees are injury-free), try Frog Pose. Get down on all fours, with palms on the floor and your knees on blankets or a mat (roll your mat lengthwise, like a tortilla, and place it under your knees for more comfort). Slowly widen your knees until you feel a comfortable stretch in your inner thighs, keeping the inside of each calf and foot in contact with the floor. Make sure to keep your ankles in line with your knees. Lower down to your forearms. Stay here for at least 30 seconds.
The more than 20 muscles that make up your hips are responsible for stabilizing your pelvis, moving your legs from side to side, and shortening to draw your knees toward your chest every time you sit down, run, jump or pedal, explains Kelly Moore, a certified yoga instructor and co-founder of Mindfuel Wellness, which brings health and wellness initiatives to companies throughout Chicago.
Our hip flexors serve many vital functions. The goal of the hip flexor is to make it easy to for joints to move through their full range of motion smoothly. They’re responsible for important aspects of motion, like our ability to bend, run, or kick. Without our hip flexors, controlling the movement of our legs would be virtually impossible. Our hip flexors also work to stabilize the joints of the hips and lower body.
The cross-legged twist will stretch the outside of your hips and part of your buttocks. Sit crossed-legged on the floor and then lift your right leg and place your foot on the outside of the bent left leg. Twist your upper body to look over your right shoulder. You can reach your left arm to the outside of your right leg to hold the stretch and place your right hand on the floor behind you for support. After 30 to 40 seconds, switch sides.
You'll need a resistance band for this one. With this exercise you're focusing on four movements—flexion, extension, abduction and adduction. Try and stand up straight while doing the exercise. If you have to lean excessively, step closer to the anchor point of your band to decrease resistance. You'll find that not only are you working the muscles of the leg that's moving, the muscles of your stance leg will work quite hard stabilizing and balancing.
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If you suffer with hip pain, this can be especially hard, as every movement we make, it seems, utilizes the hip in some way. Often, hip pain presents as dislocated hip symptoms because the hip pops when you move. This can be especially frightening, making one think the hip is broken. When one experiences hip pain running all down the right side of the body, with lower back pain in the right side above the hip area-- combined with pain that runs down the back of the leg, or upper thigh pain when walking, you may have sciatica, a condition caused by a compression of the sciatic nerve.
Kidneys — The kidneys are a matched pair. One painful kidney can cause back pain on one side or the other. Kidney pain can feel like back pain, and may occur on only one side. It is usually quite lateral, and just barely low enough to qualify as “low” back pain. However, when kidney stones descend through the ureters, they can cause (terrible) pain in the low back. Kidney stone pain is often so severe and develops so rapidly that it isn’t mistaken for a back pain problem.
Obtaining an accurate diagnosis is the first step to resuming activities and living an active lifestyle. Let's discuss the reasons for confusion and see if we can realize the causes and treatments for both hip and back pain. Some of a patient's misunderstanding about the origin of the pain is due to not understanding hip and back anatomy. Sounds odd but it's true. The hip joint lies just behind the groin area on each side of the body. At the same time, the spine runs from the base of the skull to the tip of the tailbone. The lumbar spine contains specific nerves that can influence the feelings in the region around the hip area.
There is controversy and scientific uncertainty about trigger points. It’s undeniable that mammals suffer from sensitive spots in our soft tissues … but their nature remains unclear, and the “tiny cramp” theory could be wrong. The tiny cramp theory is formally known as the “expanded integrated hypothesis,” and it has been prominently criticized by Quintner et al (and not many others). However, it’s the mostly widely accepted explanation for now. BACK TO TEXT
Although cauda equine syndrome is a rare condition—it is one that can cause permanent loss of movement in the lower body (paralysis) and permanent incontinence if not caught quickly. Cauda equine affects the leg nerves in such as way as to cause feeling of loss of control of the muscles in the leg. Cauda equina syndrome (Latin for Horses' Tail syndrome) is a condition caused by compression of the nerves at the base of the spine in the lumbosacral region of the spinal cord.
Strong ligaments and muscles support the SI joints. There is a very small amount of motion in the joint for normal body flexibility. As we age our bones become arthritic and ligaments stiffen. When the cartilage wears down, the bones may rub together causing pain (Fig. 1). The SI joint is a synovial joint filled with fluid. This type of joint has free nerve endings that can cause chronic pain if the joint degenerates or does not move properly.
You’ve heard the saying: it’s all in the hips, but for many of us, our hips – or more precisely, our hip flexors – are tight, stiff and inflexible. If you’re an office worker you can probably thank sitting down at your desk 8 or more hours a day for your tight hip flexors. Habitual sitting causes your hip flexors to tighten and shorten – adjustable standing desks, anyone?
• Rheumatoid arthritis. Rheumatoid arthritis is a chronic inflammatory disease of the joints that occurs when the body’s immune system – which normally protects us from infection – mistakenly attacks the synovium, the thin membrane that lines the joints. Although rheumatoid arthritis most commonly affects the hips, knees, hands, wrists, feet, elbows and ankles, it can also affect the facet joints in the spine, causing pain and, in severe cases, destruction of the joints. This may allow the upper vertebra to slide forward on top of the lower vertebra, a condition called spondylolisthesis. The slipped vertebra may put pressure on the spinal cord and/or the nerve roots where they exit the spine.