Red blood cells Every second 2½ million new red blood cells develop in the bone marrow and circulate for about 4 months in the body before their components are recycled. About ¼ of our cells are red blood cells (±25 trillion). During each circulation (±20 seconds), they take up oxygen in the lungs and release…

mtDNA and nuDNA Contrary to mtDNA profile testing, nuDNA profile testing for ancestry research or crime investigations, is comparable to a ‘fingerprint’, thus a 100% correct identification parameter. The mtDNA (mitochondrial DNA) genome has only 16,569 base pairs and is much more tightly packed, than the 3+ billion pairs in the nuDNA (nucleus DNA) genome….

Geometric-Periodic table Dr. Robert Moon, an early fission physicist of the University of Chicago, developed a synthetic geometric structure of the periodic table for the 92 naturally occuring elements and the particles in their nucleus. The spark to his work came from Nobelprize laureate Klaus von Klitzing, who studied the conductivity of very thin slices…

DNA Repair II DNA Mis-Match Repair (MMR) The DNA Mis-Match Repair (MMR) pathway has evolved to correct errors made by DNA polymerase during DNA replication. Such errors fall into two broad categories: base substitutions, and insertions/deletions. 1. A base substitution error occurs when DNA polymerase inserts an incorrect nucleotide opposite the template base, like a…

DNA Repair I Base Excision Repair (BER) The basic steps of the BER pathway are: 1. Distortion recognition, 2. Base excision, 3. AP-site incision, 4. DNA repair synthesis, 5. DNA ligation. DNA bases that have been modified by the addition or loss of a small chemical group as described above are repaired by the BER…

Distorted DNA Our nuclear DNA genome is under constant attack from reactive chemicals that the cell generates as by-products of metabolism, as well as environmental threats as X rays, UV radiation from the sun, and immense chemical pollution, etc. Missing few ‘letters’ can stop brain growth before age 30 Among the 100,000’s of mutations within…

Epi-Genetics The unique sequence of more than 3 Billion base-pairs in our DNA molecule is what makes each of us unique. Our DNA is like a cookbook full of ‘recipes’ and ‘bookmarks’. Different cells use different recipes, which we call ‘genes’. The bookmarks help each cell know which genes to use. These bookmarks exist as…

Effects on your muscle cells’ DNA and protein production Researchers recruited 14 men and women in their mid-20s who didn’t usually exercise. After a short but intense spin on a bike, samples of their muscle tissue showed temporary, but big, changes in several types of epigenetic signals. Physical exercise sets signals in motion almost instantly…

Developments of Domiciles and Offices "Beauty is the promise of happiness" How human needs and desires manifest their ideals in architecture. 988 CPntL: my temporary ‘Heaven on Earth‘ at age 40 26 Residential sub-division with individual boatslips, named "Neptune’s Landing", to "enable the Planetary Neptune to re-enter and re-claim, as Poseidon, the shores of this…

Water Crystals Researching micro cluster water and Magnetic Resonance Analysis technology, Dr. Masaru Emoto demonstrated that human thoughts and emotions could alter the molecular structure and crystalline forms of water. He found that water from clear –telluric current– springs and water that has been exposed to loving words shows brilliant, complex, colorful, symmetrical, and hexagonal…