SEMINAR: Mathematics and Statistics Colloquium


Mathematics and Statistics Colloquium : Mathematics and the Noise Immunity of the Genetic Code 
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Symmetry is one of the essential and most visible patterns that can be seen in nature. Starting from the leftright symmetry of the human body, all types of symmetry can be found in crystals, plants, animals and nature as a whole.
Similarly, principals of symmetry are also some of the fundamental and most useful tools in modern mathematical natural science that play a major role in theory and applications. As a consequence, it is not surprising that the desire to understand the origin of life, based on the genetic code, forces us to involve symmetry as a mathematical concept.
The genetic code can be seen as a key to biological selforganisation. All living organisms have the same molecular bases  an alphabet consisting of four letters (nitrogenous bases): adenine, cytosine, guanine, and thymine. Linearly ordered sequences of these bases contain the genetic information for synthesis of proteins in all forms of life. Thus, one of the most fascinating riddles of nature is to explain why the genetic code is as it is.
Genetic coding possesses noise immunity which is the fundamental feature that allows to pass on the genetic information from parents to their descendants. Hence, since the time of the discovery of the genetic code, scientists have tried to explain the noise immunity of the genetic information. In this talk we will discuss recent results in mathematical modelling of the genetic code with respect to noise immunity, in particular errordetection and errorcorrection.
Cheese and wine to follow in the Maths common room (5pm6pm)
Speaker(s) 
Prof. Lutz Strüngmann

Location 
Robert Street Lecture Theatre


Contact 
Brendan Florio
<[email protected]>

Start 
Thu, 08 Feb 2018 16:00

End 
Thu, 08 Feb 2018 17:00

Submitted by 
Brendan Florio <[email protected]>

Last Updated 
Wed, 31 Jan 2018 10:20

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