Microscopic single celled organism - situation familiar
Invisible to the naked eye and dangerous to human health, viruses and bacteria are to be avoided. Both viruses and bacteria can cause a fever, a cough or severe ailment. Yet, several distinctions separate bacteria from viruses. Viruses and bacteria are microscopic. In fact, a microscope is necessary to see them. Despite sharing a similar particle size, viruses and bacteria are as different as night and day. When a person is infected with either, the immune system responds by trying to eliminate the infectious organisms.Microscopic single celled organism Video
Single-celled Organism Dies microscopic single celled organismMicrobial intelligence popularly known as bacterial intelligence is the intelligence shown by microorganisms. The concept encompasses complex adaptive behavior shown by single cellsand altruistic or cooperative behavior in populations of like or unlike cells mediated by chemical signalling that induces physiological or behavioral changes in cells and influences colony structures.
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Complex cells, like protozoa or algaeshow remarkable abilities to organize themselves in changing circumstances. Even bacteria can display more sophisticated behavior as a population. These behaviors occur in single species populations, or mixed species populations. Examples are colonies or swarms of myxobacteriaquorum sensingand biofilms.
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It has been suggested that a bacterial colony loosely mimics a biological neural network. The bacteria can take inputs in form of chemical signals, process them and then produce output chemicals to signal other bacteria in the colony. Bacteria communication and self-organization in the context of network theory has been investigated by Eshel Ben-Jacob research group at Tel Aviv University which developed a fractal model of bacterial colony and identified linguistic and microscopic single celled organism patterns in colony lifecycle. Bacterial colony optimization is an algorithm used in evolutionary computing. The algorithm is based on a lifecycle model that simulates some typical behaviors of E. Logical circuits can be built with slime moulds. Microbial community intelligence is found in soil ecosystems microscipic the form of interacting adaptive behaviors and metabolisms. Many bacteria that exhibit complex behaviors or coordination are heavily present in soil in the form of biofilms.
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Soil biodiversity, managed in part by these micropredators, is of significant importance for carbon cycling and ecosystem functioning. The complicated interaction of microbes in the soil has been proposed as a potential carbon sink. Bioaugmentation has been microscopic single celled organism as a method to increase the 'intelligence' of microbial communities, that is, adding the genomes of autotrophiccarbon-fixing or nitrogen-fixing bacteria to their metagenome. From Wikipedia, the free encyclopedia. Quanta Magazine. Cambridge, Massachusetts: Harvard University Press.]
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