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The error threshold is crucial to understanding " Eigen's paradox ".
Eventually, the system would reach the first of a pair of " error thresholds,"
RNA viruses which replicate close to the error threshold have a genome size of order 10 4 base pairs.
This process, which permits construction of an essentially unlimited number of words, eventually takes the developing language to its second error threshold.
This can be a solution to the error threshold problem, which states that, in a system without ideal information content can be improved.
"Endless Forms Most Beautiful " endosymbiosis error threshold ( evolution ) evidence of common descent evolution evolutionary arms race evolutionary capacitance
If the mutation rate is too high, exceeding what is known as the error threshold, the quasispecies will break down and be dispersed over the entire range of available sequences.
Altogether, the results concerning the RNA ligase s catalytic domain and the acyltransferase ribozyme are in agreement with the estimated upper limit of 100 nucleotides set by the error threshold problem.
However, a universal set of unitary measurement based scheme for quantum computation based upon this principle has been found, whose error threshold is the highest known for a two-dimensional architecture.
It is thought that the error threshold concept described above limits the size of self replicating molecules to perhaps a few hundred digits, yet almost all life on earth requires much longer molecules to encode their genetic information.
Also, it was noted by Wilke ( Wilke 2005 ) that the error threshold concept does not apply in portions of the landscape where there are lethal mutations, in which the induced mutation yields zero fitness and prohibits the molecule from reproducing.
In 2013, a re-examination of Gould's algorithm and the utilisation of advanced Python programming modules ( i . e ., numpy and scipy ) has made it possible to calculate the squared-error threshold values for identifying outliers.
The error threshold is a concept in the origins of life ( abiogenesis ), in particular of very early life, before the advent of DNA . It is postulated that the first self-replicating molecules might have been small ribozyme-like RNA molecules.
It has been argued that, if we take into account the deleterious effect of mutations on the population of variants and the fact that many mutations are lethal ( fig . 2 ), then the Error Threshold disappears, i . e . the fittest sequence always maintains itself.
In evolutionary biology and population genetics, the "'error threshold "'( or "'critical mutation rate "') is a limit on the number of base pairs a self-replicating molecule may have before mutation will destroy the information in subsequent generations of the molecule.
As long as a single event upset ( SEU ) does not exceed the error threshold ( e . g ., a single error ) in any particular word between accesses, it can be corrected ( e . g ., by a single-bit error correcting code ), and an effectively error-free memory system may be maintained.
Our article on Self-organization ( especially the sections on chemistry and biological self-organizers ), the Abiogenesis article has a lot of information about RNA as an alternative to DNA as a way for the process of evolution to be'kick-started'( see also RNA world hypothesis )-and in that context, Error threshold ( evolution ) is a really interesting article.