A Breast Implant Comprising a Triple Helix Spiral Structure

A human breast implant constructed in the shape of a human breast, the human breast implant comprising multiple chambers in a sponge-like biotensegrity structure configured to allow interstitial fluid in a human body to diffuse in a natural flow into and out of said sponge-like chambers, wherein said sponge-like biotensegrity structure is a triple helix spiral structure in layers interconnected in a fascia configuration, thereby decreasing the buildup of dense collagenous tissue incapsulating said breast implant by the fluid being configured to diffuse in said natural flow of fluid into and out of said breast implant in coherence with how interstitium operates in a human body.

A method to a human breast implant characterized by the step of:

• constructing and manufacturing it in the shape of a human breast and furnishing it with multiple chambers in a sponge-like biotensegrity structure to allow human body fluids to diffuse in a continuous natural flow into and out of said sponge like chambers;
• and
• wherein said sponge-like biotensegrity structure is constructed as a triple helix spiral structure in layers interconnected like a fascia through interstitial fluid of a human body, hereby decreasing the buildup of collagenous tissue incapsulating said breast implant.