Digital biochemistry may say higher electrolytes in environments causing dwarfness whereas nonelectrolytes causing tallness. We found non-electrolytes Isoprene, Terpenoides, Flavonoides, Fats and Oils, Steroids, secondary sex hormones etc may lead to diseases-less and hence increases growth, vigour, tallness, strength and reproduction capacity etc. Higher electrolytes Total Dissolved Solids (TDS), Cation Exchange Capacity (CEC) found are negatively correlated with somatic and reproductive growths and whereas EC may do reverse to the mankind. The reasons behind this digital rules are that any excessive ionic metals may cause enzymatic hazards to animal cell biology to growth unlike plants. Instances found in fisheries digital records from an inland aquatic systems, are predominantly being used in decision making process for fisheries sustenance. In this documentary chapter applications are communicated on the basis of detection. Dissolved concentration in an aquatic medium available in analogue signal electronically can be measured to a digital signal and possibly through their recording may help in fisheries, at micro to extensive geographic scale. Aspects are described here for the natural sustenance in fishes viz. to facilitate natural breeding and on the other auspicious aspect of desired preventives in fish health hazards and this may be possible ideally, using the electronics and computers.

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According to classical studies the principle of biochemistry in pathogenic prevailing are proportionate to nitrogen sources or protein sources in host. Also in cooler climate peptide-bonds remain unbroken in freezing to cool temperature hence life-span can become higher in cool climates. The principle with two theories either lowering temperature, or else lowering protein diets can make your life-span longer and better. In contrast a high proteins in tropical climate can be risky often. Keep on protecting peptide-bonds lead to longer life-spans in cooler-climates, in contrary a high contents protein may invite diseases in tropical climate and hence we may follow Amino-acids' therapy. Evidence found that all herbivore species remain diseases-less compare carnivore species and diseases of cold waters fisheries far low than warm waters.

Isoprene as a bio-molecule may the simplest non-protein enzyme that spoiling pathogens and this Isoprene synthesis mostly by all the phytoplankton and specific terrestrial plants are mere environmentally supported resists diseases. Along with Isoprene all essential long chain Fatty acids and oils too are environmentally controlled bio-molecules that immensely protecting the diseases-prone of all the proteins, hence we say that the stated this concept as beyond the central dogma and unavoidable in long years to come to save the esteem mankind. According to the classical and principle studies natural migrations with temperature may help to achieve a longer or shorter life-spans according to temperature related bonding of molecular biochemistry and again isoprene, fats and oils environmentally protect them. Prevailing of pathogenic found linearity in relations to temperature and nitrogen sources or protein sources in respective hosts. In cool temperature peptide-bonds remains relatively cohesive in freezing and cool temperature, hence individual life-span can become more in cooler climate which prevail in higher altitudes. There are principles, lowering temperature, or else lowering protein-rich diets may make individual life-span extendable and worthy. A higher protein may invite many diseases in tropical climate and hence we advise to follow specific Amino-acids' therapy to the mankind. We observe that all herbivore species remain diseases-less compare to carnivore species and also diseases in cold waters fisheries far lower than warm waters. In animal kingdom most fishes migrate towards the low temperature to gain a longer life-spans, whereas shellfishes, crabs or insects may migrate to higher temperature to softening their peptides and new births.

At this digital era author finds that digitally in aquatic and terrestrial environments Total Dissolved Solids, TDS and Cation Exchange Capacity, CEC both have significant roles in in fisheries and mankind having negative correlated with growth and fecundity. This present communication stated that Isoprene the smallest unit of Fatty acid and esteem hygienic bio-molecule synthesis as well may negatively correlated with CEC and TDS. Isoprene has got immense antivirus roles in all kinds of fisheries and mankind, hence environmentally can take important role in synthesising Fatty-acid based on environments. Fish fatty acids and phospholipids has very high demand owing to immunity reasons for fish itself and other animals. Often found that Fatty-acid bio-molecules can be treated as antivirus biomolecules for fisheries and every mankind. Basic unit of fatty acid synthesis is called Isoprene synthesise by plankton population and this nano-particle prevails more in upper surfaces of aquatic environments in tropical fisheries hence all top feeders species namely Crocodile Fish, Catla catla, Tilapia spp, Puntius spp etc remain diseases less by virtue of Isoprene bio-molecules present in aquatic environment of tropical climates. Although we may know that fatty bio-molecules may be either environmental Isoprene, Isoprenoids etc, else synthesised within fish species as phospholipids, or else accumulated as feed supplementation to the species in semi-natural fisheries. In second and third instances extraction of fattyacids bio-molecules from fish species may possible scientifically without absolute fish-catch and every non-fish eater communities may get happier to get fatty-acids from fisheries as valued medicines including anti-virus roles. Ecotechnology reveals naturally prevailing of germs, pathogens or viruses proportionate to the environmental nitrogen sources, and negatively proportionate with simple hydrocarbon, Isoprene found in a research studies of molecular biology and Ayurveda. Ecotechnology relations may say that germs, pathogens naturally can be controlled or prevented. Pathogens prevail more when environmentally available nitrate become more and fats or Isoprene or else hydrocarbon compounds when lesser. Reversed pathogenic control or prevention may be possible when situation become reversed as well viz. germs, pathogens can be restricted when environmental available nitrate become less and fats or Isoprene or else hydrocarbon compounds when prevail more in the environment. All we may know pathogens can be soil, air or may be water-borne in fisheries water borne pathogens exampled with Coliform bacteria is described. This stated phenomena of more the pathogens in the environment with available nitrogen may found true in every environments namely soil, air as well. Also Isoprene and simple hydrocarbon can prevail in all the same stated environments.