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DNA assembly with gaps (Dawg): Simulating sequence evolution
Reed A. Cartwright
Research output
:
Contribution to journal
›
Article
›
peer-review
97
Scopus citations
Overview
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Dive into the research topics of 'DNA assembly with gaps (Dawg): Simulating sequence evolution'. Together they form a unique fingerprint.
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Mathematics
Phylogenetics
79%
Alignment
55%
Phylogeny
41%
Simulation
30%
Chloroplast
29%
Molecular Evolution
24%
DNA Sequence
19%
Bootstrapping
18%
Insertion
17%
Deletion
16%
Power Law
15%
Bootstrap
15%
Completion
14%
Continuous Time
13%
Dependent
10%
Model
10%
Relationships
9%
Invariant
8%
Estimate
7%
Chemical Compounds
Biological Property
62%
Simulation
60%
DNA Sequence
33%
Application
30%
Heterogeneity
29%
Time
23%
Length
19%
Medicine & Life Sciences
DNA
54%
Phylogeny
38%
Chloroplasts
22%
Molecular Evolution
20%
Sequence Alignment
19%
Introns
15%
Research Personnel
11%
Engineering & Materials Science
DNA
100%
Phylogeny
46%
DNA sequences
19%