INTO THE BLUE: EVOLUTIONARY ADAPTATIONS ASSOCIATED WITH THE DIVERSIFICATION OF BALEEN WHALES ...

All supporting tables for the article entitled: 'INTO THE BLUE: EVOLUTIONARY ADAPTATIONS ASSOCIATED WITH THE DIVERSIFICATION OF BALEEN WHALES' Table S1. PAML results Species – Results for the branch-site tests for all the 10,159 cetartiodactyla orthologous genes on seventeen species; candi...

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Bibliographic Details
Main Author: Genty, Gabrielle
Format: Article in Journal/Newspaper
Language:English
Published: Zenodo 2024
Subjects:
cetacean
whole genome
evolutionary biology
genes
positive selection
PAML
baleen whales
Online Access:https://dx.doi.org/10.5281/zenodo.10703297
https://zenodo.org/doi/10.5281/zenodo.10703297
Description
Summary:All supporting tables for the article entitled: 'INTO THE BLUE: EVOLUTIONARY ADAPTATIONS ASSOCIATED WITH THE DIVERSIFICATION OF BALEEN WHALES' Table S1. PAML results Species – Results for the branch-site tests for all the 10,159 cetartiodactyla orthologous genes on seventeen species; candidate genes of each group (Mysticeti, Odontoceti and Land) are shown on a different sheet. Columns signify the likelihood ratio test (LRT) value, w0 is ω Zero where the value for the lineage can be 0, wF is ω Foreground where the value for the lineage can be more than 1, wB is ω Background where the value of the lineage can be between 1 and 0 and Sig is when the value of the test is significant or not depending on the model and the LRT value. For each test, three likelihood-ratio tests were estimated based on the critical values for each model. When all three models are significant then the gene is considered a candidate gene. Table S2. PAML results Branches – Results for the branch-site tests for the sequences present in ...

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