1                                                   50
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  .TTGTAATAT CTTATGAAAA GTTAATGTTC ATCTGTCCCA ACAATCTCTA 
tRNA_I_Y{GTA}FR1  .TTAGTTTCT TGTTCAACGA CTCGATTTGA TTATTCAATG AACTTGATGA 
tRNA_I_Y{GTA}FR2  ..GTAGTCGA ACATTTTCTC GCTGACAGAT GGGACACGCA GTTTGCTTGT 
 tRNA_I_Y{GTA}JL  ..CGATACAT TAGGAGTGTT CGTACTTTAG ATCTATAAGA ACTATATTTT 
 tRNA_I_Y{GTA}JR  .GTTTCTCAA TCCTTATGTT ATCTTCTTAC ACAGTATGGG ATAATATAAT 
 tRNA_I_Y{GTA}ML  .ATATAAGAG GCTCTGTGGA TTTATGGTTA CCGGATTTAT TTCGTAAATT 
 tRNA_I_Y{GTA}MR  CAGTTATAAA CACGCCTGGT GTGAAATTAA CGACCATTAA TAAGAATAAA 
 tRNA_I_Y{GTA}OL  .CAGCGGCAA AGAAAGGGCT AAAATATTTT TTCAAAATTA TCTGTGTGCC 

                  51                                                 100
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  ACAAGTACAA AGATGACACG AGTTATGAGG CGCTGTCATA GGAACCTCCA 
tRNA_I_Y{GTA}FR1  TATTCCATCA ACGGCATCCT TGTCGTCGTC TGATAATAGT GAATTGTTCA 
tRNA_I_Y{GTA}FR2  TCGAAGTTTC CCTGCATAAA TCATTGAATA GCGATTCAGA TATACAGCAG 
 tRNA_I_Y{GTA}JL  GTTACGATTC AGCCGTCTCT AAATGTGAAC TAAATATTTA TACTGTTATT 
 tRNA_I_Y{GTA}JR  AGTAACATGA AAACTCTTCG ATAGGTAATA GTTGATTCTT GTTCCAACGT 
 tRNA_I_Y{GTA}ML  CTTATTGAAG AATGGGTGAA TTTTGAGATA ATCGTTGGGA TTCCATTTTT 
 tRNA_I_Y{GTA}MR  TATTACTGGC ATATTATAAT ATGCGGTGGA AAAACATAAA ATAAGGATTG 
 tRNA_I_Y{GTA}OL  TTAATCATGT TATTTATATT CATCGTCCAC AAAATTTATT ACAAGTGTCA 

                  101                                                150
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  AACAAGTTTG ATATTAATTA .TAAGAAACA TATTTCAAGC CCTCGTGTTG 
tRNA_I_Y{GTA}FR1  AAGTATCTTC AAACTTCTTT .AACGTTTCA ACTTCTAGGT TAGATAGCCT 
tRNA_I_Y{GTA}FR2  CCACACGTAA GCACAGAGCA GTCTTTGACT ATACCGTATT GCACATGTGA 
 tRNA_I_Y{GTA}JL  TGAGAAACCG ACAGATAGTA CTTAATTTTA TCGATCATCT AAGAATAGCA 
 tRNA_I_Y{GTA}JR  TACTATAGCT ATGGAAAATA .ACGCAGCAG CATATGAAGT TTCGGCTCTA 
 tRNA_I_Y{GTA}ML  AATAAGGCAA TAATATTAGG .TATGTAGAA TGTACTAGAA GTTCTCCTCG 
 tRNA_I_Y{GTA}MR  AGAAATAGTT ATCAAGTATA .ATGGAAGCT GAAGTGCAAG GATTGATAAT 
 tRNA_I_Y{GTA}OL  AACAGGCAAA TGGTGGGGGG TTAAGGCGTT AAAGGACATA GATTTGGAAA 

                  151                                                200
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  TATTACGGGC TCGAGTAATA CCGGAGTGTT TTGACAATCC TAATATAAAC 
tRNA_I_Y{GTA}FR1  TTGTGAAACC TTCTTCTCAA TGAACTTTTC TGCATTTTGC TTGGTGACAT 
tRNA_I_Y{GTA}FR2  TTCGTCAGTA CCAGTTGCAC CATCGAGTGA TAGCCGTTGC GGTAGATAGA 
 tRNA_I_Y{GTA}JL  TCGGTATTGT GGTGACATTT ATTGAATTTC TTCCGCTCCA GAATAAAGTT 
 tRNA_I_Y{GTA}JR  ATCCACTGTG CAAAATACAG GTTTCTCTCT TCAAAAGGTA TCCTCCAGAA 
 tRNA_I_Y{GTA}ML  AGGATTTAGG AATCCATAAA AGGGAATCTG CAATTCTACA CAATTCTATA 
 tRNA_I_Y{GTA}MR  GTAATAGGAT AATGAAACAT ATAAACGGAA TGAGGAATAA TCGTAATTTT 
 tRNA_I_Y{GTA}OL  CCGATCGTAA AGATATCGAC ATCGAAATAG TCAAGCAAGA AATTGCCGAA 

                  201                                                250
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  AGTCTTAGGG AAGTAACCAG TTGTCAAAAC AGTTTATCAG ATTAATTCAC 
tRNA_I_Y{GTA}FR1  AGTCTGATTC CTTCGATGAA TCCAATTGAG AAACCAAAGA CTGTGAAAAA 
tRNA_I_Y{GTA}FR2  GGTCGTGTTC TATATCGTCG AGCACCCTCG CTATATCCGT CTGGCGGCCC 
 tRNA_I_Y{GTA}JL  CCTTTTCACT TCAAAAAACT GCCACCAGTA AAGTTGCACC AGTGGTTTTT 
 tRNA_I_Y{GTA}JR  AAGTTATGAA GTATTTTCAT ATGATGATGC TGACTTAATA CTTCCCAACC 
 tRNA_I_Y{GTA}ML  AATATTATTA TCATCATTTT ATATGTTAAT ATTCATTGAT CCTATTACAT 
 tRNA_I_Y{GTA}MR  ATTATGTAGA AATATAGATT CCATTTTGAG ATTTCTATCC TCGAGGAGAA 
 tRNA_I_Y{GTA}OL  AAGAAAATGT ACCTAGATTC CCGTCCATGG TACGTGAGAC AGTTCCATTT 

                  251                                                300
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  GGAATGTTAC TTATCTTATA TATTATATAA AATATGAATC ATACTAAGTG 
tRNA_I_Y{GTA}FR1  TCGATCTGTG TTAGCGGAGT ATAGACTTGT TGTTTTTCTG CACCAGCACC 
tRNA_I_Y{GTA}FR2  CACTTTTGTC TATGAGAGTG CATGAACGCC TATCAGTTGT GTATTTCGTA 
 tRNA_I_Y{GTA}JL  GAGCATTTTT TGTCAATGTC GCTTAACCGT TCTTGAACTG TATCCTCTTG 
 tRNA_I_Y{GTA}JR  GAAAATCACA TTTGCGAATA AGCTGGTCAT GATGTCGCTA TTTCTAATTC 
 tRNA_I_Y{GTA}ML  TATCAATCCT TGCGTTTCAG CTTCCACTAA TTTAGATGAC TATTTCTCAT 
 tRNA_I_Y{GTA}MR  CTTCTAATAT ATTCTGTGTA CATAATATTA TATAGCCTTG ATCAACAATG 
 tRNA_I_Y{GTA}OL  CTGGTGTTAA TACCGAAGAA ACAAGTTCAA TTTATTTTTG TAGAATATTT 

                  301                                                350
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  GTGGAAGCGC GGAATCTCGG ATCTAAACTA ATTGTTCAGG CATTTATACT 
tRNA_I_Y{GTA}FR1  CACTTTGGAA GTGTTTGAAC CCATGATTGA CTCTGTATTA GTCGATATAC 
tRNA_I_Y{GTA}FR2  CCTATGTATG TGTGAGTGTG CGTGTGCTAA ATTTTACGGG TATCTTTTCA 
 tRNA_I_Y{GTA}JL  ACGTCGATAA AATCATTTGT AAAAACCAGG CCAAATCATC ATTGAATAAT 
 tRNA_I_Y{GTA}JR  CGTTGAAAAT ACTTACGTTT GTTCCTCAGT TGCTATCTCA TTTCAAGTAT 
 tRNA_I_Y{GTA}ML  CATTTGCGTC ATCTTCTAAC ACCGTATATG ATAATATACT AGTAACGTAA 
 tRNA_I_Y{GTA}MR  CAATCCCAAC AATTATCAAA TTATTCACCC AATATTCAGT ATAATCCATA 
 tRNA_I_Y{GTA}OL  TTTTTTCTCT TCTCTAGTAC TCATCCTTCA TAATTAATTA TTCCAGATCA 

                  351                                                400
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  TTTGGGTAGT TCAGCTAGGG AAGGACGGGT TTTGTCTCAT GTTGTTCGTT 
tRNA_I_Y{GTA}FR1  CACCTTGTTT TTGTTCTTGA ATTTTTTTTT GATTAGCAAT CTCTTTGAAA 
tRNA_I_Y{GTA}FR2  GTGCTGATAA GGTAATCATT GATGACTACT GTAATGGTAA TGTTAATAAG 
 tRNA_I_Y{GTA}JL  TTACACTGTG TCTTCAATGT CGCCATTTGG ACCAATAATT ATCAAACTGT 
 tRNA_I_Y{GTA}JR  TTGTTCATTA ATTTGTCAGT ATTCTCTTCC ATCCCTTAGC TTTAGTATAA 
 tRNA_I_Y{GTA}ML  ATACTAGTTA GTAGATGATA GTTGATTTTT ATTCCAACAC TTATATTCTA 
 tRNA_I_Y{GTA}MR  TTTATAGAAT ATATAGGATA ATTATCATCC CCTCAATCAA GTTGATATTC 
 tRNA_I_Y{GTA}OL  TTTAATGCAT AACGACATGA CAATAAAAAA AAAACCTGAC ATTTTGAAAA 

                  401                                                450
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  TTGTTATAAG GTTGTTTCAT ATGTGTTTTA TGAACGTTTA GGATGACGTA 
tRNA_I_Y{GTA}FR1  TGTTCCTCCT CACTTGTTTT TTCCTCTGCG TCTCATTGGA AGAAGAAATA 
tRNA_I_Y{GTA}FR2  ACGAATAACT CCTCCGCTTG AAAAAGGTGT GAAAATCAAA AGTGCGCCTC 
 tRNA_I_Y{GTA}JL  TCACAATTCA CTCAAAGTCC TTTCAGCAAC ATTCTTATGA AACAATACTT 
 tRNA_I_Y{GTA}JR  ATTTCACTCT GAACCATCTT GGAAGGACCG GATAATTATT TGAAATCTCT 
 tRNA_I_Y{GTA}ML  TATATCCATA ACATTGTCTA CATATAATCC GAGAGGTTAC GACAACATTC 
 tRNA_I_Y{GTA}MR  CGTTTTGACA ACAGGTCACT TCTGCAAGGT TGCTTATATT AAAATTGTGA 
 tRNA_I_Y{GTA}OL  ATTATCATTT GAATACGTGG ATGAAGACTT CTTCGAGCCA GGCCGCAATA 

                  451                                                500
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  TTGTCATACT GACGTATCTC ATTTTGAGAT ACAACACCTC GCAAGAAATC 
tRNA_I_Y{GTA}FR1  TATATATATG CGACATACCA CGAATATTCG TAGTTTTTTA CAACAAAAAC 
tRNA_I_Y{GTA}FR2  ATGAAATAAT GATAAAGGAA TCTTTATATA GCAAAGTAAT CAACAAAAAC 
 tRNA_I_Y{GTA}JL  TCTTTGAATT TGTATGATGA AACAAAATTT TTTGGTTATT AATCATTTAT 
 tRNA_I_Y{GTA}JR  TTTTCAATTG TATATGTGTT ATGTAGTATA CTCTTTCTTC AACAATTAAA 
 tRNA_I_Y{GTA}ML  ATATAATAAG GGTAGTACTG ACACTTTATT TTGAAGTAAA TCAAAATAGT 
 tRNA_I_Y{GTA}MR  ATAAGCATGA TATTAGACGG ACTCA.TAAT TGAATGGTTA TCAGTTAATT 
 tRNA_I_Y{GTA}OL  AAATTAATAA TATAT.ATAG ACATCAATTC TTGACCTACA CAAAAATAGC 

                  501                                                550
             TYR  ..CTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGT. .......... 
           TYRIN  ..CTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTATCACT 
 tRNA_I_Y{GTA}DR  GACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTATCACT 
tRNA_I_Y{GTA}FR1  GACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTACCACT 
tRNA_I_Y{GTA}FR2  GACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTACCACT 
 tRNA_I_Y{GTA}JL  CACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTACCACT 
 tRNA_I_Y{GTA}JR  TACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTATCACT 
 tRNA_I_Y{GTA}ML  CACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTACCACT 
 tRNA_I_Y{GTA}MR  GACTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTACCACT 
 tRNA_I_Y{GTA}OL  TTCTCTCGGT AGCCAAGTTG GTTTAAGGCG CAAGACTGTA ATTTATCACT 

                  551                                                600
             TYR  ...AAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG A......... 
           TYRIN  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG A......... 
 tRNA_I_Y{GTA}DR  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATTTTTTT.A 
tRNA_I_Y{GTA}FR1  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATATTTTT.T 
tRNA_I_Y{GTA}FR2  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATATTTTTTT 
 tRNA_I_Y{GTA}JL  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATTTTTTTAA 
 tRNA_I_Y{GTA}JR  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATTTTTTT.G 
 tRNA_I_Y{GTA}ML  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATATTTTT.T 
 tRNA_I_Y{GTA}MR  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATATTTTT.T 
 tRNA_I_Y{GTA}OL  ACGAAATCTT GAGATCGGGC GTTCGACTCG CCCCCGGGAG ATATTTTTTT 

                  601                                                650
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  TGTCAAGCAC CTACTTTTAG CCGGCTTTCT GGAGATAAGT TCCCAGTAGT 
tRNA_I_Y{GTA}FR1  TAAATCTTGC AGCTTTCAAT ATTTAAATAT AAGTA.ATAA ACCATCAGTT 
tRNA_I_Y{GTA}FR2  CTGAAATTTT TTTGGCTTTA TTTTTTCATT AATACACCTG TGTTAGTTAT 
 tRNA_I_Y{GTA}JL  TGTGCTCTAA ATAGAATGTG GATGAAATTT CTCTTGGCCG CCGTACCCTT 
 tRNA_I_Y{GTA}JR  TTTTTTATGT CTCCATTCAC TTCCCAGACT TGCAAGTTGA AATATTTCTT 
 tRNA_I_Y{GTA}ML  T......... .TCCCTTTTT CTCCAGGCCT AGTGAGGTTT GAGTTTTGAA 
 tRNA_I_Y{GTA}MR  TACTTTTGAT TACCTTAATT TTTGAAGATT CTCAATTTCA TGTATTAGGG 
 tRNA_I_Y{GTA}OL  ACTTTTGCAC ATCGCTGGTC TTAGCTTTTT TACTTGATTC GCATTGCAAT 

                  651                                                700
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  CGTTGTAT.. ..TTGATTCT CTATTGGATA GTCAATGACA CATTCGTGAC 
tRNA_I_Y{GTA}FR1  AAACAACAGA ACAAGTATTT CTTAAATCTC ATGAAAAATC TAATAATGTT 
tRNA_I_Y{GTA}FR2  GATTGCCACT AGCTTATATA CGTGACTTCT GTGACTTCTG TGACTACTGA 
 tRNA_I_Y{GTA}JL  CTTCATAATT AATAATTTCT TTCCATTTTG CAGGATTATA TCTGATCAAT 
 tRNA_I_Y{GTA}JR  TCAAGCTC.. ..TTAACGAA GAGTTATTAT CAAATTGTGA CATATTCCTT 
 tRNA_I_Y{GTA}ML  CGTTTTAT.. ..AGATAGAT GTAAGGTAGC CAGAATGAGC ACTTAGCCTT 
 tRNA_I_Y{GTA}MR  ATTGCTTTAA GGTAGCTACC AAATGACATT CTCTGTATTA CTGTTCTAGT 
 tRNA_I_Y{GTA}OL  CTATCTGCCA AGAATGAACA AGTATTTTTT TCCTCTGCAT CTTTCCCTGC 

                  701                                                750
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  CGAACAATGA GATATTATTG AGTACCGGGA GTATTATGTG TCATAATTTG 
tRNA_I_Y{GTA}FR1  ATTTGCCGAA TTTTATTATT GATTTGGTTG GTCTTCTTGA TAATTCTGTG 
tRNA_I_Y{GTA}FR2  TGTGTTTTTA GTAGAATACA ACTGTTTTTT .TCTGTAATG CGTTTTCACA 
 tRNA_I_Y{GTA}JL  AAGTGATTGT AAAGATTTTG TTTGTGAGAA ATATGTGAAT TTTTAATTTT 
 tRNA_I_Y{GTA}JR  TACACAATAC GGAGATAATA TATTAACGAA CTCTTGTAGC CTCTTTTCCT 
 tRNA_I_Y{GTA}ML  TAAAGTAAAT TGAGTAGAGA TACGTAAACA GTCGTGATAA ATATGTAATA 
 tRNA_I_Y{GTA}MR  TTTCAACAGT AAAGCTATGA TTTGTTAAGT GACTCTAAGC CTGATTTTAA 
 tRNA_I_Y{GTA}OL  CGTAGGAATC AAATTTGCAA CAAGTCTGCA ATGTCTAACA CCTTTGTTGC 

                  751                                                800
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  TAGTATTATC TGTGTGACGG ATTAAGTTTG CTATCTCAAA TGCCGCGCGC 
tRNA_I_Y{GTA}FR1  GGCGCTTTTT TTGTGACATA TTAAAATTGC GAAATTGCAA ACGAAAATAT 
tRNA_I_Y{GTA}FR2  TATTGGCACC AGAAAGTGTC GTTACTTTAT AAAGCAAGCG ACTAGAACAA 
 tRNA_I_Y{GTA}JL  GGTTATAACT TAATAATTGT TGGAATTCCA TTTTTGATAA AGATGAAAAT 
 tRNA_I_Y{GTA}JR  TGTTACCCCA CCTATATTTT CTTCACTTTT CGAATTTGTT CTAAAAGTGC 
 tRNA_I_Y{GTA}ML  CATTGTATTA TTTTAAATAG GTTAAATTTT CTTTTTTTTT TTTCCATTTC 
 tRNA_I_Y{GTA}MR  AACGGGAATA TTATGCGCTC AGTCACTAAT GCATTTGGCA ATAGTGGAGA 
 tRNA_I_Y{GTA}OL  AGTCGAATTC TCGTGGCTGT ACGCAATTTC TCTTATCCTA CCGTGTGAA. 

                  801                                                850
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  GCGAATTGCT CATGATATAA TAATAGCTAA TAATATGATA ATATGATAAT 
tRNA_I_Y{GTA}FR1  AAATATATAT GAATGTTAAT AAATAAATTA TTTAATTGAT GATTGAGGAT 
tRNA_I_Y{GTA}FR2  CAATCACACA CACACACACA CACACACACA CACACACACA CACACACACA 
 tRNA_I_Y{GTA}JL  TGGTGAATTT TGAGATAATT GTTGGGATTC CATTGTTGAT AAAGGCTATA 
 tRNA_I_Y{GTA}JR  GC......TT GAAAAAATTT CAAATGGTTC TTTTTCCTTA CTCGTAAAGG 
 tRNA_I_Y{GTA}ML  ATTTTCATTT TCATTTCCTG CAGTTATTTT TTTTCTTATT AATCTATATC 
 tRNA_I_Y{GTA}MR  ACTTAACGAT CAAGTGGATG AAACAGGTTA TAGGAAGTTT GATATCCATG 
 tRNA_I_Y{GTA}OL  ....ACAATT CGCGTCGCGT GGGCGCCGAA AAGGGCTTAT CACGGCACAT 

                  851                                                900
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  AATAGATAAG ATTACTGATA ACATTATTTT AGTATTCAAA AGCGTATTAC 
tRNA_I_Y{GTA}FR1  GAAATACACT TTTATGATCT GTCCTTACGC GTAATAATTA CAAGAAGGTG 
tRNA_I_Y{GTA}FR2  CACACACACA CACACAAGCT ATGAGCCTGA TAACGTGAGT CATTCGTTTT 
 tRNA_I_Y{GTA}JL  ATATTAGGTA TACAGAATAT ACTAGAAGTT CTCCTCGAGG ATCTAGGAAT 
 tRNA_I_Y{GTA}JR  CATCTGGACA AAAGCATCGT TTCCACCTTC CAAGTGCACG TTAGCCTGAT 
 tRNA_I_Y{GTA}ML  CATGTAATCG TTAGCGATAT TGTTGTTAGT CAACGCGGCC ATGGCAGTAC 
 tRNA_I_Y{GTA}MR  AAGGAATTTT GTTTTGCATT GAACTATCAG AGACAATGTT TAAAGAGTCC 
 tRNA_I_Y{GTA}OL  CTGAAGAAAA GAGACGGCTG GCTCCAGCTG ATATTTAGAT ATTTTTAGTT 

                  901                                                950
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  ATATATATAG TCGAGTAAAT ACTTTTTTTT CAATGGGGAG TGGAAGGGAC 
tRNA_I_Y{GTA}FR1  AGAAAATTGC CTTTTTTTGC TAATTTTTTT TTTTTGGTAC CATATTCAAT 
tRNA_I_Y{GTA}FR2  TTAGCCGATA GTAGAGATAT GCATTTGAAG GCCATTGCTA TTGTGTCAAT 
 tRNA_I_Y{GTA}JL  CCTCATAATG GAACCTATAT TTCTATATAC TAATATTCCG TTTTATTCCT 
 tRNA_I_Y{GTA}JR  ACAAATCATT GGTGGTGAAG CGCAGCCATT CATTCTACTG TACTTGTCTT 
 tRNA_I_Y{GTA}ML  CGGGTGCTTG TGATGCAATT ATACTTTGGG ATGGTAGAAG ATGATACTGG 
 tRNA_I_Y{GTA}MR  TCTGATCTAG AGTATAAATC ACCATTGTTG GAAATTCTGG AATCACTAGA 
 tRNA_I_Y{GTA}OL  GAATAAAGAG GCAGGCGTCA GCGATATTGC ATTGTCGCTG TGGTGGGCAG 

                  951                                               1000
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  AGCCGCTCTG ACCTGTTATT AACGACAGAC AACACGGTAC CAAAGTTATA 
tRNA_I_Y{GTA}FR1  AATTGATGCT AAATTATAAA TTGATTTTAT TGTTTTCCTC TTTCCTACAA 
tRNA_I_Y{GTA}FR2  CAAGAAAGCT GTATCACTTT CAACGGGGAA TGTACTTTTA GCACCATAAG 
 tRNA_I_Y{GTA}JL  TATTCCGTTT TATATGTTTC ATTATCCTAT TACATTATCA ATCCTTGCAC 
 tRNA_I_Y{GTA}JR  ACGTCGTTTT GCAGTTTAGC ATCGTGGCAG CTCATACAAT TACATTTCAA 
 tRNA_I_Y{GTA}ML  TGTTGTATAA TACTAGCACT TCCAGTAGGA CTCGTGCCTG TTATGTCGCG 
 tRNA_I_Y{GTA}MR  TGAGCTAATG TCACAATTGG TCATAACAAG ACCTGGGACA GCTATTGGTT 
 tRNA_I_Y{GTA}OL  AAAGCCACGG TAATGCATGT CCTGTTGTCT CTTATCCTTG TTGATAAGAA 

                  1001                                              1050
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  CAATGACTGT GCACTCAACG TGGAAGGAAA AAGTTCAATT AAAAAAAGAT 
tRNA_I_Y{GTA}FR1  TTAATCTCTT TTTCTGGCTT TATGATATGT TGTTTAACTT CACCAATAAT 
tRNA_I_Y{GTA}FR2  TTTTTCTTCA CTTGGTTCAA AGGTAAACAA ATTGAAATTG AAACAATAAT 
 tRNA_I_Y{GTA}JL  TTCAGCTTCC TCTAACTTCG ATGACAGCTT CTCATAACTT ATGCCATCAT 
 tRNA_I_Y{GTA}JR  GAAACCTTTT TTACCGACGA CACATATCTA ATTCAAGAGC AGAATATATT 
 tRNA_I_Y{GTA}ML  ATTAGTGTTA CCGAAATAAC CATGAATCAT GTACTCTTCT GTTTCAGAAT 
 tRNA_I_Y{GTA}MR  GCTATTTTTA TTACTGTAAC AGAGAGGATG CCAAGGAAGG TATCTATGAA 
 tRNA_I_Y{GTA}OL  ACCCTCTTGA TCAGCTAGTC ATAATTTTGT CTCTTCTTGC ATTCTCTTTC 

                  1051                                              1100
             TYR  .......... .......... .......... .......... .......... 
           TYRIN  .......... .......... .......... .......... .......... 
 tRNA_I_Y{GTA}DR  CAACTGAACA GTAAGATAAA AGACGAATGG AAATTAAACA GCACAA.... 
tRNA_I_Y{GTA}FR1  TAGAAACTGG GGGCTGGCTC AAGCTGCTGG AGTTTCATAT GGT....... 
tRNA_I_Y{GTA}FR2  GTACCAAATA TTTCCGATTC GTTCGAGGTA TAATACGAAA CA........ 
 tRNA_I_Y{GTA}JL  CTTAGCACCA TATATGATAA TATATTGGTA GTATGACTAC T......... 
 tRNA_I_Y{GTA}JR  CAATTATGGA GCAAATGCAT TCATTGGAAT CAAGTTTACC TCCAGAGCAA 
 tRNA_I_Y{GTA}ML  AAAATTCAGA TTCGTTCAGT AAGCGGCTGT TCATAGTGTG GTGCATACTA 
 tRNA_I_Y{GTA}MR  CTTTTTCCAT TAAGGGATAT AAATGCTACA TTTATGAAGA AA........ 
 tRNA_I_Y{GTA}OL  CGATATATAA CTTATATCTT CAGGTGTCAG GCAATAGAAA CAACAA.... 

                  1101 
             TYR  ......
           TYRIN  ......
 tRNA_I_Y{GTA}DR  ......
tRNA_I_Y{GTA}FR1  ......
tRNA_I_Y{GTA}FR2  ......
 tRNA_I_Y{GTA}JL  ......
 tRNA_I_Y{GTA}JR  CC....
 tRNA_I_Y{GTA}ML  ACCGGT
 tRNA_I_Y{GTA}MR  ......
 tRNA_I_Y{GTA}OL  ......