Mutation Frequency: Difference between revisions
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Created page with "= Mutation Frequency = Mutation Frequency is the Frequency at which a particular (Or all and any) Mutations occur over time, within a population. =====  ..." |
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Mutation Frequency is the Frequency at which a particular (Or all and any) Mutations occur over time, within a population. | Mutation Frequency is the Frequency at which a particular (Or all and any) Mutations occur over time, within a population. | ||
===== <u>Mutation Frequency= M./n.</u> ===== | ===== <u>Mutation Frequency= M./n.</u> ===== | ||
Where;<br> M.= Number of Mutants. | Where;<br> M.= Number of Mutants. | ||
n. = Total Population in question. | n. = Total Population in question. | ||
<br> | |||
For example, if in an ''E. Coli ''population the number of TonB (T1 Phage resistant) Mutants is 5360, in a total population of 3.1^11. The Mutation Frequency would be;<br> M.F.= 5360 / 3.1x10<sup>11</sup> = 1.8x10<sup>-8</sup> | |||
For example, if in an ''E. Coli ''population the number of TonB (T1 Phage resistant) Mutants is 5360, in a total population of 3.1^11. The Mutation Frequency would be;<br> M.F.= 5360 / 3. |
Revision as of 10:43, 17 November 2011
Mutation Frequency
Mutation Frequency is the Frequency at which a particular (Or all and any) Mutations occur over time, within a population.
Mutation Frequency= M./n.
Where;
M.= Number of Mutants.
n. = Total Population in question.
For example, if in an E. Coli population the number of TonB (T1 Phage resistant) Mutants is 5360, in a total population of 3.1^11. The Mutation Frequency would be;
M.F.= 5360 / 3.1x1011 = 1.8x10-8