by Doris Pasteleur and Lesley Powell
Edited by Dr. Martha Eddy

Movement is the shifting of the body’s weight on different surfaces. Different parts of the body may shift on the ground or surface. However the weight shift is the propulsion of the center of the body, the pelvis through space to cause locomotion or a change of levels and locomotion.

Building blocks: A good weight shift is the coordination of the body to (1) ground into the floor (surface) and (2) to move the body in a specific direction in space. Before we can move up, we must have the foundation of down, grounding. Grounding is a basic foundation. Without a foundation, there can be no building. Weight shift involves the coordination of dynamic alignment seen in the sequential leverage of our bones from toe to head, organized by the muscles, and accompanied by the fluids and organs moving in synchrony.

Propulsion: When a person releases his or her own natural body weight into the floor, it helps the brain estimate the amount work needed to coordinate the necessary push off to shift the body into space. Even when pulling a heavy load successfully involves having a person push her or his feet into the ground first. An improper weight shift puts undue pressure on the spine and superficial muscles of the limbs.

Pelvic Shifts: Irmgard Bartenieff divided the concept of weight shift into two building blocks of movement, pelvic shift forward and pelvic shift lateral. Of course this fundamental action includes multiple aspects, for instance the pelvic shift forward includes a pelvic shift back. A healthy gait has elements of both the forward and lateral pelvic shifts.

Weight shifts enable level changes from lying down to sitting to standing. They are the building block for locomotion - traveling across space. There is a constant changing relationship of weight shifts from one body part to another, a dynamic dance.

“What about ankles? My friend has old ankle injuries and has had little luck fixing them via surgery. I know alignment and muscle use can make a huge difference. Would it help him? Where should he start? “

Yes alignment and muscle balance can make a difference. Sometimes when there is an injury, you need to look above or below the problem. For instance, knocked-knees (valgus) usually puts the weight on the inside of the ankle. The ankle, knee and hips have to organize around this disfunction.

I have a Pilates client who has a pin in her ankle from a terrible fall. Because of the pin, she no longer has much range of motion in the ankle. I still train her feet, legs and work on alignment. Her gaining strength has made a big difference in her posture. When the foundation is weak, the entire body compensates.

A lot of bunion surgery is unsuccessful. What was not addressed is the movement patterns that caused the bunions. I highly recommend training like Pilates, yoga especially the standing poses to help build strength in the legs and torso to help with standing and walking. A good teacher can work with the limitations of an injury and help a client gain the necessary support for better function. Of course, certain injuries, such as my client with the ankle pin, will never return back to normal function. By improving overall tone, alignment and flexibility, my client has made incredible changes in function.

Some great reading about foot strengthening are:

The Wharton Stretch Book by Jim & Phil Wharton
See the section on the foot

“One of the dirty secrets of the fitness world is that for all the talk about the importance of stretching, many athletes and other fit people don’t bother with it. It’s hard to gauge the benefits, and it seems as if the time could be better spent running, lifting weights, or perfecting sports skills. This sentiment is expressed by Dr. Bob Arnot in the foreword to “The Whartons’ Stretch Book,” and he says that the Whartons changed his mind. He went to them with a stiffened hip that he thought needed surgery, but after a regimen using the active-isolated stretching technique, his flexibility in that hip had increased 40 percent.

Active-isolated stretching is very different from what your high-school gym teacher made you do. Rather than holding a stretch for a half-minute, you hold it for just two seconds. This prevents the muscle from activating an instinctual braking device to keep itself from overstretching. Traditional stretching forces that braking to occur, and the Whartons think that’s not only counterproductive, but dangerous. If you force too deep a stretch while the muscle is doing all it can to keep itself from being stretched, something’s got to give. And a torn muscle will repair itself with scar tissue, ultimately making that muscle less flexible.”

Conditioning for Dance by Eric Franklin

This book has a great section on the foot. Even though it is written for dancers, there is great information how the foot works and how to train it.