Passive Stretch to Open the Hips
Open hips are a kind of holy grail in the world of yoga. If your hips are tight some of the most basic movement in yoga will be an eternal challenge. Lotus and half lotus posture is almost taken for granted in traditional yoga practices. Not every student of yoga has naturally open hips.
Those that are born tight suffer and strive to open their hips. If you rush the process of opening the hips the weaker joints nearby, most often the knees, take the brunt of the pressure and can often end of up injured.
While it’s easy to push hard and over-exert yourself in any activity it’s harder to find the perfect balance between activation and release that will create health and healing in the body. If you have tight hips and you want them to open your mission is not to open your hips but to find that healing balance.
If you practice a traditionally active style of yoga like Ashtanga Yoga and your hips are tight then it can be very useful to supplement your daily practice with some additional passive stretching. There are many stretches that can help target your hips, but this one will prepare your body especially well for lotus and half lotus position.
Called double pigeon, you want to go into this movement with a relaxed, almost meditative mind. Do not seek to strive or force anything. Bend both knees about half way and stack the right leg on top of the left so that the right foot is on top of the left knee and the left foot is underneath the right knee. If it’s uncomfortable to sit here then just stay in position.
If you are comfortable fold forward and relax all unnecessary effort. Breath freely and effortlessly. Surrender your body into the floor and place your mind on the inner body. See if you can feel the external rotation of your hip joints. Place your mind deep within the pelvis and be sure not to fight or struggle with yourself. Just be exactly where you are. Hold the first side for between one and give minutes. Then switch sides.
Adding a passive stretch like this to your daily yoga practice can help relax the mind and body and balance what may be a sometimes overly aggressive attempt to force the body to open. If you do try this posture the calm, meditative mind is perhaps the most beneficial aspect of the movement.
Yoga Anatomy: Avoid Hand and Wrist Injuries
Think of the number of times your hands and wrists are connected to the earth and carry your weight in a typical Hatha Yoga practice. Like our feet, our hands frequently become a crucial foundation from which our postures build and express themselves. Sustaining mindful engagement of our hands will support a life-long practice that is free of negative stress conditions and injuries to the wrist. Let’s look at some anatomical aspects to give us empowerment and motivation to explore our unique positioning and engagement of the hands and wrists.
The wrists are formed by our 2 forearm bones (the radius and ulna). They meet dat the wrist joint where there is cluster of small bones (carpal bones). The carpal bones connect with 5 long bones (metacarpal bones) that make up the palm of the hand. From there, the metacarpal bones connect to the bones of the fingers (phalanges). The carpal bones form a tunnel through which tendons and nerve tissue pass to service the hand and fingers. One primary focus of hand engagement is to avoid collapsing into this tunnel and keeping excessive pressure from cascading into that track of muscle and nerve tissue.
One primary focus of hand engagement is to avoid collapsing into this tunnel and keeping excessive pressure from cascading into that track of muscle and nerve tissue.
Another key structural area to consider is the joint connection between the ulna and the carpal bones. If you turn your hand open (supination of the forearm and wrist), your ulna is the inside forearm bone (medial side). Unlike the radius (lateral or thumb side) that has a direct joint connection to the carpal bones, the ulna has indirect joint connection. Instead, there is a piece of fibrocartilage (designed to absorb stress forces) between the ulna and carpal bones along with a network of supporting ligaments – this area is called the Triangular Fibrocartilage Complex. When we look at the overall differences in joint connection, the radius also has a larger joint surface compared to the ulna. This gives indication that most people are best served to deliver a greater proportion of their force and energy through the radial side of the wrist than through the ulnar side.