30/07/2026
These analogies began with children asking us a simple question: “How does the body work?”
Twenty-five years ago, my sister Cathy and I began working as reflexologists. Parents often brought their children with them, and we needed to find simple, memorable, and reassuring ways to explain what we were doing and what was happening inside the body.
So we turned complex systems, organs, and smaller structures into familiar stories, images, and comparisons.
The nervous system became a messenger.
The endocrine system wrote the letters.
The immune system became a castle.
The circulatory and lymphatic systems became a city of routes and connections.
The digestive system became the place where food is transformed into the materials the body uses to rebuild itself.
The respiratory system became the story of how life learned to breathe.
The urinary system became the language of water and balance.
The musculoskeletal system became a bridge held upright through structure, tension, and support.
The integumentary system became the living surface from which scales, claws, feathers, fur, and hair emerge.
And the reproductive system found its image in Brâncuși’s Endless Column—a pattern of growth, transformation, continuity, and renewal.
We used the same approach when explaining reflexology.
After I moved to the UK and studied reflexology at college, I often described the body through the image of the London Underground. 🚇
A network of lines.
Connected stations.
Different routes serving different areas.
No station completely separate from the whole.
It was never meant to be a literal map.
It was our way of making the invisible easier to imagine, understand, and remember.
Because the body can be understood beyond language, culture, and borders.
The words may change.
The images may change.
But the body remains a shared point of understanding.
That is how these analogies were born.
Even today, we continue to explain the body in the same way—not only through systems, but through organs and smaller structures as well.
A mitochondrion, for example, can become the body’s battery. 🔋
The subject may change, but the principle remains the same:
Give complexity a familiar