Difference between revisions of "Mutation"
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2. Process of adaptation for [[virus|viruses]]. A [[virus]] reproduces by infecting a cell. [[virus|Viruses]] change their surface proteins so they can attach to cell surface receptors. "The [[influenza]] [[virus]] genome has remarkable plasticity because of a high mutation rate and its segmentation into eight separate RNA molecules. This segmentation allows frequent genetic exchange by segment [[reassortment]] in hosts co-infected with two different [[influenza]] [[virus|viruses]]. Source: http://www.avianinfluenza.org. | 2. Process of adaptation for [[virus|viruses]]. A [[virus]] reproduces by infecting a cell. [[virus|Viruses]] change their surface proteins so they can attach to cell surface receptors. "The [[influenza]] [[virus]] genome has remarkable plasticity because of a high mutation rate and its segmentation into eight separate RNA molecules. This segmentation allows frequent genetic exchange by segment [[reassortment]] in hosts co-infected with two different [[influenza]] [[virus|viruses]]. Source: http://www.avianinfluenza.org. | ||
{{Protecting your business in a Pandemic Source}} | {{Protecting your business in a Pandemic Source}} |
Latest revision as of 09:58, 3 November 2020
1. Mutation is any alteration in a gene from its natural state. This change may be disease causing or a benign, normal variant. Specific mutations and evolution in influenza viruses cannot be predicted, making it difficult if not impossible to know if or when a virus such as H1N1 might acquire the properties needed to spread easily among humans.
(Source: Business Continuity Management Institute - BCM Institute) |
2. Process of adaptation for viruses. A virus reproduces by infecting a cell. Viruses change their surface proteins so they can attach to cell surface receptors. "The influenza virus genome has remarkable plasticity because of a high mutation rate and its segmentation into eight separate RNA molecules. This segmentation allows frequent genetic exchange by segment reassortment in hosts co-infected with two different influenza viruses. Source: http://www.avianinfluenza.org.
(2008, Geary W.Skick. Protecting your business in a pandemic : plans, tools, and advice for maintaining business continuity. ISBN: 978-0-313-34602-6)