A Hypothetical Theoretical Model for Accelerating Adaptation and Cooperation with Help of Repeated External Environment Condition
Harpal Vala *
Department of Microbiology and Biotechnology Centre, M.S. University, Baroda, India.
*Author to whom correspondence should be addressed.
Abstract
By performing any process in a specific situation, the living organism starts updating itself based on that situation. A hypothetical theory is presented by using game theory in this hypothetical theoretical research paper. According to which two different species (hypothetical consider species A+ and species B-) are passed through the system of different five compartments.
Species A + and species B- passing through the five compartment model system can only do so in one compartment (compartment E) in the presence of a particular external environment factor.
If compartment E contains a limited amount of essential carbon source like sucrose for the bacteriological system, it is likely that species A+ and species B- will initially compete, but frequent contact with each other in sequence will turn corporations into compartment E for limited self-uptake of sucrose by species A+. . Competition will be reduced so that it is also available for species B. This adaptive behaviour of the Bacterial system can be confirmed through capillary feeder assay (CAFÉ Assay) by transferring Adapted bacteria to drosophila
Keywords: Computer-based Iterated Prisoner’s Dilemma (IPD) scoring matrix, moran model, Capillary Feeder (CAFE) assay, prisoner's dilemma, clonal interference model, game theory method