Chemistry Wednesday, November 5, 2008 by majorturner
Turner’s research on hyaluronic acid fragments has resulted in the discovery of a self-assembling hierarchical molecule, which is a scaffold for animal and plant tissue matrices.
The spontaneous patterns, which mimic those found in nature, are formed when aqueous solutions of this polymer are dehydrated on glass surfaces. The art is obtained by photographing the images using scanning electron microscopy or optical microscopy.

The beauty of this scientific art-form is that a wide variety of structures and images have been obtained. “I call the art ‘biomatrixgenesis’ because I believe that my simple carbohydrate polymer is the natural scaffold for mammalian tissue genesis,” explains Turner.
After earning his Ph.D. in Polymer Chemistry at (now) NYU Poly and after a postdoctoral at Harvard University School of Public Health, Turner spent several years as a research scientist in the Army Reserve.
4 Responses to Biomatrixgenesis: Molecular Self-assembly of Life Supporting Matrices
majorturner
November 7th, 2008 at 7:21 pm
I can’t post my images and I can’t correct an obvious grammatical error!
November 11th, 2008 at 1:51 pm
Hi
I fixed the grammar. At least the one I spotted. Please email me links for the images you wish to embed.
majorturner
November 23rd, 2008 at 9:08 am
That’s like saying ..oh! that’s just oxygen or that’s just water. I have seen that before! Why can’t fractals support life as in biomatrixgenesis? Afraid you are not as complicated as you thought? The tern “dirt bag” may be more relevant that we think!
majorturner
February 1st, 2009 at 9:34 pm
Visit http://www.crystalmatrix.us for actual research results and more images. Biomatrixgenesis and the information transfer factor introduced into Einstein’s equation will change the way we think about life. BIAS Incorporated challenges the Darwinian theory and the prevalent views held in evolutionary biology.