Cholesterol - Clay - Actinidic Crystals and Origin of Life - Kurup, Ravikumar;Achutha Kurup, Parameswara
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Global warming consequent to archaeal endosymbiosis, ammonia oxidation, methanogenesis, nitrate metabolism and cholesterol oxidation creates multiple shadow biospheres. Ammonia oxidation and methanogenesis creates a methane and ammonia based as shadow biosphere and methane and ammonia based organisms. Archaeal actinide depended cholesterol oxidase activity generates cholesterol crystal gene dependent shadow biosphere. The actinidic-cholesterol clay crystals would have generated the actinidic isoprenoid organism. Clay crystals would have acted as a template for abiogenesis of the actinidic…mehr

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Produktbeschreibung
Global warming consequent to archaeal endosymbiosis, ammonia oxidation, methanogenesis, nitrate metabolism and cholesterol oxidation creates multiple shadow biospheres. Ammonia oxidation and methanogenesis creates a methane and ammonia based as shadow biosphere and methane and ammonia based organisms. Archaeal actinide depended cholesterol oxidase activity generates cholesterol crystal gene dependent shadow biosphere. The actinidic-cholesterol clay crystals would have generated the actinidic isoprenoid organism. Clay crystals would have acted as a template for abiogenesis of the actinidic cholesterol crystal isoprenoid organism. This would have been the original non-life self-replicating organism in the earth. The same patterns can lead to evolution of self-replicating non-life and life forms in other galaxies.
Autorenporträt
Dr Ravikumar Kurup is the Director of the Metabolic Disorders Research Centre, Trivandrum.