“DISPER-EEM” is ecotecnology having a digital cation exchange capacity in environments that determines every-features in all plant and animal biology ecology and ecotechnology

Introduction

Ecotechnology can be used in altering genome-element found relations with elemental phosphorous v/s changing digital cation environments, explample Ca + 2 describedd algorithm Model. Digital metal-ions or digital CEC in environments can act in alteration in Genome elements substantially to every higher animals to lower animals including Leach, worm, germ, pathogen namely virus, bacteria, EUS enjoy in higher digital CEC found with Ecotechnology. Ecotechnology you know a synthetic process in digital biochemistry that says any higher digital "CEC" is dangerous to every higher biology and its genome material can be affected with given example Calcium (Ca + 2 ) in this research communication. and every other metals, heavy metals in the environment makes huge inhibition to biology or may be harmful to every biology and metal ions or cation can alter genomic materials in every biology. According to our holy modern-Ayurveda any ecotechnology is such that even molecular bonding is most important when known that Fats & oils thrives thousand years then Alpha-cellulose thrives trillion years whereas proteins merely thrive around hundred-years in the environment of non-diseases unless DISPER-EEM i.e. Disease Percentage zero with Environment Editing Model i.e. EEM a total non-disease environment can be possible only in very low digital CEC Environments are better and the best namely Sand, Rock, Crystal etc. Else evidence found any high digital CEC environment namely Soils can alter or inhibits every Genome-material amongst every biology i.e. in plants and animals. This Ecotechnology in altering genome-element that found relations with elemental phosphorus in changing digital-cationenvironments are all predictive AI/ML models described in this article.

Materials and Methods

Ecotechology presently the digital science and can be defined with AI/ML algorims with living and nonliving elements in the environment surrounded by every biology plants and animals. Dealt AI/ML Models eleven in number described example says that every Genome or Genomic material namely Phosphate can be altered with digital CEC metal or metals namely Calcium Ca + 2 ion. Data science technique, modelling analytics with SPSS is used to a longterm statistical data in soils and waters environments in Agriculture and allied domain with following Models with ANIOVA.

Model Summary and Parameter Estimates

Results & Discussion

Communicated Ecotechnology dealt that environmental elements with biology. Environmental Cations have relations with the biomolecules thus Cations or digital CEC can change Genome materials both in plants and animals. Since anthropologic-era revelation by this authors found that a very high digital CEC environment may results dwarfness whereas the environment with low digital CEC or low digital TDS results all tallness owing to inhibition or non inhibitions of metals ions with biomolecules, elements and biological process and finally biology. Following Fig 1 to given example Phosphate and Ca in aquatic environment and also in semi-terrestrial domain similar relation can be found in every biological domain according to ecotechnology. The modern-Ayurveda era when all are with same opinions that may be total genome editing is obvious supported by all the most decent communication by decent society that Ecotechnology in altering genome that found relations with elemental phosphorus vs. Changing digitalcation-environments, exampled ca + 2 described might have much digital relevance as well in near future.

Conclusions

Excessive cationic or high digital CEC is often become very poisonous to plants and animals rather we all know water is precious to every biology in the water-planet and the best is freshwater-ecotechnology with least TDS or non cations helps non changing of Genomic element like Phosphorus. This Ecotechnology is often may be whole the earth is stating that unless all the ecotechnology world may be missing something. This holy Modern Ayurveda Ecotechnology dealt that any higher digital CEC or excessive metal-ions found harmful or deleterious to biological Genome elements or finally Genome in every biology. Lets all holy research experiments which preferred to carry in water as medium rather than Soil as medium, since less metals existing in aquatic water unless high TDS than in soils. At this era Ecotechnology is used in production of Phytoplankton to Ethanol as fuel to every vehicle. Research found that Phytoplankton namely very high valued Spirogyra concentrations can be multiplied by thousand times in synthetic systems with modern Ecotechnology however can not be possible in terrestrial cropping systems having the higher digital CEC in environment and having metal inhibitions to Genome in every biology and all time digital ecotechnology cupaspirations. Hence Ecotechnology in altering genome found relations with elemental Phosphorus with changing digitalcation-environments, as exampled Ca + 2 just may be useful in much needed future education and research

Acknowledgement

AcknowledgementsAuthors are thankful to the HOD FRAI Division and the Director ICAR-CIFRI and esteemed Society IFSI for kind necessary publication. This is to update in documenting related to FRAI project. Acknowledged DISPER EEM in all Ganges-Ghats in different river stretches to make Rivers as digital health environment landing and as data centre.

References

1. Das D. Digital rules say growth & fecundity of any fish are negatively correlated with TDS and CEC. In: Proceedings of SCSI India National Web Conference; 2020. Sustainable soil and water management for biodiversity, food security & climate resilience. E-book of abstracts.
2. Das D. Fecundity of any fish may be environmentally controlled and values are negatively correlated with TDS and CEC. In: ISCA Webinar Book of Abstracts; International Symposium on Coastal Agriculture: Transforming Coastal Zones for Sustainable Food Security; 16-19 Mar 2021; Canning Town, West Bengal, India. 2021.
3. Das D, Das R. The rules in digital fisheries: growth and fecundity negatively correlated with TDS and CEC and approximated linear models. In: ISCA Webinar Book of Abstracts; International Symposium on Coastal Agriculture: Transforming Coastal Zones for Sustainable Food Security; 16-19 Mar 2021; Canning Town, West Bengal, India. 2021:145.
4. Das D, Das P. The digital rules of isoprene biochemistry in preventing and curing diseases caused by unicellular pathogens. In: Proceedings of 2nd International Web Conference on Smart Agriculture for Resource Conservation and Ecology Stability; 2021.
5. Das D, Das A, Das P, Das SA. Preventing and curing diseases with hydrocarbon, isoprene, and chlorine nanoparticles destroying unicellular pathogens of inland, marine environments, and mankind. Int J Fish. 2022;10(3):26-33.
6. Das D, Das A, Das P, Das SA. The digital theories of isoprene nanoparticles and related treatments in curing and preventing diseases caused by unicellular pathogens in fisheries and allied sciences. Aquatic Studies. 2022.
7. Das D, Das A. Ecotechnological relations between aquatic microbes and turbidity with machine learning techniques. Int J Fish Aquat Stud. 2022;10(3):101-105.
8. Das D, Das P, Das A, Das SA. Machine learning techniques for controlling and preventing viruses and microbes with digital parameters and hydrocarbons. Int J Adv Biochem Res. 2022;10(3):133-140.
9. Das D, Das P, Das A, Das SA. Digitally, CEC, electrolytes and others with temperature may determine every phenology in fisheries and anthropogenics. Int J Fish Aquat Stud. 2022;10(4):128-134.
10. Das D. Antivirus-fat synthesis or its accumulation among species are based on TDS and CEC and may be digitally sustainable measurable. In: National Webinar on Interventions towards Resource Conservation and Natural Farming; 2022. E-book of abstracts. International Journal of Advanced Biochemistry Research https://www.biochemjournal.com
11. Das D, Das P, Das A, Das SA. Ecotechnology of isoprene in curing or preventing diseases in fisheries as environmental biomolecules. Int J Fish Aquat Stud. 2022;10(4):141-145.
12. Das D, Das P, Das A, Das SA. Protecting peptide bonds may lead to longer life spans in cooler climates for fisheries and mankind. Int J Fish Aquat Stud. 2022;10(4):152-155.
13. Das D, Das P. Amino acid therapy in mankind. In: on AAFS; 22-24 Aug 2022.
14. Das D, Das A, Das P, Das SA. Digital biochemistry of non-diseases with low-protein diets during old age. In: International Conference on AAFS; 22-24 Aug 2022. E-book of abstracts. p. 323.
15. Das D, Das P, Das A, Das SA. Beyond the central dogma with digital biochemistry. Int J Adv Biochem Res. 2022;6(2):113-116.
16. Das D, Gupta RA. A database on fish diseases, pathogens, and related information. J Interacademicia. 2007;11(4):528-532.
17. Das D, Das P, Das A, Das SA. Digitally measuring electrolytes and nonelectrolytes may lead to dwarfness and tallness respectively in the animal kingdom. Int J Adv Biochem Res. 2023;7(1):14-18.
18. Das D, Das A, Das P, Das SA, Das RN. Biochemistry of non-diseases with environmental editing models. Int J Adv Biochem Res. 2024;8(11):465-470.
19. Das D, Das P, Das A, Das SA. Mighty AI in rock formation can turn to the best in biology with low digital CEC and low TDS, providing the best habitation in fishery, poultry, animal husbandry and humans. Int J Adv Biochem Res. 2024;8(12):827-836.
20. Das D, Prakriti, Aranya, Ana S. AI/ML biochemistry in every digital-health biology. Int J Adv Biochem Res. 2025;SP-9(1):843-849.