Guiding by controlling the differentiation direction of stem cells, their growth into the desired artificial tissues of human/ mammal organs. This technology can be used to realize the early-detection, isolation and treatment of cancer cells, and can even possibly be used to kill cancer. Guide and control neural regeneration to recover nerve tissue injuries and cure neural degenerative diseases. T
he new opportunities for cell and tissue-related researches and applications: NOT just unique, BUT Revolutionary, and potentially with the largest impact to humanity. The very First-ever stiffness patterns for cell cultures, the very First-ever three-dimensional (3D) MEMS/NEMS force sensors without using any electric-related principles. It is a decoupled force measurement sensor, it is simple, accurate, and reliable:
My team created and Patented the very First ever culturing cells on curvature-defined substrates! We will Direct those stem cell differentiation as we developed substrate curvature to induce stem cell differentiation;
1. Substrate curvature to guide the attachment and spreading of cells;
3. Substrate curvature to induce natural cell isotopic-spreading;
This revolutionary newly invented #technology provides a class of non-flat curvature-defined cell culture substrates to re-engineer and restore (regrow) cells of failing organs in people with cancer/ and other debilitating situations. Patented method of Micro and Nano glass nanometer scale curvature / stiffness patterns for use in cell and tissue culturing: United States Patent No.: US 8,802,430, Date of Patent: Aug. 12, 2014. to direct cell attachment and spreading, to guide stem cell differentiation, and to induce isotropic spreading of cells United States Patent No.: US 9,512,397
