Bacteria, Viruses And Toxins - Analogies, Differences And Potential Use As Biological Warfare – Essay Example

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BАСTЕRIА, VIRUSЕS АND TОХINS - АNАLОGIЕS, DIFFЕRЕNСЕS АND РОTЕNTIАL USЕ АS BIОLОGIСАL WАRFАRЕ АGЕNTSFirstaFirstbSecond AbstractBacteria, viruses, and toxins are all microbes that can only be detected through the symptoms that result from their infection or under a microscope. There is ambiguity between toxins and bacteria because of the mutually beneficial relationship between bacteria and toxins and the manufacture of some types of toxins by bacteria. Toxins enable bacteria through their cell-destructive action which lets the bacteria consume the cellular components and multiply. Viruses, on the other hand, only survive in their hosts and die when taken out of their hosts, They are incurable and even vaccinations serve to weaken them to give time for the immune system to recover from viral infections without severe consequences.

The three often cause similar symptoms depending on the type and nature of the immunity off the ill person. The nomenclature f the three is based on their structure and functionality. Keywords: IntroductionThis essay is a discussion of bacteria, viruses, and toxins, and a little about their impact on the human body and immune system. It consists of the similarities, differences, and composition, their formation, existence in nature, and nomenclature.

The essay discusses each-the bacteria, viruses, and toxins- in depth clarifying the ambiguities found among the three in relation to infections. The essay reveals the relationship between toxins and bacteria and the free existence of some toxins. It also explains that nature of viruses as genetic data rather than cellular substances that can survive and reproduce as do bacteria. The symbiotic relationship between bacteria and some toxins is also discussed. TextBacteria are prokaryotic organisms with single cells and occur in all areas of life.

They can be found in living organisms, in soil, water, and in the air. There are useful and harmful bacteria upon their interaction with human beings, plants, animals, or other living things. Examples of useful bacteria are the plant growth promoting bacteria (Glick). As opposed to bacteria, viruses are acellular with no cellular structure. The survival of a virus is dependent on the host whereby its infestation onto the host is accompanies by rapid reproduction. It does not survive for long outside the host.

All viruses are harmful to their hosts. They cause illnesses to the host unlike bacteria which vary in their impact on their hosts based on their nature. Whereas bacteria are living organisms, viruses are yet to be confirmed as living. Toxins, on the other hand, are non-living as they neither feed nor excrete. Theirs is to react to the environment where Almost all the infections that occur as a result of the harmful bacteria can be cured using antibiotics. However, most viral infections are incurable and they include such as the common cold and HIV.

It takes the strength of the immune system of the patient to overcome the infection since only the symptoms are treated. Some viruses can be vaccinated against but their high mutation rate makes it difficult to keep up with the vaccinations.

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