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Motif frequency and evolutionary search times in RNA populations
Michael Stich
*
, Susanna C. Manrubia
*
Corresponding author for this work
Research output
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Article
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peer-review
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Medicine & Life Sciences
Base Pairing
28%
Genotype
19%
Mutation
15%
Mutation Rate
58%
Nucleotides
22%
Phenotype
33%
Population
32%
RNA
57%
Theoretical Models
45%
Agriculture & Biology
genotype-phenotype correlation
40%
mutation
18%
mutation rate
60%
nucleotide sequences
17%
nucleotides
19%
phenotype
18%
RNA
54%
theoretical models
32%
Chemistry
Length
16%
Molecule
9%
Mutation
70%
Nucleotide
22%
RNA Sequence
37%
Secondary Structure
48%
Time
29%
Mathematics
Evolvability
17%
Fixation
39%
Genotype
12%
Influence
7%
Molecules
10%
Mutation
30%
Phenotype
25%
Range of data
6%
Redundancy
11%
RNA Secondary Structure
15%
Secondary Structure
14%
Sequence Space
10%
Theoretical Model
12%
Engineering & Materials Science
Molecules
20%
Nucleotides
25%
Redundancy
17%
RNA
100%