The digital theories of isoprene nano-particle and other related in curing, preventing diseases caused by unicellular pathogens even in fisheries and allieds sciences during and after the Covid era

Abstract

The digital rules of Isoprene can be proportionately prevention of diseases with temperature, atmospheric concentrations and altitude, since its holiness among the many natural bio-molecules. Its rule in preventing and curing diseases functionality are as proportionate to the temperature, air density, altitude etc. Isoprene (C5H8) is the bio-molecule helps in synthesising fatty acids, vitamins, steroids, cholesterol, secondary hormone, and sex hormones and many other micro or macro bio-molecules to the biological systems. Both plants and animal can synthesise Isoprene, often a few plants are medicinal because of Isoprene synthesis as well. Predominantly marine and terrestrial phytoplankton synthesize Isoprene in a large extents. Other terrestrial plants like Mosses, Pine tree, Grasses, Bamboo tree, Eucalyptus, Mango, Citrus spp. etc. can adequately synthesise Isoprene and makes the environment hygienic or pathogen free. As evidences found that Isoprene bio-molecule a nano-particle a smallest unit is below 3nm, can prevent and cure any unicellular pathogen by molecular diffusion. Isoprene firstly a water insoluble or hydrophobic molecule that repulse a hydrophilic pathogen. Secondly Isoprene having double bonds get saturated or hydrated with acid or even nucleic acids of unicellular pathogens, also assumed evidence may be found that isoprene can react with pathogenic nucleic acids or genetic material by forming Isoprene phosphate. Hence Isoprene can breakdown genetic materials of pathogens of unicellular simply by molecular diffusion within the pathogenic cells. In normal instances Isoprene can not penetrate in multi-cellular organisms. Often the oceans, or the Nilgiri hills in India, are so colourful and diseases less because of persisting Isoprene. In fisheries science we find that Isoprene is water insoluble with molecular density 0.68 gm/cc can be floated in water below 30 degree hence often fish species Catla catla or any top feeder can further remain diseases-less. In cold water Fisheries below 35o Celsius which is the vapour point of Isoprene and hence fisheries is safer, where as climates of tropics or global warming can lead isoprene less in waters but happy and hygiene terrestrial environment with Isoprene bio-molecule. May be true that Isoprene can destroy any mutants of viruses particles in a similar methodical phenomenon.