Do it right: How to stretch the external rotators of the hip

Hips move, as they are mobile joints just as your neck, shoulders and ankles are. All muscle helps us move and maintain our posture, especially the hip complex.

For many of us, we don’t stretch them enough and end up with tight hips, specifically the external rotators. If you do stretch regularly, you know that Pigeon Pose is an excellent hip and buttock stretch that can help you restore movement to these areas. But it can hurt sensitive knees, or be impeded by a current injury, as it requires the shinbone to be at a 45 degree angle beneath the front hipbone.

Hips need both good mobility and strength in every activity from walking to skiing. The main job of the external rotators of the hips is to stabilize the pelvis during the swing phase of walking. For example, when you step out on your right foot, as you transfer the weight into that foot, there is a moment in which you are standing on one leg.

As your foot and leg absorb your body weight, the hip internally rotates as you step. At the same time, the external rotators of the right hip tighten to keep the pelvis level to the ground as you swing your left foot through to step on it. This action slows down the knee as it moves toward the midline of the body, so your knees don’t collapse inward.

Good hip mobility and strength allow you to have better biomechanics from the hip down to the foot. Tight or weak hips affect not only a normal gait, but every activity that you enjoy doing.

Pigeon Pose

When your hips are too tight, you may feel crooked, sore, or admit to yourself that you really need to do some yoga. When your hips aren’t tight—particularly the posterior muscles of the rear—walking, getting out of the car, climbing stairs, or skiing can feel effortless.

Here are two variations to Pigeon Pose that you might like to add to your daily stretching routine.

1. Figure 4 stretch using the wall

Figure 4 is an excellent stretch for the external and internal hip rotators, including the piriformis and glutes.

Tip: The piriformis is one of the six external rotators of the hip. (The sciatic nerve runs over, under or through the piriformis muscle and can be responsible for sciatica pain.)

Lie on the floor, place your left foot on a wall, and place your right ankle over your left knee.

Let the right side of your pelvis drop away from your right shoulder until your pelvis becomes level.

Hold the stretch to release your hip rotators.

Stretch each side for 20-30 seconds, at least once a day.

2. Figure 4 stretch using a physio ball

  • all photos by Connie Aronson

Instructions are the same as the above stretch, ( stretch 1 ) except that you place one foot on a physio ball.

Using a physio ball allows you to create a deeper stretch by gently rolling the ball toward you with the foot that is placed on the ball.

As seen in The Idaho Mountain Express March 24, 2024

https://www.mtexpress.com/wood_river_journal/features/do-it-right-how-to-stretch-the-external-rotators-of-the-hip/article_96d925c4-dc97-11ee-9afc-cb569b10a505.html

Train like an athlete with the landmine single-leg deadlift

You know you could always use a little extra strength. Strong legs, in particular, will help you excel in activities such as running, hiking, tennis and skiing.

More importantly, strength is a key component to avoiding injuries. If you are looking to up your game and need a leg and core strengthener, try the landmine single-leg Romanian deadlift. Don’t be intimidated by the name!

If we break it down, the base move—a deadlift—is a bend-and-lift movement. It’s simply picking up a stationary weight off the floor, with no momentum. The landmine single-leg Romanian deadlift will target your posterior chain; the hamstrings, gluteal muscles and the core. It’s a unilateral movement that builds stability, strength and power throughout the posterior chain. Performing it provides you a unique training effect because you combine elements of a free-weight and machine-based exercise. Furthermore, this particular lift will really activate the muscles located through the core to maintain proper form throughout the full range of motion.

Landmine deadlift is a type of deadlift that features a barbell placed in a Landmine attachment. This particular attachment safely anchors the barbell to the floor. If you don’t have access to one, simply wedge the barbell in the corner of two walls.

The biomechanics of so many sports involve the power and strength of one leg, (running, soccer and football) so developing unilateral strength is important. In reality, most time in daily life is spent on one leg or the other, with minimal time on both legs. Any time you perform a single leg exercise, the inherent instability is a wonderful training stimuli. A good coach or trainer uses varieties like this landmine squat not only to prevent staleness or overtraining in a program, but to encourage proper form. Train like an athlete, with proper alignment and stability of the spine in the deadlift and any other exercise you choose.

Starting position

Start in an upright position while holding the bar close to your body. Hold the hand opposite your planted foot at hip level.

Maintain a slight bend in the knee, and push through the heel of the standing foot.

Keep your shoulders relaxed, head and eyes up (or in line with your spine), and core engaged.

Lower the bar by flexing at your hips, as one leg lifts back up off the floor.

Tip: Focus on moving the rear leg and torso as one unit, maintaining postural control.

Return to the starting position

Once you reach the bottom of the move, quickly contract the glutes and hamstrings to drive the non-weight-bearing leg back to your starting position.

For newbies:

Start by practicing a traditional Romanian deadlift using a free weight. Make sure the hip doesn’t “open up” as the bar gets closer to the floor. 

https://www.mtexpress.com/wood_river_journal/features/train-like-an-athlete-with-the-landmine-single-leg-deadlift/article_166d1696-8f14-11ee-882e-53a650385d63.html

Think twice about skipping the gym

For muscles to grow and change, the stimulus must be great enough to allow the muscles to grow back stronger than before. Muscle growth happens whenever the rate of protein synthesis is greater than the rate of muscle protein breakdown. Resistance training can profoundly stimulate muscle cell hypertrophy and, as a result, gain strength.

Just a single bout of exercise stimulates protein synthesis within 2-4 hours after a workout and may remain elevated for up to 24 hours.

There’s no exact measurement as to how much muscle you can build in a month, but it’s typically between one-half to two pounds of muscle. Overall, the timeframe generally takes several weeks or months to be apparent. Greater changes in muscle mass will happen in individuals with more muscle mass at the start of a come back. Other variables, such as volume, training intensity, genetic factors, rest, hormone levels and diet, all affect muscle gain outcomes.

Commonly our muscle mass and strength increases steadily and reaches its peak at around 30-35 years of age. After age 40, men lose as much as 3-5 percent of their muscle mass per decade. And, unfortunately, studies from the Baltimore Longitudinal Study of Aging found that muscle power declines faster after age 65 for women, and 70 for men. We really can’t “stop the clock.” So, it’s important that we push our muscles as we age. Dr. Len Kravitz, program coordinator of exercise science at the University of New Mexico, happily shares that the ravages of time on muscles have been shown to be restrained or even reversed with regular resistance training.

Of course, life and unwanted stuff happens, and it’s quite all right to take two or three weeks off. Sometimes you just need rest and recovery. Yes, your ability to generate force in the muscles does take a hit. You might notice that the 10 body-weight squats you once did with ease now have you huffing and puffing. Thanks partly to muscle memory, you can get back lost muscle quicker than you thought, reverse muscle loss, and continue to progress.

https://www.mtexpress.com/wood_river_journal/features/fitness-guru-think-twice-about-skipping-the-gym/article_baa3bce2-79c5-11ee-9c1f-6b985a4275e7.html

Learn Hip Airplane for strong hips and stability

If you’re trying to get the most out of your leg program, you might want to try an exercise called Hip Airplane. I know a lot of us use squats and lunges to stay strong for strength in the sports we enjoy. With ski season right around the corner, you’ll need good hip function. Good hip function keeps you symmetrical on skis, or in a squat, minimizes any hip shifting, and helps mobility. The Airplane is an exercise that targets the posterior hip muscles, the Gluteus Medius and Maximus. Strengthening these muscles is important, as your glutes are key lateral stabilizing muscles of the hip and legs, including the hamstrings.

Along with teaching you good pelvic control, which can eliminate back pain, or excessive motion in your back (not good) the Airplane also targets six muscles in the deep gluteal region known as external rotators of the hip joint. Yes, squats and lunges are fundamental strengthening exercises. Your glutes have to work hard when you lift yourself out of the bottom of a squat. But squats are typically performed in a one plane of motion-up and down. Very few exercises work on the rotational aspect of a move. The Airplane does just that: it helps improve your mobility, especially if you are tighter on one side. For skiers who feel like they are tighter turning one way than the other, this can be a helpful pre-season exercise.

Airplane is also a terrific neuromotor exercise. Performing it throughout the season can improve your motor skills, such as balance, coordination, agility, gait and proprioception. The advantage of practicing most single leg exercise is that any neuromotor exercise helps solidify a connection between the nervous and muscular systems.

Hip Airplane:

To begin, ground one foot into the floor.

1. Place your hands on your hips. Ground one foot into the floor, hinge from your hips, and lift the opposite leg back.

Hinge from your hips, and lift the opposite leg back. Hold 5 seconds.

2. Open the hip about 2 inches, or as far as you can, squeezing the glute. Hold 5 seconds.


Tip- Steer the hip inward around the pelvis.

3. Drop the hip inward: you’ll feel a good stretch. Hold 5 seconds.4. Return to start.

Keep pressing into the stance foot, and fully extend your back leg, squeezing the gluteals.

5. To make it easier : Hold onto a bar or wall for support. You can also use your arms for balance.

https://www.mtexpress.com/wood_river_journal/features/fitness-guru-learn-hip-airplane-for-strong-hips-and-stability/article_420951ca-62f5-11ee-b984-5fd4ce48995e.html

Strong legs : learning the basic squat

Featured

Strong legs & learning how to do a  squatNothing beats a great pair of legs. We need the strength of them to walk us through our lives. If you’re a skier, you can appreciate how hard your legs have to work on a powder day, as your hips and knees continually flex and extend. The lower body provides support and mobility for movement. The strongest muscles, for instance, the quadriceps, the front thighs, and your gluteals( posterior),  are powerful movers in  most every sport. No matter what your activity of choice may be, it is a good idea to keep them strong with a simple traditional exercise: the squat.

The movement seems simple enough: you “sit back “, as if you were to sit down a chair. Yet our bodies are a little more integrated than we think, as muscle is intertwined and inseparable from fascia. Rodney Corn, a biomechanics professor at the California University of Pennsylvania builds on the concept of how muscles are not islands by themselves. From the bottom of your foot, all the way up through your calf muscles, legs, hips, up to the top of your head is one continuous band of myofascia, transferring force from tendon to bone, all affecting each other. For example, the deep squat with the arms held overhead  is used as a movement assessment tool, as every joint in your body has to work. Here is where muscle imbalances show up. For example, if your knees track inward or outward, it probably indicates that your gluts are weak, or the inner thighs are weak and tight, or maybe your heels come up off the ground, indicating very tight calf muscles. Overtime, these kinds of compensations can lead to injury. Be aware of alignment, even though the squat seems simple enough, before you start adding either heavy weights or variations of a squat, such as a walking lunge exercise.

How-to:

Stand with your feet hip width apart, with your toes pointing forward. Bend your ankles, knees and hips as if you were sitting back in a chair. The authors of Strength and Conditioning Journal December 2009 use the cue to “sit back into the squat.” Shifting your weight backwards not only reduces the torque on your knees by decreasing the angle, but also distributes the forces throughout the whole lower body, not just the front thighs. Pause for 1-2 seconds, tighten your gluts, and extend your legs fully back up to standing.

Sitting back in the squat can also prevent you from arching your back. By engaging the glutes, it becomes easier not to arch the low back. Keep your spine in a neutral position. The authors suggest that repetitive extension of the lumbar spine beyond the anatomical limit (arching) places stress in the small bones that join the facet joints in the back of your spine, called pars interarticularis. Keeping  a neutral spine throughout the move increases stability through the spine and allows it to handle greater compressive loads. Once your movement patterns are ingrained, you can progress the difficulty of a body weight squat to ones that include free weights, weighted bars, kettleballs or medicine balls. The variations  are numerous.

A shallow squat might be better for you if you have knee pain or patellar tendinous, because more than anything, strong quads will help in your rehabilitation.

Knee flexion and extension strength was recently measured in competitors in the National Senior Games. They had an average of 66% greater isometric knee flexion strength and 38% greater extension strength than control groups because of the demands of 20 or more years of competing, and loading the skeletal muscle. Other research, published in the Journal of Strength and Conditioning  Research  Journal 2009 shows a 53% increase in leg strength after 6 months of resistance training in older men. The point is the basic squat is a good exercise to do. Stronger legs make for better days on or off the hill, or on the tracks this winter.

Connie Aronson is an American College of Sports Medicine Fitness Specialist located in Ketchum, Idaho

Printed in Idaho Mountain Express January 31, 2010