S2 shows how ice grown in liquid nitrogen sends a beam of 4 micron infra red to a pool of primordial soup, where it energises (phosphorylates) nucleotides, which polymerize to form DNA.
S1 shows a 2D version of the lasing transition in iceIt.
Y5 shows a stereo pair of a transfer RNA, with its 'hole', lined with hydrogen bonds.
M2 is a collage of cell components which are just the right size to resonate with 4 micron quanta.
S3 shows the mechanism of the transport DNA membrane pump.
M1 illustrates the uncoiling of the double helix and the flat beta-pleated sheet of protein to which it neatly binds.
M3 gives views of the DNA-protein complex which is the basis for packing DNA in the chromosome.
E2 shows this packaging resulting in 'minions' with 9 coils, each having 189 DNA base pairs bound to 21 beta-pleated sheets - the 'chip' in the brain.
Y3 shows the trace element selenium at work controlling blood pressure. Selenium is deficient in junk food diets, resulting in much disease.
W1 in red-green stereo, shows how adrenaline etc has evolved to carry sodium and potassium ions across nerve membranes at synapses.