TTTATNGGCATCATTAAATAGTCAAGCTTATCCCGCAAGNNNNCCGGCAG 848
38.teoretical.construct TTTATAGGCATCATTAAATAGTCAAGCTT——————— 738
***** ***********************
********************************************************************
CLUSTAL 2.1 multiple sequence alignment
67.teoretical.construct ACGTATACTGTTGGTCTTAACGTAACCAGTAATGTTATTTAAAGTGAATG 50
67. ACGTATACTGTTGGTCTTAACGTAACCAGTAATGTTATTTAAAGTGAATG 50
**************************************************
67.teoretical.construct TATGAGGGATTCGATGTTAAAAATAAAATACTTATTAATAGGTCTTTCAC 100
67. TATGAGGGATTCGATGTTAAAAATAAAATACTTATTAATAGGTCTTTCAC 100
**************************************************
67.teoretical.construct TGTCAGCTATGAGTTCATACTCACTAGCTGCAGCGGGGCCCACTCTAACC 150
67. TGTCAGCTATGAGTTCATACTCACTAGCTGCAGCGGGGCCCACTCTAACC 150
**************************************************
67.teoretical.construct AAAGAACTGGCATTAAATGTGCTTTCTCCTGCAGCTCTGGATGCAACTTG 200
67. AAAGAACTGGCATTAAATGTGCTTTCTCCTGCAGCTCTGGATGCAACTTG 200
**************************************************
67.teoretical.construct GGCTCCTCAGGATAATTTAACATTATCCAATACTGGCGTTTCTAATACTT 250
67. GGCTCCTCAGGATAATTTAACATTATCCAATACTGGCGTTTCTAATACTT 250
**************************************************
67.teoretical.construct TGGTGGGTGTTTTGACTCTTTCAAATACCAGTATTGATACAGTTAGCATT 300
67. TGGTGGGTGTTTTGACTCTTTCAAATACCAGTATTGATACAGTTAGCATT 300
**************************************************
67.teoretical.construct GCGAGTACAAATGTTTCTGATACATCTGTTGATGGATTAAGCTGTACAAA 350
67. GCGAGTACAAATGTTTCTGATACATCTGTTGATGGATTAAGCTGTACAAA 350
**************************************************
67.teoretical.construct TTGTGCGGCCAAATTTGAACGGAATGTAAAAGAAATTGAGGGTGTAACAG 400
67. TTGTGCGGCCAAATTTGAACGAAATGTAAAAGAAATTGAGGGTGTAACAG 400
*********************.****************************
67.teoretical.construct AAGCTATTAAGAATGGTACAGTAACTTTTGCACATGAGACAAATAACTCT 450
67. AAGCTATTAAGAATGGTACAGTAACTTTTGCACATGAGACAAATAACTCT 450
**************************************************
67.teoretical.construct GCTAGCTTTGCCACCACCATTTCAACAGATAATGCCAACATTACGTTGGA 500
67. GCTAGCTTTGCCACCACCATTTCAACAGATAATGCCAACATTACGTTGGA 500
**************************************************
67.teoretical.construct TAAAAATGCTGGAAATACGATTGTTAAAACTACAAATGGGAGTCAGTTGC 550
67. TAAAAATGCTGGAAATACGATTGTTAAAACTACAAATGGGAGTCAGTTGC 550
**************************************************
67.teoretical.construct CAACTAATTTACCACTTAAGTTTATTACCACTGAAGGTAACGAACATTTA 600
67. CAACTAATTTACCACTTAAGTTTATTACCACTGAAGGTAACGAACATTTA 600
**************************************************
67.teoretical.construct GTTTCAGGTAATTACCGTGCAAATATAACAATTACTTCGACAATTAAATA 650
67. GTTTCAGGTAATTACCGTGCAAATATAACAATTACTTCGACAATTAAATA 650
**************************************************
67.teoretical.construct ATTATATAATAGACGTAGCCTTCGAAATAAAGGCTACGTTGCTATCTTTA 700
67. ATTATATAATAGACGTAGCCTTCGAAATAAAGGCTACGTTGCTATCTTTA 700
**************************************************
67.teoretical.construct TGTTTGTGATTTATAGGCATCATTAAATAGTCAAGCTT 738
67. TGTTTGTGATTTATAGGCATCATTAAATAGTCAAGCTT 738
**************************************
********************************************************
CLUSTAL 2.1 multiple sequence alignment
79.experimental.construct AATGGACGATAANGTATNCTGTTGGTCTTAACGTAAMCCAGTAATGTTAT 200
79.teoretical.construct ———–ACGTATACTGTTGGTCTTAACGTAA-CCAGTAATGTTAT 38
* **** ****************** *************
79.experimental.construct TTAAANGTGNAATGTATGAGGGNATTCGATGTTAAAAANAAAAATACTTA 250
79.teoretical.construct TTAAA-GTG-AATGTATGAGGG-ATTCGATGTTAAAAA-TAAAATACTTA 84
***** *** ************ *************** :**********
79.experimental.construct TTAATAGGTCTTTCACTGTCAGCTANNAGTTCATACTCACTAGCTGCAGN 300
79.teoretical.construct TTAATAGGTCTTTCACTGTCAGCTATGAGTTCATACTCACTAGCTGCAGC 134
*************************..**********************
79.experimental.construct GGGGCCCACTCTAACCAANGAACTGGCATTAAATGTGCTTTCTCCTGCAG 350
79.teoretical.construct GGGGCCCACTCTAACCAAAGAACTGGCATTAAATGTGCTTTCTCCTGCAG 184
****************** *******************************
79.experimental.construct CTCTGGATGCAACTTNGGCTCCTCAGGATAATTTAACATTATCCAATACT 400
79.teoretical.construct CTCTGGATGCAACTTGGGCTCCTCAGGATAATTTAACATTATCCAATACT 234
***************.**********************************
79.experimental.construct GGCGTTTCTAATACTTTGGTGGGTGTTTTGACTCTTTCAAATACCAGTAT 450
79.teoretical.construct GGCGTTTCTAATACTTTGGTGGGTGTTTTGACTCTTTCAAATACCAGTAT 284
**************************************************
79.experimental.construct TGATACAGTTAGCATTGCGAGTACAAATGTTTNTGATACATCTAAGAATG 500
79.teoretical.construct TGATACAGTTAGCATTGCGAGTACAAATGTTTCTGATACATCTAAGAATG 334
******************************** *****************
79.experimental.construct GTACAGTAACTTTTGCACATGAGACAAATAACGTTGATGGATTAAGCTGT 550
79.teoretical.construct GTACAGTAACTTTTGCACATGAGACAAATAACGTTGATGGATTAAGCTGT 384
**************************************************
79.experimental.construct ACAAATTGTGCGGCCAAATTTGAACGGAATGTAAAAGAAATTGAGGGTGT 600
79.teoretical.construct ACAAATTGTGCGGCCAAATTTGAACGGAATGTAAAAGAAATTGAGGGTGT 434
**************************************************
79.experimental.construct AACAGAAGCTATTNNNNCNAGCTTTGCCACCACCATTTCAACAGANAANG 650
79.teoretical.construct AACAGAAGCTATTTCTGCTAGCTTTGCCACCACCATTTCAACAGATAATG 484
*************. ..*.**************************.**.*
79.experimental.construct CCAACATTACGTTGGATAAAAATGCTGGAAATACGATTGTTAAAACTACA 700
79.teoretical.construct CCAACATTACGTTGGATAAAAATGCTGGAAATACGATTGTTAAAACTACA 534
**************************************************
79.experimental.construct AATGGGAGTCAGTTGCCAACTAATTTACCACTTAAGTTTATTACCACTGA 750
79.teoretical.construct AATGGGAGTCAGTTGCCAACTAATTTACCACTTAAGTTTATTACCACTGA 584
**************************************************
79.experimental.construct AGGTAACGAACATTTAGTTTCAGGTAATTACCGTGCAAANATAACAATTA 800
79.teoretical.construct AGGTAACGAACATTTAGTTTCAGGTAATTACCGTGCAAATATAACAATTA 634
***************************************.**********
79.experimental.construct CTTCGACAATTAAATAATTATATAATAGACGTAGCCTTCGAAATAAAGGC 850
79.teoretical.construct CTTCGACAATTAAATAATTATATAATAGACGTAGCCTTCGAAATAAAGGC 684
**************************************************
79.experimental.construct TACGTTGCTATCTTTATGTTTGTNNTTTNNNNNCATCATTAAATAGTCAA 900
79.teoretical.construct TACGTTGCTATCTTTATGTTTGTGATTTATAGGCATCATTAAATAGTCAA 734
***********************. *** . ..*****************
79.experimental.construct GCTTATCCCGCAAGAGGCCCGGCAGTACCGGCATAACCAAGCCTATGCNN 950
79.teoretical.construct GCTT———————————————- 738
****
********************************************************************
CLUSTAL 2.1 multiple sequence alignment
79m.experimental.construct NCGATANGTATACTGTTGGTCTTNAANGNTACCCNGTAATGTTATTTNAA 200
79.teroretical.construct —–ACGTATACTGTTGGTCTTAACG–TAACCAGTAATGTTATTT-AA 42
* **************** *.. **.** ************ **
79m.experimental.construct AGTGAATGTATGANGGNTTNGNTGTTTAAAAATAAAATACTTATTAATAG 250
79.teroretical.construct AGTGAATGTATGAGGGATTCGATG-TTAAAAATAAAATACTTATTAATAG 91
*************.** ** * ** *************************
79m.experimental.construct NTCTTTCNNNGTCAGCTATGAGTTCATACTCACTAGCTGCAGNNGGNCCC 300
79.teroretical.construct GTCTTTCACTGTCAGCTATGAGTTCATACTCACTAGCTGCAGCGGGGCCC 141
.****** .******************************** .**.***
79m.experimental.construct ACTCTANCCAAAGAACNGGCATTAAANGTGCTTTCTCCTGCAGNTCTGGA 350
79.teroretical.construct ACTCTAACCAAAGAACTGGCATTAAATGTGCTTTCTCCTGCAGCTCTGGA 191
****** *********.*********.**************** ******
79m.experimental.construct TGCAACTTGGGCTCCTCAGGATAATTTANNATTATCCAANACTGGCGTTT 400
79.teroretical.construct TGCAACTTGGGCTCCTCAGGATAATTTAACATTATCCAATACTGGCGTTT 241
