Encoding the human genome
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Researching the cell we discovered that there is a large "alpha pi" complex organized in plexuses within it, under the hegemony of the guanine alpha pater (paternal fathers) in the microtubules. These plexuses are the organelles, always functioning in pairs. The golgi plexus is the most important maternal plexus, as it contains two groups of distinct gene inheritance; (CIS guanines and TRANS adenines) maternal and paternal fathers, with all plexuses under the hegemony of microtubules, always respecting a cellular criterion. Decoding the Human Genome in Microtubules follows the same line of…mehr

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Produktbeschreibung
Researching the cell we discovered that there is a large "alpha pi" complex organized in plexuses within it, under the hegemony of the guanine alpha pater (paternal fathers) in the microtubules. These plexuses are the organelles, always functioning in pairs. The golgi plexus is the most important maternal plexus, as it contains two groups of distinct gene inheritance; (CIS guanines and TRANS adenines) maternal and paternal fathers, with all plexuses under the hegemony of microtubules, always respecting a cellular criterion. Decoding the Human Genome in Microtubules follows the same line of decoding as the Human Genome found in chromosomes. This book also talks about the intermolecular relationships that exist in our organism, where molecules have an extraordinary capacity to standardize the most different treatments and are capable of reading, commanding, executing, arranging, transporting, cleavaging and closing in the same way as microtubules.
Autorenporträt
Cicera Paz da Silva; physiotherapist, specialized in exercise physiology and researcher in maternal contractile cells, author of six books in the area of genetics and physiology.