Impressum Privacy
Classification
?Two types of signature characters are distinguished: (1) binary: the character states of the reference group are uniform but different from the character state in the query group; (2) asymmetric (individual and combined): the character states of the reference group are not uniform but different from the character state in the query group. Noisy characters comprise at least one character state in the reference group which is identical to the uniform character state in the query group.
 Results
?Compressed file (*.zip) containing two tables in csv file format. Table 1 (entropy.csv) lists the entropy and moving average values for each alignment position. Table 2 (ranking.csv) provides a ranking of all alignment positions including the vector metrics (discriminative power, query rank, and reference rank) and the classification (binary, asymmetric, and noisy).
💾 Download Results ↻ Restart Analysis
Binary: 3 Asymmetric: 5 Combined Asymmetric: 10 Noisy: 319
Signature Bar
?The signature bar displays the positions of binary, asymmetric and noisy characters in the alignment by color-coded bars and arrowheads. Mouse-over the arrowheads to show the character position and the character state of the query group.
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Entropy Plot
?The entropy is calculated based on the entire alignment. For the calculation of the moving average, a range of five positions is used. The y-axis represents the Shannon entropy value and the x-axis the alignment position (starting at 1).
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Groups
?Header list of taxa selected for the query and reference groups (numbers of sequences in brackets).
Query Group (1)
AAU24COI2019VI18STB1
Reference Group (26)
MZ052133_Aurelia_relictaAGC18_006_Aurelia_Croatia
MZ052134_Aurelia_relictaAGC18_007_Aurelia_Croatia
AY903124_Aurelia_relictaAY903124_Croatia
AY903123_Aurelia_relictaAY903123__Croatia
HQ913934_Aurelia_relictaHQ913934_Aurelia_sp_Croatia
HQ913935_Aurelia_relictaHQ913935_Aurelia_sp_Croatia
HQ913936_Aurelia_relictaHQ913936_Aurelia_sp_Croatia
KX691561_Aurelia_relictaKX691561_Aurelia_relicta_Croatia
KX691563_Aurelia_relictaKX691563_Aurelia_relicta_Croatia
KX691564_Aurelia_relictaKX691564_Aurelia_relicta_Croatia
KX691566_Aurelia_relictaKX691566_Aurelia_relicta_Croatia
KX691569_Aurelia_relictaKX691569_Aurelia_relicta_Croatia
KX691570_Aurelia_relictaKX691570_Aurelia_relicta_Croatia
KX691565_Aurelia_relictaKX691565_Aurelia_relicta_Croatia
KX691571_Aurelia_relictaKX691571_Aurelia_relicta_Croatia
AY903125_Aurelia_relictaAY903125_Croatia
HQ913942_Aurelia_relictaHQ913942_Aurelia_sp_Turkey
KX691562_Aurelia_relictaKX691562_Aurelia_relicta_Croatia
KX691567_Aurelia_relictaKX691567_Aurelia_relicta_Croatia
KX691568_Aurelia_relictaKX691568_Aurelia_relicta_Croatia
HQ913937_Aurelia_relictaHQ913937_Aurelia_sp_Croatia
MZ052135_Aurelia_relictaAGC18_010_Aurelia_Croatia
HG964641_Aurelia_perseaHG964641_Aurelia_sp_Israel
MN531714_Aurelia_sp_18MN531714_Aurelia_sp_new_USA_GoM
MN531715_Aurelia_sp_18MN531715_Aurelia_sp_new_USA_GoM
MN531718_Aurelia_sp_18MN531718_Aurelia_sp_new_USA_GoM
Alignment
?Aligned sequences of the query and reference groups. Signature characters and noisy characters are color-coded (green: binary, orange: asymmetric, grey: noisy).
         â†“10       â†“20       â†“30       â†“40       â†“50       â†“60       â†“70       â†“80       â†“90       â†“100      â†“110      â†“120      â†“130      â†“140      â†“150      â†“160      â†“170      â†“180      â†“190      â†“200      â†“210      â†“220      â†“230      â†“240      â†“250      â†“260      â†“270      â†“280      â†“290      â†“300      â†“310      â†“320      â†“330      â†“340      â†“350      â†“360      â†“370      â†“380      â†“390      â†“400      â†“410      â†“420      â†“430      â†“440      â†“450      â†“460      â†“470      â†“480      â†“490      â†“500      â†“510      â†“520      â†“530      â†“540      â†“550      â†“560      â†“570      â†“580      â†“590      â†“600
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGGGATGATCAATTATATAATGTTGTAGTTACTGCTCATGCTCTTATAATGATCTTCTTTTTCGTAATGCCTGTATTAATAGGTGGGTTTGGGAATTGATTAGTTCCTCTCTATATTGGGGCTCCAGATATGGCTTTTCCAAGACTTAACAATATAAGTTTTTGGTTGTTACCTCCAGCCTTACTTTTACTGTTAGGATCTTCCTTAATAGAGCAGGGAGCGGGTACTGGATGGACTATATACCCTCCTTTGAGCTCAATTCAGGCTCATTCTGGGGGTTCAGTGGATATGGCAATTTTTAGCCTTCATTTGGCAGGAGCTTCATCTATAATGGGAGCAATTAACTTCATTACCACTATATTGAATATGAGGGCTCCTGGAATGACTATGGATAGAATACCTTTATTTGTCTGGTCTGTTTTGGTCACAGCAGTATTATTACTTTTGTCTTTGCCCATTTTAGCCGGAGCAATTACTATGCTGTTGACTGATAGGAATTTTAATACTTCGTTCTTTGATCCTGCAGGAGGGGGAGATCCTATTTTA
         â†“10       â†“20       â†“30       â†“40       â†“50       â†“60       â†“70       â†“80       â†“90       â†“100      â†“110      â†“120      â†“130      â†“140      â†“150      â†“160      â†“170      â†“180      â†“190      â†“200      â†“210      â†“220      â†“230      â†“240      â†“250      â†“260      â†“270      â†“280      â†“290      â†“300      â†“310      â†“320      â†“330      â†“340      â†“350      â†“360      â†“370      â†“380      â†“390      â†“400      â†“410      â†“420      â†“430      â†“440      â†“450      â†“460      â†“470      â†“480      â†“490      â†“500      â†“510      â†“520      â†“530      â†“540      â†“550      â†“560      â†“570      â†“580      â†“590      â†“600
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCANNNNNNNNNNNNNNNNNNNNN
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCATAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTACTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTACTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCTGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTGGTAACAGCAGNATTACTGCTTTTATCTCTACCCGNTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTGGTAACAGCAGTATTACTGCTTTTATCTCTACCCGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTGGTAACAGCAGTATTACTGCTTTTATCTCTACCCGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTGGTAACAGCAGTATTACTGCTTTTATCTCTACCCGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTGGTAACAGCAGTATTACTGCTTTTATCTCTACCCGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGTTTGATCTGTTTTAGTAACAGCAGTATTACTGCTTTTATCTCTACCCGTTCTAGCTGGAGCAATTACTATGTTATTAACTGATAGAAATTTCAATACGTCATTCTTTGATCCTGCAGGAGGAGGAGACCCCATTCTG
NNNNNNNNNNNNNNNNNNNNAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGAGATGATCAATTATATAATGTAGTAGTTACTGCCCATGCCCTTATAATGATCTTCTTCTTCGTAATGCCCGTATTAATAGGGGGGTTTGGAAATTGATTAGTTCCTCTATACATTGGAGCTCCAGACATGGCGTTTCCAAGACTTAATAACATAAGCTTTTGATTGTTACCTCCAGCCTTACTTTTATTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATATCCTCCCCTAAGCTCAATTCAAGCTCATTCCGGAGGTTCAGTAGACATGGCAATTTTTAGTCTTCATTTAGCAGGGGCTTCATCCATAATGGGAGCCATTAACTTCATTACCACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTGTTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCTGGATCCATGTTAGGGGACGATCAATTATATAATGTCGTAGTTACTGCTCATGCTCTTATAATGATCTTCTTTTTCGTAATGCCTGTATTAATAGGTGGGTTTGGGAATTGATTAGTCCCCCTCTACATTGGGGCTCCAGATATGGCTTTTCCAAGACTTAACAATATAAGTTTTTGATTGTTACCTCCAGCCTTACTCTTGCTGTTAGGATCTTCCTTAATAGAGCAGGGAGCGGGTACTGGATGGACCATATATCCCCCTTTGAGCTCGATTCAGGCCCATTCTGGAGGTTCGGTGGATATGGCAATTTTCAGCCTTCATTTAGCAGGAGCTTCATCTATAATGGGAGCGATTAACTTCATTACCACCATATTGAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTTTATTTGTCTGGTCTGTTTTGGTAACGGCAGTGCTGTTACTTTTGTCTTTGCCTGTTTTAGCCGGAGCAATTACTATGCTGTTGACTGATAGGAATTTTAATACTTCGTTCTTCGATCCTGCAGGAGGAGGAGACCCTATTTTA
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCAGGGTCCATGTTAGGAGATGATCAATTATATAATGTTGTAGTCACCGCTCATGCTCTTATAATGATCTTCTTTTTCGTAATGCCTGTGTTAATAGGTGGGTTTGGGAATTGATTAGTTCCTCTTTATATTGGGGCTCCAGACATGGCTTTCCCAAGGCTTAACAATATAAGTTTTTGATTGTTACCTCCAGCCTTACTTTTACTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATACCCTCCTTTAAGCTCAATTCAAGCTCACTCTGGAGGCTCGGTGGATATGGCAATTTTTAGTCTCCATTTAGCAGGAGCTTCATCTATAATGGGAGCAATTAACTTTATTACTACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTCTATTTGTTTGATCTGTTTTAGTGACAGCGGTATTATTGCTTCTGTCCTTACCTGTTTTGGCTGGAGCAATTACTATGTTGTTAACTGATAGGAATTTCAACACTTCTTTCTTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCAGGGTCCATGTTAGGAGATGATCAATTATATAATGTTGTAGTCACCGCTCATGCTCTTATAATGATCTTCTTTTTCGTAATGCCTGTGTTAATAGGTGGGTTTGGGAATTGATTAGTTCCTCTTTATATTGGGGCTCCAGACATGGCTTTCCCAAGGCTTAACAATATAAGTTTTTGATTGTTACCTCCAGCCTTACTTTTACTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATACCCTCCTTTAAGCTCAATTCAAGCTCACTCTGGAGGCTCGGTGGATATGGCAATTTTTAGTCTCCATTTAGCAGGAGCTTCATCTATAATGGGAGCAATTAACTTTATTACTACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTCTATTTGTTTGATCTGTTTTAGTGACAGCGGTATTATTGCTTCTGTCCTTACCTGTTTTGGCTGGAGCAATTACTATGTTGTTAACTGATAGGAATTTCAACACTTCGTTCTTTGACCCTGCAGGAGNNNNNNNNNNNNNNNNN
ACTGCTTTCAGTATGATAATAAGATTAGAACTTTCAGGACCAGGGTCCATGTTAGGAGATGATCAATTATATAATGTTGTAGTCACCGCTCATGCTCTTATAATGATCTTCTTTTTCGTAATGCCTGTGTTAATAGGTGGGTTTGGGAATTGATTAGTTCCTCTTTATATTGGGGCTCCAGACATGGCTTTCCCAAGGCTTAACAATATAAGTTTTTGATTGTTACCTCCAGCCTTACTTTTACTATTAGGATCTTCTTTAATAGAGCAAGGAGCAGGTACTGGATGAACTATATACCCTCCTTTAAGCTCAATTCAAGCTCACTCTGGAGGCTCGGTGGATATGGCAATTTTTAGTCTCCATTTAGCAGGAGCTTCATCTATAATGGGAGCAATTAACTTTATTACTACTATATTAAATATGAGGGCTCCTGGAATGACTATGGACAGAATACCTCTATTTGTTTGATCTGTTTTAGTGACAGCGGTATTATTGCTTCTGTCCTTACCTGTTTTGGCTGGAGCAATTACTATGTTGTTAACTGATAGGAATTTCAACACTTCGTTCTTTGACCCTGCAGGAGGAGGAGNNNNNNNNNNN
Diagnostic Relevance Ranking
?Ranking of alignment positions based on discriminative power, query rank, and reference rank. Positions relevant for taxon diagnoses are listed first and their uniform state (query group) or predominant state (reference group) displayed next to their rank in brackets.
Position d-power q-rank r-rank Entropy Moving Avg.
219 1.00 (1, 'g') (1, 'a') 0.6806 0.3947
330 1.00 (1, 'g') (1, 'a') 1.5359 0.3172
366 1.00 (1, 'g') (1, 'a') 1.0053 0.3832
447 1.00 (1, 't') (2, 'c') 0.5941 0.2829
511 1.00 (1, 'a') (2, 'g') 0.0516 0.4883
585 1.00 (1, 'g') (2, 'a') 0.3907 0.4926
591 1.00 (1, 't') (2, 'c') 0.7025 0.5766
(57, 60) 1.00 (1, 'gt') (2, 'at') 1.5119 0.4814
(243, 246) 1.00 (1, 'ag') (2, 'aa') 0.8898 0.4694
(288, 291) 1.00 (1, 'gt') (2, 'at') 0.2683 0.3681
(318, 321) 1.00 (1, 'gt') (2, 'at') 0.9412 0.3749
(336, 339) 1.00 (1, 'ag') (2, 'aa') 1.0561 0.2738
(354, 357) 1.00 (1, 'tc') (2, 'tt') 0.6068 0.2859
480 1.00 (1, 'c') (3, 'a') 1.5455 0.4755
(162, 165) 1.00 (1, 'tc') (3, 'ta') 1.3517 0.4525
(165, 168) 1.00 (1, 'ct') (3, 'ac') 0.5336 0.4112
(492, 495) 1.00 (1, 'aa') (3, 'ag') 0.4017 0.5433
(507, 510) 1.00 (1, 'gc') (4, 'at') 0.6583 0.539
38 0.93 (1, 'g') (1, 'g') 0.2554 0.5306
39 0.93 (1, 'a') (1, 'a') 1.3279 0.5737
40 0.93 (1, 'c') (1, 'c') 0.2541 0.5735
41 0.93 (1, 'c') (1, 'c') 0.266 0.5502
43 0.93 (1, 'g') (1, 'g') 0.2529 0.5597
44 0.93 (1, 'g') (1, 'g') 0.2529 0.5054
46 0.93 (1, 't') (1, 't') 0.2517 0.5589
47 0.93 (1, 'c') (1, 'c') 0.2648 0.5269
48 0.93 (1, 'c') (1, 'c') 1.1191 0.5891
49 0.93 (1, 'a') (1, 'a') 0.2517 0.5833
50 0.93 (1, 't') (1, 't') 0.2517 0.5232
51 0.93 (1, 'g') (1, 'g') 0.2517 0.562
52 0.93 (1, 't') (1, 't') 1.0593 0.555
53 0.93 (1, 't') (1, 't') 0.2505 0.5065
54 0.93 (1, 'a') (1, 'a') 1.4505 0.5404
55 0.93 (1, 'g') (1, 'g') 0.132 0.5302
56 0.93 (1, 'g') (1, 'g') 0.1292 0.4744
58 0.93 (1, 'g') (1, 'g') 0.1399 0.5209
59 0.93 (1, 'a') (1, 'a') 0.1264 0.4666
61 0.93 (1, 'g') (1, 'g') 0.1264 0.4738
62 0.93 (1, 'a') (1, 'a') 0.1264 0.4629
63 0.93 (1, 't') (1, 't') 0.9303 0.4578
64 0.93 (1, 'c') (1, 'c') 0.0492 0.4475
65 0.93 (1, 'a') (1, 'a') 0.037 0.3766
66 0.93 (1, 'a') (1, 'a') 0.3904 0.421
67 0.93 (1, 't') (1, 't') 1.0546 0.4161
68 0.93 (1, 't') (1, 't') 0.0339 0.3423
69 0.93 (1, 'a') (1, 'a') 0.6128 0.3666
70 0.93 (1, 't') (1, 't') 0.0339 0.3625
71 0.93 (1, 'a') (1, 'a') 0.0339 0.3126
72 0.93 (1, 't') (1, 't') 0.958 0.335
73 0.93 (1, 'a') (1, 'a') 0.0446 0.3303
74 0.93 (1, 'a') (1, 'a') 0.0324 0.2855
75 0.93 (1, 't') (1, 't') 1.0188 0.3673
76 0.93 (1, 'g') (1, 'g') 0.0324 0.3677
77 0.93 (1, 't') (1, 't') 0.0355 0.3495
79 0.93 (1, 'g') (1, 'g') 0.0446 0.3515
80 0.93 (1, 't') (1, 't') 0.0324 0.3219
81 0.93 (1, 'a') (1, 'a') 0.5748 0.3992
82 0.93 (1, 'g') (1, 'g') 0.0324 0.3985
83 0.93 (1, 't') (1, 't') 0.0324 0.3516
85 0.93 (1, 'a') (1, 'a') 0.0446 0.3823
86 0.93 (1, 'c') (1, 'c') 0.0263 0.3324
88 0.93 (1, 'g') (1, 'g') 0.0202 0.3974
89 0.93 (1, 'c') (1, 'c') 0.0202 0.3677
91 0.93 (1, 'c') (1, 'c') 0.0202 0.4608
92 0.93 (1, 'a') (1, 'a') 0.0202 0.433
93 0.93 (1, 't') (1, 't') 0.6539 0.4448
94 0.93 (1, 'g') (1, 'g') 0.037 0.444
95 0.93 (1, 'c') (1, 'c') 0.0202 0.3606
97 0.93 (1, 'c') (1, 'c') 0.787 0.3588
98 0.93 (1, 't') (1, 't') 0.0308 0.3041
99 0.93 (1, 't') (1, 't') 1.5579 0.3488
100 0.93 (1, 'a') (1, 'a') 0.3804 0.3486
101 0.93 (1, 't') (1, 't') 0.0186 0.2705
102 0.93 (1, 'a') (1, 'a') 0.2688 0.2936
103 0.93 (1, 'a') (1, 'a') 0.0171 0.2934
104 0.93 (1, 't') (1, 't') 0.0171 0.2615
105 0.93 (1, 'g') (1, 'g') 0.0171 0.293
106 0.93 (1, 'a') (1, 'a') 0.0171 0.2927
107 0.93 (1, 't') (1, 't') 0.0171 0.2643
108 0.93 (1, 'c') (1, 'c') 0.9141 0.2725
109 0.93 (1, 't') (1, 't') 0.0171 0.2722
110 0.93 (1, 't') (1, 't') 0.0171 0.1949
111 0.93 (1, 'c') (1, 'c') 0.4817 0.2353
112 0.93 (1, 't') (1, 't') 0.0171 0.235
113 0.93 (1, 't') (1, 't') 0.0155 0.2222
115 0.93 (1, 't') (1, 't') 0.014 0.2217
116 0.93 (1, 't') (1, 't') 0.014 0.2214
117 0.93 (1, 'c') (1, 'c') 0.9507 0.2632
119 0.93 (1, 't') (1, 't') 0.0124 0.2181
120 0.93 (1, 'a') (1, 'a') 1.189 0.2894
121 0.93 (1, 'a') (1, 'a') 0.0124 0.3354
122 0.93 (1, 't') (1, 't') 0.0124 0.3117
123 0.93 (1, 'g') (1, 'g') 0.0124 0.3648
124 0.93 (1, 'c') (1, 'c') 0.0109 0.3644
125 0.93 (1, 'c') (1, 'c') 0.0109 0.3314
127 0.93 (1, 'g') (1, 'g') 0.0093 0.3441
128 0.93 (1, 't') (1, 't') 0.02 0.298
130 0.93 (1, 't') (1, 't') 0.938 0.3506
131 0.93 (1, 't') (1, 't') 0.0078 0.2914
132 0.93 (1, 'a') (1, 'a') 1.0776 0.3687
133 0.93 (1, 'a') (1, 'a') 0.0078 0.3683
134 0.93 (1, 't') (1, 't') 0.0078 0.3679
135 0.93 (1, 'a') (1, 'a') 0.2742 0.3792
136 0.93 (1, 'g') (1, 'g') 0.0078 0.3789
137 0.93 (1, 'g') (1, 'g') 0.0285 0.3364
139 0.93 (1, 'g') (1, 'g') 0.0047 0.3533
140 0.93 (1, 'g') (1, 'g') 0.0047 0.2815
141 0.93 (1, 'g') (1, 'g') 1.5585 0.2846
142 0.93 (1, 't') (1, 't') 0.0047 0.2845
143 0.93 (1, 't') (1, 't') 0.0047 0.2308
144 0.93 (1, 't') (1, 't') 0.237 0.28
145 0.93 (1, 'g') (1, 'g') 0.0047 0.3193
146 0.93 (1, 'g') (1, 'g') 0.0047 0.3058
148 0.93 (1, 'a') (1, 'a') 0.0047 0.3789
149 0.93 (1, 'a') (1, 'a') 0.0047 0.3249
150 0.93 (1, 't') (1, 't') 1.0013 0.3914
151 0.93 (1, 't') (1, 't') 0.0047 0.3914
152 0.93 (1, 'g') (1, 'g') 0.0047 0.3136
153 0.93 (1, 'a') (1, 'a') 0.9917 0.381
154 0.93 (1, 't') (1, 't') 0.7934 0.4308
155 0.93 (1, 't') (1, 't') 0.0047 0.4191
156 0.93 (1, 'a') (1, 'a') 1.3994 0.4455
157 0.93 (1, 'g') (1, 'g') 0.0978 0.449
158 0.93 (1, 't') (1, 't') 0.0047 0.435
160 0.93 (1, 'c') (1, 'c') 0.0047 0.4579
161 0.93 (1, 'c') (1, 'c') 0.0031 0.4079
163 0.93 (1, 'c') (1, 'c') 1.0004 0.4524
164 0.93 (1, 't') (1, 't') 0.0031 0.4029
166 0.93 (1, 't') (1, 't') 0.0749 0.4154
167 0.93 (1, 'a') (1, 'a') 0.0822 0.3495
169 0.93 (1, 'a') (1, 'a') 0.0016 0.3912
170 0.93 (1, 't') (1, 't') 0.0016 0.3245
171 0.93 (1, 't') (1, 't') 0.8976 0.3637
172 0.93 (1, 'g') (1, 'g') 0.0016 0.3642
173 0.93 (1, 'g') (1, 'g') 0.0016 0.2967
175 0.93 (1, 'g') (1, 'g') 0.0893 0.2605
176 0.93 (1, 'c') (1, 'c') 0.0806 0.2339
177 0.93 (1, 't') (1, 't') 0.9346 0.2303
178 0.93 (1, 'c') (1, 'c') 0.0016 0.2262
179 0.93 (1, 'c') (1, 'c') 0.0016 0.2032
180 0.93 (1, 'a') (1, 'a') 0.7892 0.2582
181 0.93 (1, 'g') (1, 'g') 0.0138 0.2582
182 0.93 (1, 'a') (1, 'a') 0.0016 0.2134
184 0.93 (1, 'a') (1, 'a') 0.0016 0.2621
185 0.93 (1, 't') (1, 't') 0.0016 0.2148
186 0.93 (1, 'g') (1, 'g') 0.0016 0.2402
187 0.93 (1, 'g') (1, 'g') 0.0016 0.2429
188 0.93 (1, 'c') (1, 'c') 0.0031 0.1963
190 0.93 (1, 't') (1, 't') 0.0016 0.2439
191 0.93 (1, 't') (1, 't') 0.0016 0.2052
193 0.93 (1, 'c') (1, 'c') 0.0016 0.2362
194 0.93 (1, 'c') (1, 'c') 0.0138 0.223
195 0.93 (1, 'a') (1, 'a') 0.5977 0.2569
196 0.93 (1, 'a') (1, 'a') 0.1339 0.2569
197 0.93 (1, 'g') (1, 'g') 0.0016 0.2569
199 0.93 (1, 'c') (1, 'c') 0.1339 0.286
200 0.93 (1, 't') (1, 't') 0.0138 0.2309
201 0.93 (1, 't') (1, 't') 0.6356 0.2939
202 0.93 (1, 'a') (1, 'a') 0.0016 0.2939
203 0.93 (1, 'a') (1, 'a') 0.0138 0.2452
205 0.93 (1, 'a') (1, 'a') 0.0016 0.2555
206 0.93 (1, 'a') (1, 'a') 0.0016 0.2256
208 0.93 (1, 'a') (1, 'a') 0.0016 0.2671
209 0.93 (1, 't') (1, 't') 0.0016 0.2261
210 0.93 (1, 'a') (1, 'a') 1.2625 0.2534
211 0.93 (1, 'a') (1, 'a') 0.0016 0.2823
212 0.93 (1, 'g') (1, 'g') 0.0016 0.2506
214 0.93 (1, 't') (1, 't') 0.0016 0.357
215 0.93 (1, 't') (1, 't') 0.0016 0.3232
216 0.93 (1, 't') (1, 't') 0.9639 0.353
217 0.93 (1, 't') (1, 't') 0.0016 0.353
218 0.93 (1, 'g') (1, 'g') 0.0016 0.3239
220 0.93 (1, 't') (1, 't') 0.5902 0.3947
221 0.93 (1, 't') (1, 't') 0.0016 0.3317
222 0.93 (1, 'g') (1, 'g') 1.154 0.3842
223 0.93 (1, 't') (1, 't') 0.9907 0.3842
224 0.93 (1, 't') (1, 't') 0.0016 0.3733
225 0.93 (1, 'a') (1, 'a') 0.5986 0.3896
226 0.93 (1, 'c') (1, 'c') 0.0016 0.4379
227 0.93 (1, 'c') (1, 'c') 0.0016 0.3898
228 0.93 (1, 't') (1, 't') 1.4179 0.4438
229 0.93 (1, 'c') (1, 'c') 0.0016 0.4936
230 0.93 (1, 'c') (1, 'c') 0.0016 0.4597
231 0.93 (1, 'a') (1, 'a') 1.0516 0.4947
232 0.93 (1, 'g') (1, 'g') 0.0016 0.5411
233 0.93 (1, 'c') (1, 'c') 0.0016 0.4835
234 0.93 (1, 'c') (1, 'c') 0.3274 0.4785
235 0.93 (1, 't') (1, 't') 0.9674 0.5274
236 0.93 (1, 't') (1, 't') 0.0016 0.4976
237 0.93 (1, 'a') (1, 'a') 1.0813 0.5181
238 0.93 (1, 'c') (1, 'c') 0.9992 0.5402
239 0.93 (1, 't') (1, 't') 0.0016 0.4694
241 0.93 (1, 't') (1, 't') 0.9306 0.4797
242 0.93 (1, 't') (1, 't') 0.0016 0.4272
245 0.93 (1, 't') (1, 't') 0.0016 0.4531
247 0.93 (1, 't') (1, 't') 0.4445 0.4297
248 0.93 (1, 't') (1, 't') 0.0016 0.3761
249 0.93 (1, 'a') (1, 'a') 0.2081 0.3965
250 0.93 (1, 'g') (1, 'g') 0.0016 0.4307
251 0.93 (1, 'g') (1, 'g') 0.0016 0.3662
252 0.93 (1, 'a') (1, 'a') 0.8439 0.3719
253 0.93 (1, 't') (1, 't') 0.0016 0.3719
254 0.93 (1, 'c') (1, 'c') 0.0016 0.3274
255 0.93 (1, 't') (1, 't') 0.4355 0.2929
256 0.93 (1, 't') (1, 't') 0.0658 0.294
257 0.93 (1, 'c') (1, 'c') 0.0093 0.2734
259 0.93 (1, 't') (1, 't') 0.6865 0.2809
260 0.93 (1, 't') (1, 't') 0.0 0.2705
261 0.93 (1, 'a') (1, 'a') 1.0449 0.3147
262 0.93 (1, 'a') (1, 'a') 0.0 0.3146
263 0.93 (1, 't') (1, 't') 0.0 0.2724
264 0.93 (1, 'a') (1, 'a') 0.2915 0.3141
265 0.93 (1, 'g') (1, 'g') 0.0223 0.314
266 0.93 (1, 'a') (1, 'a') 0.0 0.2923
267 0.93 (1, 'g') (1, 'g') 0.5972 0.2971
268 0.93 (1, 'c') (1, 'c') 0.0 0.2967
269 0.93 (1, 'a') (1, 'a') 0.0 0.2264
271 0.93 (1, 'g') (1, 'g') 0.0 0.2225
272 0.93 (1, 'g') (1, 'g') 0.0 0.1704
273 0.93 (1, 'a') (1, 'a') 0.8344 0.2237
274 0.93 (1, 'g') (1, 'g') 0.0 0.2238
275 0.93 (1, 'c') (1, 'c') 0.0016 0.2093
277 0.93 (1, 'g') (1, 'g') 0.0016 0.2713
278 0.93 (1, 'g') (1, 'g') 0.0016 0.2416
279 0.93 (1, 't') (1, 't') 0.6039 0.255
280 0.93 (1, 'a') (1, 'a') 0.0031 0.2551
281 0.93 (1, 'c') (1, 'c') 0.0031 0.211
282 0.93 (1, 't') (1, 't') 1.0661 0.2837
283 0.93 (1, 'g') (1, 'g') 0.0016 0.3232
284 0.93 (1, 'g') (1, 'g') 0.0031 0.2816
285 0.93 (1, 'a') (1, 'a') 1.2607 0.3256
286 0.93 (1, 't') (1, 't') 0.0016 0.3262
287 0.93 (1, 'g') (1, 'g') 0.0016 0.3182
289 0.93 (1, 'a') (1, 'a') 0.0031 0.3681
290 0.93 (1, 'c') (1, 'c') 0.0016 0.338
292 0.93 (1, 'a') (1, 'a') 0.7893 0.3913
293 0.93 (1, 't') (1, 't') 0.0031 0.3381
294 0.93 (1, 'a') (1, 'a') 0.8806 0.3947
295 0.93 (1, 't') (1, 't') 0.0138 0.4444
296 0.93 (1, 'a') (1, 'a') 0.0016 0.3814
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586 0.93 (1, 'g') (2, 'g') 0.3567 0.5046
587 0.93 (1, 'g') (2, 'g') 0.3299 0.496
588 0.93 (1, 'a') (2, 'a') 0.7642 0.5458
589 0.93 (1, 'g') (2, 'g') 0.3699 0.5816
590 0.93 (1, 'a') (2, 'a') 0.3748 0.554
592 0.93 (1, 'c') (2, 'c') 0.3787 0.5907
593 0.93 (1, 'c') (2, 'c') 0.3787 0.5653
595 0.93 (1, 'a') (2, 'a') 0.5413 0.5961
596 0.93 (1, 't') (2, 't') 0.3834 0.6098
597 0.93 (1, 't') (2, 't') 1.3117 0.6279
599 0.93 (1, 't') (2, 't') 0.4071 0.6414
78 0.93 (1, 't') (3, 'a') 0.625 0.3522
165 0.93 (1, 'c') (3, 'a') 0.5336 0.4112
372 0.93 (1, 'a') (3, 'g') 0.9953 0.3484
381 0.93 (1, 't') (3, 'c') 1.2625 0.3378
402 0.93 (1, 'c') (3, 'c') 0.5491 0.3581
408 0.93 (1, 'c') (3, 'c') 1.3113 0.3741
411 0.93 (1, 't') (3, 't') 1.1587 0.3588
417 0.93 (1, 'g') (3, 'a') 0.6537 0.3306
457 0.93 (1, 't') (3, 't') 0.9381 0.3702
459 0.93 (1, 'a') (3, 'g') 0.5532 0.3693
465 0.93 (1, 'c') (3, 't') 1.3778 0.3677
468 0.93 (1, 'g') (3, 'a') 0.7043 0.3742
477 0.93 (1, 'g') (3, 'a') 0.9587 0.3951
483 0.93 (1, 'a') (3, 'a') 1.3124 0.4819
486 0.93 (1, 'a') (3, 'a') 0.3069 0.4696
489 0.93 (1, 'a') (3, 'a') 1.6179 0.5103
490 0.93 (1, 't') (3, 't') 0.7033 0.5427
492 0.93 (1, 'a') (3, 'a') 0.4017 0.5433
493 0.93 (1, 't') (3, 'c') 0.6539 0.5435
495 0.93 (1, 'a') (3, 'g') 0.95 0.5356
499 0.93 (1, 't') (3, 't') 0.6589 0.5468
501 0.93 (1, 'g') (3, 'a') 1.5522 0.4943
504 0.93 (1, 't') (3, 't') 1.1501 0.5193
505 0.93 (1, 't') (3, 'c') 0.5625 0.5489
507 0.93 (1, 'g') (3, 'a') 0.6583 0.539
510 0.93 (1, 'c') (3, 't') 1.2517 0.4881
514 0.93 (1, 't') (3, 'c') 0.61 0.4787
516 0.93 (1, 'a') (3, 'a') 1.4272 0.4616
519 0.93 (1, 'c') (3, 't') 0.7831 0.4883
535 0.93 (1, 'c') (3, 't') 0.8591 0.6031
537 0.93 (1, 'g') (3, 'a') 1.5428 0.5999
540 0.93 (1, 'g') (3, 'a') 1.039 0.6107
549 0.93 (1, 'g') (3, 'a') 0.9508 0.5545
555 0.93 (1, 't') (3, 'c') 1.0275 0.51
558 0.93 (1, 't') (3, 't') 1.0591 0.4889
561 0.93 (1, 't') (3, 'g') 0.5968 0.4741
570 0.93 (1, 't') (3, 't') 0.5781 0.4553
573 0.93 (1, 't') (3, 't') 1.0013 0.4811
594 0.93 (1, 't') (3, 'c') 1.045 0.5799
598 0.93 (1, 't') (3, 'c') 1.0422 0.6508
600 0.93 (1, 'a') (3, 'g') 0.7609 0.666
393 0.93 (1, 'a') (4, 'c') 0.8692 0.2989
564 0.93 (1, 'g') (4, 'a') 0.947 0.4756