Cluster no. 64

Go back to cluster table

Cluster is part of supercluster: 37

Cluster characteristics:

size 17737
size_real 17737
ecount 445448
supercluster 37
annotations_summary 10.76% Class_I/LTR/Ty1_copia/Ivana:Ty1-RT
9.00% Class_I/LTR/Ty1_copia/Ivana:Ty1-INT
6.99% Class_I/LTR/Ty1_copia/Ivana:Ty1-RH
4.43% Class_I/LTR/Ty1_copia/Ivana:Ty1-GAG
3.77% Class_I/LTR/Ty1_copia/Ivana:Ty1-PROT
1.95% organelle/mitochondria
1.29% Class_I/LTR/Ty1_copia/Ale:Ty1-RT
0.74% Class_I/LTR/Ty1_copia/Tork:Ty1-INT
0.34% Class_I/LTR/Ty1_copia/SIRE:Ty1-RT
0.30% Class_I/LTR/Ty1_copia/Tork:Ty1-RT
0.16% Class_I/LTR/Ty1_copia/Bryco:Ty1-INT
0.13% Class_I/LTR/Ty1_copia/Ikeros:Ty1-RT
0.07% Class_I/LTR/Ty1_copia/Gymco-I:Ty1-RT
0.06% Class_I/LTR/Ty1_copia/Alesia:Ty1-INT
0.05% Class_I/LTR/Ty1_copia/Gymco-II:Ty1-INT
0.04% Class_I/LTR/Ty1_copia/Bryco:Ty1-RT
0.04% Class_I/LTR/Ty1_copia/Gymco-I:Ty1-INT
0.03% Class_I/LTR/Ty1_copia/TAR:Ty1-RT
0.02% Class_I/LTR/Ty1_copia/Tork:Ty1-RH
0.02% Class_I/LTR/Ty1_copia/Alesia:Ty1-RT
0.02% Class_I/LTR/Ty1_copia/Gymco-II:Ty1-RT
0.01% Class_I/LTR/Ty1_copia/SIRE:Ty1-PROT
0.01% Class_I/LTR/Ty1_copia/SIRE:Ty1-INT
0.01% Class_I/LTR/Ty1_copia/Ale:Ty1-RH
0.01% Class_I/LTR/Ty1_copia/SIRE:Ty1-GAG
0.01% Class_I/LTR/Ty1_copia/Ale:Ty1-INT
0.01% 45S_rDNA/25S_rDNA
0.01% Class_I/LTR/Ty1_copia/Angela:Ty1-INT
pair_completeness 0.824418843859288
pbs_score 4.7095716
TR_score 0.39279012345679004
TR_monomer_length 5121.0
loop_index 0.83649997181034
satellite_probability 0.061137714827545
consensus 
TGTTCATTGTTGCAGTTGGAATTAAATTCCAACACTCCCCCTTAATTTCAACTGCTGGGTTATCAGTCATACCCAGACAT
TTCCTCAAAAATTCAAAACTTTTCTGATCCAATGGCTTTGTCAAGATGTCTGCAACCTGTTCTTGAGTCCTGCAATGTTC
TAAAACAATTTCTCCATTGTTCACCAATTCTCTGATGTAGTGAAACCTTGTGTCAATGTGTTTCGTTCTCTTATGAAACA
CTGAATTCTTTGACAATGCAATAGCTGAGCTATTGTCACAAAAAATCACTGTTGCTTTTGCCTGCTCTTGGCCTAAGCTC
CTCAACATTCTTCTCATCCAAACTGCTTGACATGCTGCTGCTGTAGCTGCCACATATTCTGCCTCTGCTGTAGACAATGC
TACAATGGACTGCTTCTTAGAAGCCCATGAAATGGCTCCTGAACCCATGTGAAAAACATAACCGGAAGTGCTTTTCCGAT
CATCTACACTTCCAGCCCAATCACTATCAGTGTATCCAACCAAATCTGAACGTTCTGAGGCAGTATATAAAATGCCAAAC
CTTTTGGTACCTTTGACATACCTCAGAATTCTCTTTGCTGCCTGCCAATGTGCCTCTTTTGGCCTCTCCATGAATCTGGA
AATTAAACTAACAGCATACATTATATCAGGCCTAGTTGCAGTTAAATACATAAGGCTGCCAACTATGCTCTTGTACAATC
TAGGATCAAAATCCTTGCTGCTGTCCTCTTTGCTGAGTTTTAATCCCATTACTGTGGGAGTGATTGCTGCCTTGCATTCT
TGCATGTTAAATCTGCCCAACACTTCATTTACATATTTTGCTTGAGAGATAAAAATTCCATTTTCATTTTGATCTACTTC
TATTCCTAAGAAGTATCTCAACAAACCCATGTCAGTCATTTCAAATTCATCTTTCATGACTGATTTAAAATTCTCAATGA
GATAATCATCATTACCTGTGAAAATAACATCATCAACATATAAGACAACAATTAAAATTTTACCATCCTTTTCTTTGATG
TAGACTGTGGGTTCTCCCTCACACTTGTCAAATCCATTCTCCAATAGATAGGAATCTATCCTACTGTACCATGCTCTTGG
CGCTTGCTTCAGCCCATAAAGAGCTTTCTTCAATTTGCACACTTTGTGCTCTTGGCCTTTCTTCTCATAGCCTAGAGGTT
GTTCAACATAAACCTCTTCCATTAACACTCCATTTAGGAATGCTGACTTCACATCCATTTGGTAAACTTTCCATTTGTTT
TGTGCTGCTATGGACAACACTGCTCTCACGGTTTCCATTCTTGCAACCGGTGCGAAAGTCTCCTCATAATCTCTCCCATA
CTGCTGCTTGTATCCTTTGACAACCAGCCTTGCCTTGTGCCTTTCTATCTTGCCTTCAGCATTGCTCTTGGTCTTGTAGA
CCCATTTAACTCCAATGACTTCTTTGCCTTTTGGTAGCTCAACCAAATCCCATGTTTTGTTTCTCTCTATGGCATTCATC
TCCTCATCCATAGCTTCTATCCATTTCTTATCTTTAATTGCATCTTCGAAATGAATAGGGTCATCAACATGACAATACAA
AGCAAATAAGGAATTCATTCCTTCATCATAAATGTCACTTAGATTTCTAAACTTCTTACCTCTTTCATTTGGTGTGCAAG
TGCTTGAAGATGCACTTGAATTTCCTCCTTGTGGTGTGCTTGGAGAAGCACTTTCATTTCTCCTCAAGGGTGTCCCTTGC
TGTCCTTGTGTTGGTGCTGCTGTTTGGGGATGTATTTCAGCCATCTCCTCATCATCTTCATCATGAGACAAACAGTTTTT
AACATTCACTGTTTTCTCTATGCTTCCATCCCAAGCTTCCTCTTCAATGAACTGAACATCTCTGCTGACAAAAAACTTCT
TGGTGGATGGATTATACAGCCTGTATGCTTTGGATTCATCACTGTATCCAATGAAAATACATTTCTCCCCTTTGCTGTCC
AACTTCCTCCTTAGCTGATCTGGAATGTGTGCATAGGCCACACATCCAAAAACTCTCATGTGGGTGACTCCTTGCTTTCT
CCCACTCCATGCTTCTTCTGGCACTTTGTTCATGACTGCTTTTGTAGGACACCTATTCAAAATATAAACTGCACAATGTA
CAGCTTCAGCCCAATAATCATTTGGCAAATGCTTTGCCTTCAACATACTCCTCGCCATATCCATGATGGTCCTATTCTTC
CTTTCAGCAACTCCATTTTGCTGTGGGGTGTACCTAGCTGTAAACTGCTTATGAATTCCATTTTCTCTACAAAAACGTAG
GAATTCCTTGGAGATATACTCACCTCCTCTATCAGTTCTCAAAACTTTGATATGCAGCCCGCTTTGGTTTTCCACAAGTG
CTTTGAAATTTCGGAATTTCTCAAACACTTCACTTTTGTTTTTCAGGAAATATACCCAAGTCTTTCTTGTAAAATCATCA
ATGAATGTTAAAAAATATTGGCTGCCTGCAAATGATGGAGTTTGCATTGGTCCACATAAATCTGAGTGGACAATCTCTAA
GGGTGCCTTTGCCCTTATGCTTTTCCCTGATGGAAAACTTTCTCTATGTTGTTTGCCCAAGATACAACCTTCACAAAGGC
TGTCCGGTTTCTCTATCAATGGTAATCCTCTTACCATTCCTTTTCTGCTCAACAAGTTAAGACCTCCAAAATTGAGATGT
CCAAATCTCAAGTGCCACAACCAATTTTCATCCTTTGGCACGCTTTGGAAAGCCTCTTGGGTGACTGCTGCAATTTCTTC
TTTGTTTTTCAAATCTGCCCTTATTCTGAGAGGGAACATCCTGTTCCTTGTCATCTTCACTTCAGCAATGCATCTTTTGC
TGGGTGCTATATCCATGATGGTGCATACATCATTTTCAAAGAAAACATTGTAACCCTTTTGAACAAGCTGTCCAATACTC
AAGAGGTTACATCTCATTCCAGGAACATAATAGACATCTGCTATGGTTTTCTTTTCTCCTTGCTTTGTAAATATTTTTAC
TTCTCCTTTTCCCATAACAGAAACTTTACTATCAGTTCCTAGTGTGACTTCTGATTTCACATTCTGATCTAAGGCAGAAA
AGAGGGCTATGTTTCCTGTCATATGGTTGCTGCAACCTGAGTCTAAAAACCATATGTCTTCACTATGTGTTTCAGCCATG
TTACAAGCTAACAAGACATTATCTTGACTGATGTTTTCTCTAGTGACATTTGCATTTTGTCTATTATTCATATCATGCTG
CTTCTTCCTACATTCACTTGCATAATGCCCATATTTTTTACAATAATAACATTGGACATTGGATTTTTCATACCTTTGTC
CTTGAGCATGATGTTGTCCTCTTTGTTGGCTGCTGCCTTGGCCTTGGTTCTGATTTGGATTGCTGCCTCTTCCTTGAGCA
TTTGCTGGACTGTTCCTTCCACCTCTGTTTTGGCTTCTGCCTCTTCCTCTCTTGTTTCCTCTGCCTTGACCTCTTCCTCT
TCCAAAGGACATCTGGGTCTTGAAGGCTTGCTCAAGAGATGAGTTTTCATTTCTACTCAACCTCTGCTCATGTGTTATCA
GTGATGCATGTAGCTCATCAACTGAAAAGTTTGAGAGATCCTTTGTCTCTTCTATGGTGGTGACAATCACATCAAACCTT
GAGGGTAAGACCCTCAATATTTTCTCCACAATCCTCCTTTCTTCAAGAATTTCTCCATGAGATCTTATTTGTGTGACCAG
ACCAATCACATGAGTGAAGAATGAGTCAATATTATCTGACTCCTTCATGCTCAGATTCTCAAAATCTTTCCTCAGCAACT
GTAGTTTTGCTGTCTTCACTTTCTCCATGCCTTGATAGGCTGTCTTGAGAGTTTGCCATGCTTCTTTGGATGTCTTAGCT
GCTGCTATCCTTGGAAACACACTCTCATGCACTGCTTGATACAAAAATAAAAGGGCTTTTGAATCCTTCTTCTTATTGCT
CTTCAACAGATCTTTCTCTCCCTGAGTTAATGCATTAAACTCATTTTCATCTGCTGGTTCTTCAAAACCATCTTCAACTA
TTTCCCATAAATCTTGAGAGGCAAACAAGGCTCTCATAGTTATTGCCCAATAGTCATAGTTTTTCCCATTAAACTGTGGG
AGCTGGGTATTAAACATACCCATACCAGTGCTTGTGCTGGCCATTCCTTGACTGTGTATTTAAAACAAATCACTGCTTCT
TCAGCAACACAAAAAAAACTTTTGAAATACCTGAATCCTTTGATGTCTGAGTCTTCTGTCTGCCTGAGAAGTTTTGCTGC
AGCAACAACCTTCTCCCTTCAGCTTCTTGAACACCTTCAAGAGCCTAAGCCTGCTCTGATACCACTGTTGGGTATTTTTC
TGGTAAAATCCCAAAAACACAAGATTCAAACTAAACACAGAGGCAATGCTCTGTTTTACCTCCACAGGATCTTTTTGTGC
ACAGGAAGACTTAAAAAAAAAATTCACTGAGAAACAGAGTATTTCACCACCATAAAAACATTTCTATTCATTAAAACAAA
ATGTCTGATACAAACTTCATCCTCTTTCACTCAGAGGGATTTACCAAAAACAAATACTCTGCCTCTTTTACAAATGATTT
TTACACTGCTGTGTAAAATCTCCATTCACATTTACTGGTGTAAAACACTTTTACATGCTGTTTGTAAAAACAAAAACTTA
CAGAGTTACAAAACTCGCTCAACCATTTCCTTTGTGCACTGCTGTGCATTTCACTGTTCTGAAATTATTCTTCTTCCTCA
CGCTGCTGCGTGCTCTCCTCTGCTCTGTGTGATTCTTCAGCTGCTGCTGCCTCTTCTACTAACATTAAAACAGAACTGCT
GTGCGGTATTTATATGCTGAAAGATATCTGATTAAAACAATAAAATATTACAAAATATCTTCTAATGTTTATCTCAGAAT
TTATTGCAGCAAGGCGGTGATGCCTTTATCAAAAACAAGTCGGCTGTCTGCAGGGGAAATCAACTCAAACTTTAATGCAT
ATTAATGTCCAGAAATATCAAAGGCGACTTGGCTGCACCGAACACCTTTAACATTTACTGCAAATCAGATTCCTGTGCAG
C

  

  

    TAREAN_annotation
    Putative LTR element
  

  

    orientation_score
    1
  

 


 
 protein domains:



protein domains:


  





 
 Reads annotation summary










	

	 
	
 
		   
		cl_string  
		domain  
		Freq  
		proportion 
	
 

 
25S_rDNA 

25S_rDNA



   1

5.6e-05


 

 
mitochondria 

mitochondria



 346

2.0e-02


 

 
Ivana Ty1-GAG

Ivana

Ty1-GAG

 786

4.4e-02


 

 
SIRE Ty1-GAG

SIRE

Ty1-GAG

   1

5.6e-05


 

 
Ale Ty1-INT

Ale

Ty1-INT

   1

5.6e-05


 

 
Alesia Ty1-INT

Alesia

Ty1-INT

  11

6.2e-04


 

 
Angela Ty1-INT

Angela

Ty1-INT

   1

5.6e-05


 

 
Bryco Ty1-INT

Bryco

Ty1-INT

  29

1.6e-03


 

 
Gymco-I Ty1-INT

Gymco-I

Ty1-INT

   7

3.9e-04


 

 
Gymco-II Ty1-INT

Gymco-II

Ty1-INT

   8

4.5e-04


 

 
Ivana Ty1-INT

Ivana

Ty1-INT

1597

9.0e-02


 

 
SIRE Ty1-INT

SIRE

Ty1-INT

   2

1.1e-04


 

 
Tork Ty1-INT

Tork

Ty1-INT

 131

7.4e-03


 

 
Ivana Ty1-PROT

Ivana

Ty1-PROT

 668

3.8e-02


 

 
SIRE Ty1-PROT

SIRE

Ty1-PROT

   2

1.1e-04


 

 
Ale Ty1-RH

Ale

Ty1-RH

   2

1.1e-04


 

 
Ivana Ty1-RH

Ivana

Ty1-RH

1239

7.0e-02


 

 
Tork Ty1-RH

Tork

Ty1-RH

   4

2.3e-04


 

 
Ale Ty1-RT

Ale

Ty1-RT

 229

1.3e-02


 

 
Alesia Ty1-RT

Alesia

Ty1-RT

   3

1.7e-04


 

 
Bryco Ty1-RT

Bryco

Ty1-RT

   7

3.9e-04


 

 
Gymco-I Ty1-RT

Gymco-I

Ty1-RT

  12

6.8e-04


 

 
Gymco-II Ty1-RT

Gymco-II

Ty1-RT

   3

1.7e-04


 

 
Ikeros Ty1-RT

Ikeros

Ty1-RT

  23

1.3e-03


 

 
Ivana Ty1-RT

Ivana

Ty1-RT

1909

1.1e-01


 

 
SIRE Ty1-RT

SIRE

Ty1-RT

  60

3.4e-03


 

 
TAR Ty1-RT

TAR

Ty1-RT

   5

2.8e-04


 

 
Tork Ty1-RT

Tork

Ty1-RT

  54

3.0e-03


 
	


 

 


 
 clusters with similarity:



  

    
      



 

    Cluster
    Number of similarity hits
  

      

   		
 

 

   
     

       



  

    25
    60
  

  

    159
    57
  

  

    51
    14
  

  

    119
    3
  

  

    226
    2
  

  

    17
    1
  

  

    241
    1
  

  

    406
    1
  

       

     

  		
 




 
 clusters connected through mates:



  

    
      




 

    Cluster
    Number of shared
 read pairs		
    k
  

      

   		
 

 

   
     

       




  

    159
    77
    0.047
  

  

    406
    27
    0.0294
  

  

    635
    18
    0.0206
  

  

    1430
    13
    0.015
  

  

    14
    9
    0.00219
  

  

    2390
    8
    0.00927
  

  

    33
    7
    0.0033
  

  

    1770
    7
    0.00811
  

  

    1
    6
    0.0014
  

  

    17
    6
    0.000923
  

  

    6190
    6
    0.007
  

  

    3
    5
    0.00114
  

  

    6
    5
    0.0011
  

  

    27
    5
    0.00235
  

  

    92
    5
    0.00345
  

  

    11
    4
    0.00093
  

  

    13
    4
    0.00177
  

  

    22
    4
    0.00115
  

  

    23
    4
    0.00128
  

  

    30
    4
    0.000915
  

  

    36
    4
    0.0017
  

  

    48
    4
    0.001
  

  

    66
    4
    0.00112
  

  

    93
    4
    0.0025
  

  

    98
    4
    0.00233
  

  

    134
    4
    0.00192
  

  

    166
    4
    0.00264
  

  

    4
    3
    0.000717
  

  

    5
    3
    0.00126
  

  

    7
    3
    0.000569
  

  

    8
    3
    0.00125
  

  

    15
    3
    0.000952
  

  

    20
    3
    0.000715
  

  

    38
    3
    0.00149
  

  

    40
    3
    0.000694
  

  

    43
    3
    0.00089
  

  

    47
    3
    0.000919
  

  

    57
    3
    0.00162
  

  

    59
    3
    0.00157
  

  

    118
    3
    0.00184
  

  

    182
    3
    0.00185
  

  

    245
    3
    0.00207
  

  

    6850
    3
    0.00349
  

  

    9120
    3
    0.0035
  

  

    9730
    3
    0.0035
  

  

    13300
    3
    0.00351
  

  

    19600
    3
    0.00351
  

  

    27700
    3
    0.00351
  

  

    27900
    3
    0.00351
  

  

    31500
    3
    0.00351
  

  

    31500
    3
    0.00351
  

  

    57400
    3
    0.00351
  

  

    65600
    3
    0.00351
  

  

    72900
    3
    0.00351
  

  

    75700
    3
    0.00351
  

  

    9
    2
    0.000586
  

  

    24
    2
    0.000522
  

  

    34
    2
    0.000635
  

  

    37
    2
    0.000516
  

  

    45
    2
    0.000582
  

  

    49
    2
    0.000802
  

  

    50
    2
    0.000822
  

  

    51
    2
    0.000549
  

  

    58
    2
    0.00121
  

  

    67
    2
    0.00068
  

  

    74
    2
    0.000884
  

  

    82
    2
    0.00111
  

  

    85
    2
    0.000933
  

  

    88
    2
    0.000644
  

  

    91
    2
    0.00133
  

  

    95
    2
    0.00112
  

  

    103
    2
    0.000714
  

  

    109
    2
    0.00131
  

  

    114
    2
    0.00136
  

  

    164
    2
    0.00188
  

  

    172
    2
    0.001
  

  

    176
    2
    0.0015
  

  

    186
    2
    0.000951
  

  

    191
    2
    0.00113
  

  

    194
    2
    0.00194
  

  

    198
    2
    0.00159
  

  

    942
    2
    0.00232
  

  

    3410
    2
    0.00233
  

  

    8310
    2
    0.00234
  

  

    9190
    2
    0.00234
  

  

    9450
    2
    0.00234
  

  

    11700
    2
    0.00234
  

  

    14000
    2
    0.00234
  

  

    16600
    2
    0.00234
  

  

    18500
    2
    0.00234
  

  

    20300
    2
    0.00234
  

  

    22200
    2
    0.00234
  

  

    23600
    2
    0.00234
  

  

    25800
    2
    0.00234
  

  

    26400
    2
    0.00234
  

  

    28900
    2
    0.00234
  

  

    29000
    2
    0.00234
  

  

    30700
    2
    0.00234
  

  

    32300
    2
    0.00234
  

  

    33000
    2
    0.00234
  

  

    41500
    2
    0.00234
  

  

    44100
    2
    0.00234
  

  

    44500
    2
    0.00234
  

  

    46900
    2
    0.00234
  

  

    50700
    2
    0.00234
  

  

    52800
    2
    0.00234
  

  

    56300
    2
    0.00234
  

  

    61700
    2
    0.00234
  

  

    64900
    2
    0.00234
  

  

    74800
    2
    0.00234
  

  

    79300
    2
    0.00234
  

  

    81000
    2
    0.00234
  

  

    83300
    2
    0.00234
  

  

    104000
    2
    0.00234
  

  

    136000
    2
    0.00234
  

  

    149000
    2
    0.00234
  

  

    157000
    2
    0.00234
  

  

    158000
    2
    0.00234
  

  

    172000
    2
    0.00234
  

  

    182000
    2
    0.00234
  

  

    193000
    2
    0.00234
  

  

    204000
    2
    0.00234
  

  

    207000
    2
    0.00234
  

  

    223000
    2
    0.00234
  

  

    251000
    2
    0.00234
  

  

    253000
    2
    0.00234
  

  

    271000
    2
    0.00234
  

  

    280000
    2
    0.00234
  

  

    298000
    2
    0.00234
  

  

    304000
    2
    0.00234
  

  

    314000
    2
    0.00234
  

  

    2
    1
    0.000159
  

  

    10
    1
    0.000459
  

  

    18
    1
    0.000382
  

  

    19
    1
    0.000374
  

  

    25
    1
    0.000381
  

  

    26
    1
    0.00035
  

  

    28
    1
    0.000448
  

  

    29
    1
    0.000385
  

  

    31
    1
    0.000174
  

  

    32
    1
    0.000439
  

  

    35
    1
    0.00025
  

  

    39
    1
    0.000445
  

  

    41
    1
    0.000268
  

  

    44
    1
    0.000265
  

  

    46
    1
    0.000422
  

  

    52
    1
    0.00038
  

  

    60
    1
    0.00053
  

  

    63
    1
    0.000266
  

  

    65
    1
    0.000476
  

  

    68
    1
    0.000443
  

  

    69
    1
    0.000534
  

  

    71
    1
    0.000328
  

  

    72
    1
    0.00048
  

  

    73
    1
    0.000598
  

  

    78
    1
    0.000303
  

  

    80
    1
    0.000463
  

  

    84
    1
    0.000423
  

  

    87
    1
    0.00047
  

  

    90
    1
    0.000313
  

  

    96
    1
    0.000549
  

  

    97
    1
    0.000421
  

  

    99
    1
    0.000662
  

  

    100
    1
    0.000566
  

  

    101
    1
    0.000429
  

  

    102
    1
    0.000319
  

  

    105
    1
    0.000441
  

  

    106
    1
    0.000451
  

  

    110
    1
    0.000588
  

  

    115
    1
    0.00039
  

  

    117
    1
    5e-04
  

  

    119
    1
    0.000724
  

  

    120
    1
    0.000473
  

  

    122
    1
    0.00049
  

  

    123
    1
    0.000539
  

  

    126
    1
    0.00051
  

  

    130
    1
    0.000351
  

  

    131
    1
    9e-04
  

  

    132
    1
    0.000631
  

  

    133
    1
    0.000282
  

  

    135
    1
    0.000557
  

  

    137
    1
    0.000564
  

  

    139
    1
    0.000519
  

  

    143
    1
    0.000496
  

  

    144
    1
    0.000743
  

  

    145
    1
    0.000448
  

  

    148
    1
    0.000533
  

  

    149
    1
    0.00066
  

  

    150
    1
    0.000552
  

  

    152
    1
    0.00039
  

  

    153
    1
    0.000471
  

  

    154
    1
    0.00072
  

  

    155
    1
    0.000636
  

  

    157
    1
    0.000621
  

  

    158
    1
    0.000559
  

  

    162
    1
    0.000499
  

  

    163
    1
    0.000474
  

  

    169
    1
    0.000638
  

  

    170
    1
    0.000525
  

  

    171
    1
    0.000595
  

  

    173
    1
    0.00075
  

  

    179
    1
    0.000693
  

  

    180
    1
    0.000798
  

  

    181
    1
    0.00063
  

  

    183
    1
    0.000621
  

  

    184
    1
    0.000798
  

  

    187
    1
    0.00068
  

  

    189
    1
    0.000556
  

  

    192
    1
    0.00104
  

  

    210
    1
    0.000998
  

  

    211
    1
    0.000738
  

  

    213
    1
    0.000521
  

  

    216
    1
    0.000891
  

  

    217
    1
    0.000736
  

  

    227
    1
    0.000867
  

  

    229
    1
    0.000684
  

  

    230
    1
    0.000991
  

  

    237
    1
    0.000857
  

  

    238
    1
    0.000881
  

  

    244
    1
    0.00104
  

  

    253
    1
    0.000815
  

  

    255
    1
    0.000775
  

  

    256
    1
    0.000917
  

  

    261
    1
    0.00111
  

  

    267
    1
    0.000816
  

  

    273
    1
    0.00078
  

  

    275
    1
    0.00109
  

  

    287
    1
    0.00107
  

  

    289
    1
    0.00105
  

  

    291
    1
    0.000969
  

  

    302
    1
    0.00104
  

  

    320
    1
    0.00112
  

  

    322
    1
    0.00108
  

  

    331
    1
    0.00103
  

  

    358
    1
    0.00111
  

  

    362
    1
    0.00109
  

  

    363
    1
    0.00113
  

  

    390
    1
    0.00111
  

  

    414
    1
    0.00112
  

  

    449
    1
    0.00112
  

  

    488
    1
    0.00114
  

  

    688
    1
    0.00112
  

  

    775
    1
    0.00114
  

  

    1150
    1
    0.00116
  

  

    1250
    1
    0.00115
  

  

    1320
    1
    0.00116
  

  

    1420
    1
    0.00117
  

  

    1420
    1
    0.00116
  

  

    1870
    1
    0.00117
  

  

    1960
    1
    0.00116
  

  

    2430
    1
    0.00116
  

  

    2540
    1
    0.00116
  

  

    2680
    1
    0.00116
  

  

    2830
    1
    0.00116
  

  

    3250
    1
    0.00116
  

  

    3880
    1
    0.00116
  

  

    4030
    1
    0.00116
  

  

    5020
    1
    0.00117
  

  

    6200
    1
    0.00117
  

  

    6360
    1
    0.00117
  

  

    7600
    1
    0.00116
  

  

    7870
    1
    0.00117
  

  

    8900
    1
    0.00117
  

  

    12300
    1
    0.00117
  

  

    12500
    1
    0.00117
  

  

    12900
    1
    0.00117
  

  

    13000
    1
    0.00117
  

  

    13900
    1
    0.00117
  

  

    14100
    1
    0.00117
  

  

    14600
    1
    0.00117
  

  

    15500
    1
    0.00117
  

  

    15800
    1
    0.00117
  

  

    16000
    1
    0.00117
  

  

    16000
    1
    0.00117
  

  

    17900
    1
    0.00117
  

  

    18500
    1
    0.00117
  

  

    18800
    1
    0.00117
  

  

    19100
    1
    0.00117
  

  

    19200
    1
    0.00117
  

  

    19900
    1
    0.00117
  

  

    20700
    1
    0.00117
  

  

    21400
    1
    0.00117
  

  

    21700
    1
    0.00117
  

  

    22900
    1
    0.00117
  

  

    23000
    1
    0.00117
  

  

    23200
    1
    0.00117
  

  

    23400
    1
    0.00117
  

  

    23900
    1
    0.00117
  

  

    25300
    1
    0.00117
  

  

    26000
    1
    0.00117
  

  

    27400
    1
    0.00117
  

  

    28200
    1
    0.00117
  

  

    29700
    1
    0.00117
  

  

    30600
    1
    0.00117
  

  

    31400
    1
    0.00117
  

  

    33300
    1
    0.00117
  

  

    34700
    1
    0.00117
  

  

    35500
    1
    0.00117
  

  

    35700
    1
    0.00117
  

  

    35800
    1
    0.00117
  

  

    36100
    1
    0.00117
  

  

    38400
    1
    0.00117
  

  

    40400
    1
    0.00117
  

  

    42100
    1
    0.00117
  

  

    44900
    1
    0.00117
  

  

    45700
    1
    0.00117
  

  

    45800
    1
    0.00117
  

  

    47000
    1
    0.00117
  

  

    48300
    1
    0.00117
  

  

    48800
    1
    0.00117
  

  

    49800
    1
    0.00117
  

  

    51600
    1
    0.00117
  

  

    52700
    1
    0.00117
  

  

    52900
    1
    0.00117
  

  

    54000
    1
    0.00117
  

  

    54900
    1
    0.00117
  

  

    55400
    1
    0.00117
  

  

    55600
    1
    0.00117
  

  

    55900
    1
    0.00117
  

  

    57500
    1
    0.00117
  

  

    58000
    1
    0.00117
  

  

    60700
    1
    0.00117
  

  

    60800
    1
    0.00117
  

  

    61000
    1
    0.00117
  

  

    61300
    1
    0.00117
  

  

    63400
    1
    0.00117
  

  

    63800
    1
    0.00117
  

  

    64100
    1
    0.00117
  

  

    65900
    1
    0.00117
  

  

    66200
    1
    0.00117
  

  

    67300
    1
    0.00117
  

  

    67300
    1
    0.00117
  

  

    68000
    1
    0.00117
  

  

    68800
    1
    0.00117
  

  

    68800
    1
    0.00117
  

  

    69500
    1
    0.00117
  

  

    70800
    1
    0.00117
  

  

    71300
    1
    0.00117
  

  

    74100
    1
    0.00117
  

  

    75100
    1
    0.00117
  

  

    76700
    1
    0.00117
  

  

    77000
    1
    0.00117
  

  

    78500
    1
    0.00117
  

  

    78700
    1
    0.00117
  

  

    80600
    1
    0.00117
  

  

    81500
    1
    0.00117
  

  

    81800
    1
    0.00117
  

  

    84700
    1
    0.00117
  

  

    84800
    1
    0.00117
  

  

    87900
    1
    0.00117
  

  

    88500
    1
    0.00117
  

  

    98400
    1
    0.00117
  

  

    1e+05
    1
    0.00117
  

  

    101000
    1
    0.00117
  

  

    102000
    1
    0.00117
  

  

    109000
    1
    0.00117
  

  

    109000
    1
    0.00117
  

  

    111000
    1
    0.00117
  

  

    113000
    1
    0.00117
  

  

    113000
    1
    0.00117
  

  

    114000
    1
    0.00117
  

  

    115000
    1
    0.00117
  

  

    122000
    1
    0.00117
  

  

    124000
    1
    0.00117
  

  

    125000
    1
    0.00117
  

  

    126000
    1
    0.00117
  

  

    128000
    1
    0.00117
  

  

    129000
    1
    0.00117
  

  

    135000
    1
    0.00117
  

  

    139000
    1
    0.00117
  

  

    139000
    1
    0.00117
  

  

    143000
    1
    0.00117
  

  

    145000
    1
    0.00117
  

  

    147000
    1
    0.00117
  

  

    147000
    1
    0.00117
  

  

    149000
    1
    0.00117
  

  

    153000
    1
    0.00117
  

  

    154000
    1
    0.00117
  

  

    155000
    1
    0.00117
  

  

    156000
    1
    0.00117
  

  

    156000
    1
    0.00117
  

  

    159000
    1
    0.00117
  

  

    161000
    1
    0.00117
  

  

    162000
    1
    0.00117
  

  

    164000
    1
    0.00117
  

  

    169000
    1
    0.00117
  

  

    170000
    1
    0.00117
  

  

    170000
    1
    0.00117
  

  

    171000
    1
    0.00117
  

  

    172000
    1
    0.00117
  

  

    173000
    1
    0.00117
  

  

    174000
    1
    0.00117
  

  

    174000
    1
    0.00117
  

  

    174000
    1
    0.00117
  

  

    179000
    1
    0.00117
  

  

    180000
    1
    0.00117
  

  

    185000
    1
    0.00117
  

  

    198000
    1
    0.00117
  

  

    198000
    1
    0.00117
  

  

    198000
    1
    0.00117
  

  

    206000
    1
    0.00117
  

  

    208000
    1
    0.00117
  

  

    208000
    1
    0.00117
  

  

    216000
    1
    0.00117
  

  

    240000
    1
    0.00117
  

  

    243000
    1
    0.00117
  

  

    244000
    1
    0.00117
  

  

    246000
    1
    0.00117
  

  

    250000
    1
    0.00117
  

  

    255000
    1
    0.00117
  

  

    259000
    1
    0.00117
  

  

    261000
    1
    0.00117
  

  

    264000
    1
    0.00117
  

  

    265000
    1
    0.00117
  

  

    267000
    1
    0.00117
  

  

    269000
    1
    0.00117
  

  

    271000
    1
    0.00117
  

  

    271000
    1
    0.00117
  

  

    272000
    1
    0.00117
  

  

    281000
    1
    0.00117
  

  

    281000
    1
    0.00117
  

  

    286000
    1
    0.00117
  

  

    292000
    1
    0.00117
  

  

    293000
    1
    0.00117
  

  

    294000
    1
    0.00117
  

  

    297000
    1
    0.00117
  

  

    3e+05
    1
    0.00117
  

  

    301000
    1
    0.00117
  

  

    302000
    1
    0.00117
  

  

    304000
    1
    0.00117
  

  

    315000
    1
    0.00117
  

  

    315000
    1
    0.00117
  

  

    320000
    1
    0.00117
  

  

    322000
    1
    0.00117
  

  

    331000
    1
    0.00117
  

  

    332000
    1
    0.00117
  

  

    336000
    1
    0.00117
  

  

    337000
    1
    0.00117
  

  

    342000
    1
    0.00117
  

       

     

  		
 





  
CL64 ----> CL159

       image
     
 No. of shared pairs: :77





  
CL64 ----> CL406

       image
     
 No. of shared pairs: :27





  
CL64 ----> CL635

       image
     
 No. of shared pairs: :18





  
CL64 ----> CL1434

       image
     
 No. of shared pairs: :13