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ChromEvol analyzes changes in chromosome-numbers along a phylogeny and infers polyploidy upon request.
Given a phylogeny and chromosome number data, the program infers the locations and types of chromosome number transitions along the tree.
If you use (1) chromEvol or the (2) model adequacy framework, please use the following citations:
(1) Glick, Lior, and Itay Mayrose. "ChromEvol: assessing the pattern of chromosome number evolution and the inference of polyploidy along a phylogeny." Molecular Biology and Evolution 31.7 (2014): 1914-1922.
Abstract
(2) Rice, Anna, and Itay Mayrose. "Model Adequacy Tests for Probabilistic Models of Chromosome-Number Evolution." New Phytologist (2020).
Abstract
Load your Tree file:
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Load your chromosome counts file:
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Match counts to phylogeny:
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   Remove tips with no counts data
   Assign taxa with no counts as missing data ('X')
Choose Analysis Type:
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   Homogenous Model
   Time Heterogeneous Model
Identify Transition points:
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   Automatic
    
Max Number of Rate Regimes:
    
Minimum Clade Size:
   UserDefined
   Discrete Trait Model
Load your trait states file:
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Number of Trait States  
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Pi parameters  
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Trait model  
"traitModel"
singleRate
ratePerEntry
ratePerExit
symPairRate
pairRateModel
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Global rate  
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List of entry Rates  
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List of exit Rates  
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Upload rates per pair  
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Upload Rates per pair  
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Trait Root frequencies should be set according to:
  
  Default (stationary)
  
  Likelihood values
  
  Fixed root value  
Define models:
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+ Add model
Load default models
Clear All
   Run adequacy test:
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Chromevol best model
Select model
All models
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Job Name:
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