It is common for yogis to develop painful sacroiliac joints, with serious consequences: dysfunction at the sacroiliac joint inhibits the hip muscles and starts a vicious cycle of hip instability and body misalignment. Painful sacroiliac joints must be treated and stabilised to avoid chronic pain and it is not advisable to continue with any yoga practice that causes sacroiliac pain. Successful treatment by a specialised therapist is life-altering for yogis suffering from sacroiliac dysfunction. Continue reading
There are three particular movement habits in asana practice that either cause or indicate problems with the hips: These will be covered in detail in separate posts, to keep posts shorter
1. Allowing the hip to push out to the side and not maintaining a level pelvis in the horizontal plane – lateral pelvic tilt
2. Hinging from the hips when folding forwards from a standing position or returning to an upright stance from a forward fold.
3. Arching the back and maintaining anterior pelvic tilt in your movements Continue reading
There are three muscles in the legs that are collectively referred to as the Hamstrings – the Biceps Femoris, Semitendinosus and Semimembranosus. All three Hamstrings attach to the Ischial Tuberosity of the pelvis – the sit-bone. At the knee, the Biceps Femoris attaches to the outside of the Femur and the knee and the Semitendinosus and Semimembranosus together are attached to the inside of the knee. Continue reading
There are many differing opinions about practicing yoga during menstruation. Menstruation is a bodily function, not a sickness, yet women experience menstruation in a large variety of ways and it is almost impossible to make generalisations about what practice is appropriate at this time. Continue reading
Reciprocal Inhibition is a process that the body uses to create movements. All movement is controlled by opposing sets of muscles, called Agonists or prime movers, and Antagonists that create the opposing force which returns the part being moved back to its original position. Movement is also aided by other surrounding muscles, called Synergists, and they mostly function as stabilisers, so that movement can occur in a controlled way. Continue reading