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: 7 Asymmetric: 0 Combined Asymmetric: 0 Noisy: 0
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 (22)
AAU816S_2019V24PIM1
AAU1216S_2019V22PIM1
AAU1616S_2019VI17MIL1
AAU716S_2019V23PIM12
Aure216SPtoPim13Abril2021
AAU1016S_2019V21PIM2
AAU916S_2019V21PIM1
AAU2516S_2019IV23STB1
AAU2216S_2019V11MEL3
AAU2116S_2019V11MEL2
AAU1816S_2019VI17MIL3
AAU316S_2019IV10PIM1
Aure316SAurelia4PtoPim13Abril2021
AAU1116S_2019V21PIM3
AAU616S2019IV10_PIM4
AAU1716S_2019VI17MIL2
AAU2016S2019V11MEL1
AAU1316S_2019VI03PIM3
Aure116SPtoPim13Abril2021
AAU116S_2019VI03PIM1
AAU416S_2019IV10PIM2
AAU2316S_2019V11MEL4
Reference Group (1)
MZ788655
Alignment
?Aligned sequences of the query and reference groups. Signature characters and noisy characters are color-coded (green: binary, orange: asymmetric, grey: noisy).
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GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCT-GGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATGTGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCCAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTGCATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACGAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCT-GGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTGAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AGATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACTGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAGTTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTGAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAGTTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCATTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAGTTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAGTTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTATATGAAAAGTTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TCCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAACTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACTGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGGGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAACTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACTGTGAAAAAAGTTACCGTAGGGATAACAGGG
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTCCTGTCTCTGGAGGAACTCCGGCGAATTTGAAATAGCAGTGAAGATGCTGCTAAATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTATACTAATATGACTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAATGTACCAGGGGAACTCTAAAGGCCACTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAACTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACTGTGAAAAAAGTTACCGTAGGGATAACAGGG
         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
GTAGCATAATCACTTGTCACTTAATTGGTGACTGGAATGAATGGCTAAACGAATCCTCTTCTGTCTCTGGGGGAACTCCGGCAAATTTGAAATAGCAGTGAAGATGCTACTACATAATTGTAAGACGAAAAGACCCTATCGAGCTTTACTGGAAGCTTGTACACTAATATGGCTATTAA--CGACAAAGCCTTTT---AAATTGCAAGCCTGACAGTTTGGTTGGGGCGACCACCCCTAAAAACGTACCAGGGGAACTCTAAAGGCCGCTATTACATGAAAAATTGCCTTACTGGAGACA--AACAAGTCAATCAGTTATAATTTATAGGACATATTGACCCGTTA-TTTAA-TTCACTATAAATAACGACCGTGAAAAAAGTTACCGTAGGGATAACAGGG
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.
60 1.00 (1, 'c') (1, 't') 1.4696 0.321
83 1.00 (1, 'g') (1, 'a') 0.9391 0.3487
109 1.00 (1, 'g') (1, 'a') 0.5019 0.2794
113 1.00 (1, 'a') (1, 'c') 0.2098 0.2871
162 1.00 (1, 't') (1, 'c') 1.3539 0.745
172 1.00 (1, 'a') (1, 'g') 1.3203 0.9853
244 1.00 (1, 't') (1, 'c') 1.5519 0.2148
1 0.91 (1, 'g') (1, 'g') 0.0 0.0006
2 0.91 (1, 't') (1, 't') 0.0 0.0066
3 0.91 (1, 'a') (1, 'a') 0.0 0.006
4 0.91 (1, 'g') (1, 'g') 0.0 0.0293
5 0.91 (1, 'c') (1, 'c') 0.0 0.0272
6 0.91 (1, 'a') (1, 'a') 0.0 0.0743
7 0.91 (1, 't') (1, 't') 0.0 0.0696
8 0.91 (1, 'a') (1, 'a') 0.0057 0.0655
9 0.91 (1, 'a') (1, 'a') 0.0 0.0619
10 0.91 (1, 't') (1, 't') 0.0 0.0648
11 0.91 (1, 'c') (1, 'c') 0.0666 0.0696
12 0.91 (1, 'a') (1, 'a') 0.0 0.073
14 0.91 (1, 't') (1, 't') 0.0 0.0788
15 0.91 (1, 't') (1, 't') 0.7329 0.0788
16 0.91 (1, 'g') (1, 'g') 0.0 0.0788
17 0.91 (1, 't') (1, 't') 0.0 0.0788
18 0.91 (1, 'c') (1, 'c') 0.0 0.1008
19 0.91 (1, 'a') (1, 'a') 0.1172 0.1038
20 0.91 (1, 'c') (1, 'c') 0.1618 0.1097
21 0.91 (1, 't') (1, 't') 0.0666 0.1097
22 0.91 (1, 't') (1, 't') 0.0 0.1064
23 0.91 (1, 'a') (1, 'a') 0.1172 0.1064
24 0.91 (1, 'a') (1, 'a') 0.0 0.0909
25 0.91 (1, 't') (1, 't') 0.0 0.1001
26 0.91 (1, 't') (1, 't') 0.0 0.0634
27 0.91 (1, 'g') (1, 'g') 0.4395 0.0634
28 0.91 (1, 'g') (1, 'g') 0.0666 0.0634
29 0.91 (1, 't') (1, 't') 0.1172 0.0634
30 0.91 (1, 'g') (1, 'g') 0.0 0.0576
31 0.91 (1, 'a') (1, 'a') 0.0 0.0495
32 0.91 (1, 'c') (1, 'c') 0.0 0.0462
33 0.91 (1, 't') (1, 't') 0.0 0.0495
34 0.91 (1, 'g') (1, 'g') 0.1826 0.0436
35 0.91 (1, 'g') (1, 'g') 0.0 0.0436
36 0.91 (1, 'a') (1, 'a') 0.0 0.0537
37 0.91 (1, 'a') (1, 'a') 0.0 0.0639
38 0.91 (1, 't') (1, 't') 0.0 0.059
39 0.91 (1, 'g') (1, 'g') 0.0 0.059
40 0.91 (1, 'a') (1, 'a') 0.0 0.0531
41 0.91 (1, 'a') (1, 'a') 0.0 0.0531
42 0.91 (1, 't') (1, 't') 0.0666 0.0531
43 0.91 (1, 'g') (1, 'g') 0.0 0.0531
44 0.91 (1, 'g') (1, 'g') 0.0 0.0531
45 0.91 (1, 'c') (1, 'c') 0.2025 0.0777
46 0.91 (1, 't') (1, 't') 0.2025 0.0888
47 0.91 (1, 'a') (1, 'a') 0.3414 0.1108
48 0.91 (1, 'a') (1, 'a') 0.0666 0.1463
49 0.91 (1, 'a') (1, 'a') 0.0 0.1619
50 0.91 (1, 'c') (1, 'c') 0.0 0.2137
51 0.91 (1, 'g') (1, 'g') 0.0 0.2871
52 0.91 (1, 'a') (1, 'a') 0.0 0.2871
53 0.91 (1, 'a') (1, 'a') 0.0 0.2838
54 0.91 (1, 't') (1, 't') 0.6754 0.2838
55 0.91 (1, 'c') (1, 'c') 0.2216 0.2838
56 0.91 (1, 'c') (1, 'c') 0.4395 0.2737
57 0.91 (1, 't') (1, 't') 0.7091 0.2636
58 0.91 (1, 'c') (1, 'c') 0.3139 0.2465
59 0.91 (1, 't') (1, 't') 1.0342 0.2797
61 0.91 (1, 'c') (1, 'c') 0.0 0.3518
62 0.91 (1, 't') (1, 't') 0.0 0.4068
63 0.91 (1, 'g') (1, 'g') 0.0 0.4582
64 0.91 (1, 't') (1, 't') 0.0 0.5056
65 0.91 (1, 'c') (1, 'c') 0.0 0.4737
66 0.91 (1, 't') (1, 't') 0.0 0.466
67 0.91 (1, 'c') (1, 'c') 0.0 0.4934
68 0.91 (1, 't') (1, 't') 0.731 0.5095
70 0.91 (1, 'g') (1, 'g') 0.616 0.4967
72 0.91 (1, 'g') (1, 'g') 1.0265 0.4318
73 0.91 (1, 'g') (1, 'g') 0.9488 0.4569
74 0.91 (1, 'a') (1, 'a') 0.0372 0.5038
75 0.91 (1, 'a') (1, 'a') 0.0666 0.5038
76 0.91 (1, 'c') (1, 'c') 0.9877 0.5038
77 0.91 (1, 't') (1, 't') 1.0322 0.5427
78 0.91 (1, 'c') (1, 'c') 0.0929 0.5427
79 0.91 (1, 'c') (1, 'c') 0.9997 0.5061
80 0.91 (1, 'g') (1, 'g') 0.1038 0.4707
81 0.91 (1, 'g') (1, 'g') 0.0666 0.4445
82 0.91 (1, 'c') (1, 'c') 0.5019 0.3895
84 0.91 (1, 'a') (1, 'a') 0.0 0.3071
85 0.91 (1, 'a') (1, 'a') 0.0 0.3492
86 0.91 (1, 't') (1, 't') 0.7767 0.3889
87 0.91 (1, 't') (1, 't') 0.0 0.3646
88 0.91 (1, 't') (1, 't') 0.0 0.313
89 0.91 (1, 'g') (1, 'g') 0.1172 0.3084
90 0.91 (1, 'a') (1, 'a') 0.0929 0.2584
91 0.91 (1, 'a') (1, 'a') 0.0 0.2532
92 0.91 (1, 'a') (1, 'a') 0.2098 0.2499
93 0.91 (1, 't') (1, 't') 0.1172 0.2359
94 0.91 (1, 'a') (1, 'a') 0.8792 0.1889
95 0.91 (1, 'g') (1, 'g') 0.8616 0.1889
96 0.91 (1, 'c') (1, 'c') 0.5019 0.1889
97 0.91 (1, 'a') (1, 'a') 0.0 0.1534
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