Undulating at the bus stop?

This is a guest post from anatomy teacher, dancer and chiropractor Madeleine Shen-Lopez. Maddy has been teaching anatomy for The Branches’ Teacher Training Program for over a decade, and this year we are offering her special brand of magic as a longer course + weekend immersion starting in October. In this post Maddy talks about discovering the possibilities of her spine, and the intersections of learning about anatomy from the inside (as a curious mover) and from the outside (as a chiropractor).

When I first started studying anatomy it was far from academic. It was in a dance studio, with a group of enthusiastic nerds crowding around an anatomy book. We mimicked the skeleton model with our own bodies. We got to know our tissues by palpating them from the outside. We didn’t learn Latin words or anatomical terminology. We learned about our anatomy by moving it.

I remember learning about the bones of the spine and how they can undulate (move in a smooth, wave-like motion) because of the way their many joints are shaped. I remember feeling the tissues on the front and back of my body. Searching to find the coordination of movement as a symphony. Finding textures in my movement like gooey, elastic and fluid. I used to practice all the time! Waiting at the bus stop in Toronto, I’d close my eyes and move my spine in waves.

I’m sure I looked bizarre to the people around me but I discovered something while I was undulating at the bus stop. I began to understand that knowing with my mind is just one part of knowing with my body. That understanding how the spine’s anatomy enables undulation was just one part, and a far cry from actually undulating my own spine!

And once I could undulate my spine, I realized there were still more layers of knowledge that I could explore – deepening the precision and flow with which I undulate my spine, learning how the undulating spine can move my limbs, and how moving my limbs can undulate my spine!

I learned that the human spine has 27 segments, and each segment has 3-5 joints with which to articulate. That’s over 80 joints in the spine! This offers an incredible and infinite possibility of combinations of movements, a continuum of options for how we move. Playing with wave-like motions in the spine, you can explore lots of different pathways, not just one way of bending or curving. This motion can then travel throughout my body, influencing my limbs, like the wave traveling through a whip, or the resonance of a guitar string vibrating the whole structure.

There is even a wave-like motion in the human gait pattern – a fancy way of saying the way humans walk. The wave of the spine helps propel the body through space, with arms pendulating along with it, and our legs catching us as we fall through space.

After spending several years studying anatomy with my brain and body, outside of institutions, I went back to the academic world to study to be a chiropractor. There we studied anatomy in very different ways.

We did dissection study of cadavers. We got to see tissues from lots of different bodies and how they connect and intertwine and how different they are from one body to the next. We sat in a lecture hall looking at and studying slides of 2D pictures. We memorized big fancy words and complicated terminology. We held real bones and felt all their facets and bumps and textures – and memorized the specific names of every part. But during exams I would still come back to my body which already knew so much.

When asked a multiple choice question like…

“Pectoralis Major moves the humerus in which way? A: Abduction B: Adduction C: Flexion or D: Extension”

…I didn’t rely on memorized tables like many of my colleagues did. My strategy was to close my eyes and feel. I’d move my arm around slowly sensing and Bing! The answer was right there in my body.

To this day when I’m working with chiropractic patients or movement-curious students, my body and theirs are our best teachers. The Latin names and movement terminology can be useful in some contexts, and fun to throw around! But the most important learning happens in the body.

Learning anatomy doesn’t have to be purely academic, reserved for medical practitioners. It can be an experience of tuning into your own felt experience, and letting the knowledge of how bones are shaped and how muscles move enhance what you can sense and feel. If you’re curious to explore movement and the human body in this way, I’d love to explore it with you. Teaching anatomy has been a huge gift for me, as I get to share this simple truth: Your body knows.

Learn more about Maddy’s upcoming Anatomy of Movement Immersion.

Anatomy Nerd-Out! Understanding your Lumbar Spine.

During our yoga teacher training this past year, one of our teachers-to-be sent us an email asking for clarification about the lower back and forward folding. What exactly is supposed to be happening back there? It’s an interesting subject and Leena has written a delightfully detailed reply. Check it out!

Q: Can you please help me to understand what the safety concern is for not rounding the spine too much in forward folds? Why do yoga teachers often emphasize a lower back curve?

Are we aiming to tilt the pelvis and have the sacrum be the highest point of our body?  What comes to my mind is that we want a even rounding on the spine, but why? Does it provide release for the sacrum? and if so why should we care about this?

A: The vertebra of your spine are designed for movement, and most people don’t move their spines nearly enough. Think of the positions you spend most of your time in: sitting, laying down, walking. None of these positions require much spinal movement. On the other hand, think of a dog running full tilt. Four legged animals use their spine to locomote. One reason yoga is so great for the body and particularly the spine and nervous system is that it helps us awaken, move, and lengthen the spine through flexion (forward bending), extension (back bending), rotation (twisting) and lateral movements.Continue reading “Anatomy Nerd-Out! Understanding your Lumbar Spine.”

Reposition Your Internal Self

ImageScientists say it takes seven-ten years to regenerate and replace every cell in your body, including bones and organs. A whole new body every 7 years! And, of course, many cells, such as your skin cells, regenerate much more quickly. Of course there is a strong genetic matrix that you are rebuilding upon, but that generation is also responding to whatever it is we’re asking of our bodies. Continue reading “Reposition Your Internal Self”