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The evolution seen from the angle of quantum physics

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Personen und Körperschaften: Drechsel, Dieter
Titel: The evolution seen from the angle of quantum physics
Format: E-Book
Sprache: Englisch
veröffentlicht:
Dresden Dieter Drechsel
Online-Ausg.. 2021
Schlagwörter:
Quelle: Qucosa
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520 |a In previous publications [1,7] the author described the base rivalry in monotonous DNA sequences and their effect on the DNA repair mechanism. According to this theory, many base building blocks compete for the occupancy of the newly released base site in the replication of monotonous DNA sequences in the elongation phase. This gives them more and more kinetic energy from replication position k to next position. Thus, there is a probability that a tautomeric base pair is formed behind the end of the monotonic sequence because of the tunneling effect. After its replication a different, irreparable base pair develops from the tautomeric base pair, when the rivalry - energy leads to a very strong hydrogen bond. This happens, however, by chance. In the following, we will describe the 3 phenomena: The tunnel probability (section 2), the probability for coming up of a high – energy – base building block (Elitist, section 3),and the combination of both phenomena (section 4). The result of these calculations is the equation (28). It is remarkable that follows from these calculations that the length of the monotonous sequences, and also the length of DNA increases itself in the course of evolution (section 5). (Read up all detailed computations in [7].) [... from introduction] 
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650 |a Evolution 
650 |a Dna-Lengthening 
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contents In previous publications [1,7] the author described the base rivalry in monotonous DNA sequences and their effect on the DNA repair mechanism. According to this theory, many base building blocks compete for the occupancy of the newly released base site in the replication of monotonous DNA sequences in the elongation phase. This gives them more and more kinetic energy from replication position k to next position. Thus, there is a probability that a tautomeric base pair is formed behind the end of the monotonic sequence because of the tunneling effect. After its replication a different, irreparable base pair develops from the tautomeric base pair, when the rivalry - energy leads to a very strong hydrogen bond. This happens, however, by chance. In the following, we will describe the 3 phenomena: The tunnel probability (section 2), the probability for coming up of a high – energy – base building block (Elitist, section 3),and the combination of both phenomena (section 4). The result of these calculations is the equation (28). It is remarkable that follows from these calculations that the length of the monotonous sequences, and also the length of DNA increases itself in the course of evolution (section 5). (Read up all detailed computations in [7].) [... from introduction]
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spelling Drechsel, Dieter, The evolution seen from the angle of quantum physics, Dresden Dieter Drechsel, txt, nc, Online-Ausg. 2021 Online-Ressource (Text) Sächsische Landesbibliothek – Staats- und Universitätsbibliothek Dresden, In previous publications [1,7] the author described the base rivalry in monotonous DNA sequences and their effect on the DNA repair mechanism. According to this theory, many base building blocks compete for the occupancy of the newly released base site in the replication of monotonous DNA sequences in the elongation phase. This gives them more and more kinetic energy from replication position k to next position. Thus, there is a probability that a tautomeric base pair is formed behind the end of the monotonic sequence because of the tunneling effect. After its replication a different, irreparable base pair develops from the tautomeric base pair, when the rivalry - energy leads to a very strong hydrogen bond. This happens, however, by chance. In the following, we will describe the 3 phenomena: The tunnel probability (section 2), the probability for coming up of a high – energy – base building block (Elitist, section 3),and the combination of both phenomena (section 4). The result of these calculations is the equation (28). It is remarkable that follows from these calculations that the length of the monotonous sequences, and also the length of DNA increases itself in the course of evolution (section 5). (Read up all detailed computations in [7].) [... from introduction], Base Rivalry, Evolution, Dna-Lengthening, text/html https://nbn-resolving.org/urn:nbn:de:bsz:14-qucosa2-769288 Online-Zugriff
spellingShingle Drechsel, Dieter, The evolution seen from the angle of quantum physics, In previous publications [1,7] the author described the base rivalry in monotonous DNA sequences and their effect on the DNA repair mechanism. According to this theory, many base building blocks compete for the occupancy of the newly released base site in the replication of monotonous DNA sequences in the elongation phase. This gives them more and more kinetic energy from replication position k to next position. Thus, there is a probability that a tautomeric base pair is formed behind the end of the monotonic sequence because of the tunneling effect. After its replication a different, irreparable base pair develops from the tautomeric base pair, when the rivalry - energy leads to a very strong hydrogen bond. This happens, however, by chance. In the following, we will describe the 3 phenomena: The tunnel probability (section 2), the probability for coming up of a high – energy – base building block (Elitist, section 3),and the combination of both phenomena (section 4). The result of these calculations is the equation (28). It is remarkable that follows from these calculations that the length of the monotonous sequences, and also the length of DNA increases itself in the course of evolution (section 5). (Read up all detailed computations in [7].) [... from introduction], Base Rivalry, Evolution, Dna-Lengthening
title The evolution seen from the angle of quantum physics
title_auth The evolution seen from the angle of quantum physics
title_full The evolution seen from the angle of quantum physics
title_fullStr The evolution seen from the angle of quantum physics
title_full_unstemmed The evolution seen from the angle of quantum physics
title_short The evolution seen from the angle of quantum physics
title_sort the evolution seen from the angle of quantum physics
title_unstemmed The evolution seen from the angle of quantum physics
topic Base Rivalry, Evolution, Dna-Lengthening
topic_facet Base Rivalry, Evolution, Dna-Lengthening
url https://nbn-resolving.org/urn:nbn:de:bsz:14-qucosa2-769288
urn urn:nbn:de:bsz:14-qucosa2-769288
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