1                                                   50
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  .......... .......... .......... .......... .......... 
  tRNA_K{CTT}DR1  .......... .......... .......... .......... .........T 
  tRNA_K{CTT}DR2  TTCATGACTG TTTCTTAATC TTTATACCAT TTTCTTAAAC CGCATATGAT 
   tRNA_K{CTT}EL  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}ER  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}FR  .......... .......... .......... .......... .......... 
  tRNA_K{CTT}GL2  .......... .......... .......... .......... .......... 
  tRNA_K{CTT}GL1  .......... .......... .......... .......... .......... 
  tRNA_K{CTT}GR2  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}IL  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}JL  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}KL  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}MR  .......... .......... .......... .......... .......... 
  tRNA_K{CTT}PR1  .......... .......... .......... .......... .......... 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  .......... .......... .......... .......... .......... 
tRNA_I_K{TTT}GL3  .......... .......... .......... .......... .......... 
tRNA_I_K{TTT}GR1  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}KR  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}LR  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}OR  .......... .......... .......... .......... .......... 
tRNA_I_K{TTT}PR2  .......... .......... .......... .......... .......... 

                  51                                                 100
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  ........TC ACATGAGAAT CACGTGAATT TTCAGATAGT TGTTGGGATT 
  tRNA_K{CTT}DR1  TACACCAAGA TGGGATCCGA CAAATATCTC AACACTATAT TGGTCTACAT 
  tRNA_K{CTT}DR2  AATATACTAG TAATGTAGAG AATGTGGATT TTGATGTAAT TGTTGGGATT 
   tRNA_K{CTT}EL  .....TAATT TACGTCATCT ATCAATACTT TATGTGAACT CATAGATTAC 
   tRNA_K{CTT}ER  ...ATTAATG TTCAATCTTC ACCAATACTG CCTTTTAAAT TCTA...... 
   tRNA_K{CTT}FR  .......... .......... ACAGATGCAA GGAATTGAGG ACTCTGGTGT 
  tRNA_K{CTT}GL2  .......... .......... GTATACAGTC CTCATCCGCC TTGGGGGCCA 
  tRNA_K{CTT}GL1  .......... ........AA GACCATAAAC AGTTTCGGTT GGAAAAGCCA 
  tRNA_K{CTT}GR2  ....AGAAGT TTTCTTCGAG AATTATAAAC TGTTAGAATA AGGACTACAA 
   tRNA_K{CTT}IL  ....GCAGGC CATAATTTGG CTTTATTAAA ATTAATAACA TTATGGTGCT 
   tRNA_K{CTT}JL  .......... .......... CTTTCATCGC TCATTTTGCT TATACCCGAT 
   tRNA_K{CTT}KL  .......... ........TT GTGAAGTATA AAATACAATA AATTTCTTCT 
   tRNA_K{CTT}MR  .......... .....CCTCG GTTAAACGTT AGCGTGTTCT TCATTGCCTG 
  tRNA_K{CTT}PR1  .......... .......... ATGCAGATTT ATGAATAATT TCATCACTCG 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  .......... .......CAT CGTTCACCAG TTACTGTTCA TTCTACTAAA 
tRNA_I_K{TTT}GL3  .......... ....AGTATA TTATCATATA CGGTGTTAGA CGATGACATA 
tRNA_I_K{TTT}GR1  .......... .....GGGTG CGAGAAATAT ATGAATCTTG GAACAGTTTT 
 tRNA_I_K{TTT}KR  .......... .......... AAAAAATAAT AATGATCATT AGAGATACAT 
 tRNA_I_K{TTT}LR  .......... .......... AATACACGTC TGTAATTGCA CTACTTGTTG 
 tRNA_I_K{TTT}OR  .......CCA AATCATAGGC TCTACCATGA GGTAATGAAT GATTATTATT 
tRNA_I_K{TTT}PR2  .......... .........T CATACACCCC AAACAAATGC CTTTATCAAA 

                  101                                                150
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  CCATTATTGA TAAAGGCAGT AATATTATGT ATACAGAATA TACTAGAAGT 
  tRNA_K{CTT}DR1  GCTTTATCGA TTGCTCCTTA TTTACGTATT TCTATAAATA GGGCGTACTT 
  tRNA_K{CTT}DR2  CCATT.GTGA TTAAGGCTAT AATATTAGGT ATGTAG.ATA TACTAGAAGT 
   tRNA_K{CTT}EL  CGCCTCTAAT AACTGTTGGA ATAAAAATCA ACTATCATCT ACTAACTAGT 
   tRNA_K{CTT}ER  .......ATT ATGTGTTGGA ATAAAAATCA ACTATCATCT ACTAACTAGT 
   tRNA_K{CTT}FR  GCGCTACCGA GGCTGCTTTG TCGTTGTAAG ATGACATGTC GTCATCTTCA 
  tRNA_K{CTT}GL2  GCATATTATA TATAAAAACT CCTGAAAAAC ACTTACCCAG AGGTACGATA 
  tRNA_K{CTT}GL1  CAGTCTCATC TGTATCTCTT ATTATCCTCG CCGCTTCAAC TAGCGCTGCT 
  tRNA_K{CTT}GR2  CTATCATCTA TTGTTGGAAT GAAACTCTAA ATTATCTTTT ATTTAGTAGT 
   tRNA_K{CTT}IL  GTTGCGTTTA TTAAAACAGA CTAAAGCTGT TGGAATGAAA TTCTAATGTT 
   tRNA_K{CTT}JL  TTTTCAGCAT CTTTTGCACC ACTGCTTTCT CGTTCCTCGC CTTCATCTTC 
   tRNA_K{CTT}KL  CAAAAAAACT TGCCGTACAT GATATGGAGA AATAGGTGAA TTTAGGGATA 
   tRNA_K{CTT}MR  TGGATGAGGA TGAGCGCCGG TGCAAACTTT CAAGTTTTTC GAGAGCGTCT 
  tRNA_K{CTT}PR1  ATGTCATCAG CGTCTTCCTT CATTTGATGC TTTTTTGAAG TTTTCATGGC 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TTAGTATGGC GTGTTGCATA GAAGGAAGCA TGAATTACAA GATCAGTAGA 
tRNA_I_K{TTT}GL3  AGGTATGAGA AACTGTCATC GAAGTTAGAG GAAGCTGAAG TGCAAGGATT 
tRNA_I_K{TTT}GR1  TGGGATTCAT TGTTATCAAA TGCCATATTA ATGGGCATAC GGAATGCATT 
 tRNA_I_K{TTT}KR  CAAAGACGAT CATGGCATTA ACCCAGGGTA CGTGTGTTAG ATATGATAGG 
 tRNA_I_K{TTT}LR  CTCCATATAT ATACGTACAT TTGTTAGCGA GTGAAATGGA TAATATTGCC 
 tRNA_I_K{TTT}OR  GGGCTTCTAC CGTTGCTAAA GGCTATAATA TTAGATACAC AAAATATATG 
tRNA_I_K{TTT}PR2  ATCCGATCTC AACACTTATC TTAGTTTACA CATTTATCAA ATAAGGTTGG 

                  151                                                200
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  TCTCCTCGAG GATATAGGAA TCCTCAAAAT GGAATCTATA TTTCTAC... 
  tRNA_K{CTT}DR1  TACCAACAGT GATCATGGAT GCAAAAAATG TGAATACATT TATATGGAAA 
  tRNA_K{CTT}DR2  TCTCCTCGAG GATTTAGGAA TCCATAAAAG GGAATCTGCA ATTCTACACA 
   tRNA_K{CTT}EL  ATTTACGTTA CTAGTATATT ATCATATACG GTGTTAGAAG ATGACGCAAA 
   tRNA_K{CTT}ER  ATTTACGTTA CTAGTATATT ATCATATACG GTGTTAGAAG ATGACGCAAA 
   tRNA_K{CTT}FR  TCGATATCGT TATCGTTATC GTTATTGTTG TCTTCGATAT TCTGCGATGT 
  tRNA_K{CTT}GL2  ATGAATGACG CTTATGTGAT TTATGGTTAA CGCAGTACCC AAGACAAGTA 
  tRNA_K{CTT}GL1  TCCGTTTCAG GATCTGTTAT CGTTGGTAAG GAACCATCTA TATGCGCATC 
  tRNA_K{CTT}GR2  ATTCGTTTTA CTAATATATT ATCATATACG GTGTTAGATG ATGGCATAAG 
   tRNA_K{CTT}IL  ATCTATTTAG TAGTAATAGC ATCACATGCG GTGTAAGAGG ATGGCGTAAA 
   tRNA_K{CTT}JL  CTGGTTGATA AAGTTTTTGT TTATACTGAG ATAGTTAACC ACATTGCGAG 
   tRNA_K{CTT}KL  GTAGTTATTA TAATGAGCCT ATTATAGAGA ATCTATTATC GATTTCTAAC 
   tRNA_K{CTT}MR  TCAAACTTAG CTACCACATT GTTGTCTACA TCAACAAAAG TATGGTTCCA 
  tRNA_K{CTT}PR1  ATGATTTAGC ATTTGAAATA TAATGAGAAA AGAGCCCTTT AACTTACAGA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  ACAAAAAGTT CAACTGTTTG GAATTTAGTT GAACATGTGA CGAAAGCTCT 
tRNA_I_K{TTT}GL3  GATAATGTAA TAGGATAATG AAACATATAA AACGGAATGA GGAATAATCG 
tRNA_I_K{TTT}GR1  AAAATTCCTC CTCGAGAATA TAGAAATCCC CAAAAAGGAA TCTGTAATTG 
 tRNA_I_K{TTT}KR  GTACCCCGCG CGTATAAGTT ACGCCTTGAA TGATATAACA CGTTAAAGTT 
 tRNA_I_K{TTT}LR  TATACATAGG ACGATCCTTA TAATATAGTG TGGGGAAGAT GCCACAAGTT 
 tRNA_I_K{TTT}OR  AAAGTTCCCC TCGAGAATTG AAATCCACCA AAAGAGTATC CATATCTCTT 
tRNA_I_K{TTT}PR2  CAATGTACCT TTTTCGGAAG GTAAACATCA AATATTTATA GAAATATTTA 

                  201                                                250
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  ATACTAATAT TACGATTATT CCTCATTCCG TTTTATATGT TTCATTATCC 
  tRNA_K{CTT}DR1  AAAGGTTTAT ATCAATATAT TTTAAAGTGA TTGAAAATTA CTGATGTGTT 
  tRNA_K{CTT}DR2  ATTCTATAAA TATTATTATC ATCGTTTTAT ATGTTAATAT TCATTGATCC 
   tRNA_K{CTT}EL  TGATGAGAAA TAGTCATCTA AATTAGTGGA AGCTGAAACG CAAGGATTGA 
   tRNA_K{CTT}ER  TGATGAGAAA TAGTCATCGT TTTCAATGGA AGCTGAAACG CAAGGATTGA 
   tRNA_K{CTT}FR  GTCCTGAAAG TCTGTATTGG AGTGCAGCGA TCCGCCATTT TTTCCTTGGA 
  tRNA_K{CTT}GL2  TGCAGCGTTA ACTCCCAATC AAAGAAAATA TAGTGGATTC TAATCTGACG 
  tRNA_K{CTT}GL1  AGGGGAGAAA .ATGATTGAT AGCGGGTTAA CTTTTAAGAT CTTGGTATCA 
  tRNA_K{CTT}GR2  TTATGAGAAG CGGTCATTGA AGTTAGAGGA AGCTGAAATG CGAGGATTGA 
   tRNA_K{CTT}IL  TTATGAGAAG CTGTCATCGA GGTTAGAGGA AGCTGAAATA CAAAAATTGA 
   tRNA_K{CTT}JL  TAATACCTTG CAATTCAGGA TGATTGTAGG GCCTATTCTG CTTACCTTTC 
   tRNA_K{CTT}KL  GGTCGTATCA ATCTGTTGTA TTACGGGCTC GAGTAATACC GGAGTGTCTT 
   tRNA_K{CTT}MR  TACTAAACTA CCATCTTCTT TATTGCCGCT TAATTGTAAC ACGTCTACAT 
  tRNA_K{CTT}PR1  AGTAAATGTA CAAAACTTAA TCGGAGGAAG AAGCTTAAAC ATACAAAAAC 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  GCTACTAAGA CAGGGGCAAA AAATAACAAT ATGTAAGCAT AAGAAATGGG 
tRNA_I_K{TTT}GL3  TAATAATATT ATGTAGAAAT ATCGCTTCCC CTTT.....G AGGATTCCTC 
tRNA_I_K{TTT}GR1  TACATGAAAA TTTTATAATT TTTATTTTTC CATTTTGTAT GGTATCATTC 
 tRNA_I_K{TTT}KR  TCTAGATCAC GTGAATCATT ACCATTTTTT AGGTCATCCT ACGGATAATG 
 tRNA_I_K{TTT}LR  GGCAAGCGAC AGGAAGAAAC CAAGCAAACC AAAAAAAAAG TAGTGGGTAT 
 tRNA_I_K{TTT}OR  TCTAATAATA TTGATATTCT TCTTCTGTTC TTTATGATAA TAGTCATTAT 
tRNA_I_K{TTT}PR2  TTAAGGACGC TCTGTTGTAT TACGGGCTCG AGTAATACCG GAGTGTCTTG 

                  251                                                300
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  TATTACATTA TCAATCCTTG CACTTCAGCT TCC....... .TCTAACTTC 
  tRNA_K{CTT}DR1  TGATATTGTT GGAATAAGAA TCAACCATCA TATACCC... ..GACTAACG 
  tRNA_K{CTT}DR2  TATTACATTA TCAATCCTTG CGTTTCAGCT TCC....... .ACTAATTTA 
   tRNA_K{CTT}EL  TAATGTAATA GGATCAATGA ATATTAACAT ATAAAACGAT GATAATAATA 
   tRNA_K{CTT}ER  TAATGTAATA GGATCAATGA ATATTAACAT ATAAAACGAT GATAATAATA 
   tRNA_K{CTT}FR  AGTATTTTGT CTTCTCGATA TTCAGCTGCT GCTTGAGTTT CTGCTCGTTC 
  tRNA_K{CTT}GL2  AACTACGGAC AGTAATTGGT ATTTTTACTC ATTAGTGACT TTGGTAATGC 
  tRNA_K{CTT}GL1  AACAGTGCTT TCGATGTCAT TGCCAAAAAA TGTCGTCCAA GGTACATACA 
  tRNA_K{CTT}GR2  TAATGTAATA ATGAAACATA TAAAACGGAA TGA....... .GGAATAATC 
   tRNA_K{CTT}IL  TAATGTAATA GGAGAATGAA ACATATAAAA CGGAA...TG AGGAATAATC 
   tRNA_K{CTT}JL  GAGCGACTTT TCTTCAGCGC AGCCAAACTT TTTTGGTCCC AAAGATGTTT 
   tRNA_K{CTT}KL  GACAATCCTA ATATAAACAG TCTTAGGGAA GTAACCAGTT GTCAAAACAG 
   tRNA_K{CTT}MR  TACCAGAATG ATGAACTCCG CCTGTCAGAT AGTCGTGCTT TGGTGCGGTC 
  tRNA_K{CTT}PR1  AACAGCAGGA TGACTACAAA GAAGCCGTTA AACAAATCTT TTTGTCTCCG 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TCAATGTTGG GATACTTGGT GAATTCCGTT CTTTTTAGAA GCGGATTTTC 
tRNA_I_K{TTT}GL3  TACCCTCGAG GAGAACTTTT AGTATATTCT GTATACATAA TATTGTAGCC 
tRNA_I_K{TTT}GR1  ATTATTCTAT TAAAGAAATT CGTGAGTAAT CTGATAATCA TTGAGATTCC 
 tRNA_I_K{TTT}KR  GCGAAACCAC ATAATTGCTT TGTAGATCTC TTTTTATGCT GGATGGATGG 
 tRNA_I_K{TTT}LR  TGGCCAGTTC GGCAATCTTC GCCTTCAAAT TCCCTGTCTC AACTTTTTAA 
 tRNA_I_K{TTT}OR  ATTATTACAT TATATATCCT TGCAATCCAG CTCCCATTAA ATCTGATGAC 
tRNA_I_K{TTT}PR2  ACAATCCTAA TATAAACAGT CTTAGGGAAG TAACCAGTTG TTAAAACAGT 

                  301                                                350
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  GATGACAGCT TCTCATAACT TATGTCATCA TCTTAACACC GTATATGATA 
  tRNA_K{CTT}DR1  TTCATATTAT TAGTAAACTA TCATATACAA CCTAAGAAGT TGACATAAAG 
  tRNA_K{CTT}DR2  GATGACTATT TCTCATCATT TGCGTCATCT TC.TAACACC GTATATGATA 
   tRNA_K{CTT}EL  TTTATAGAAT TGTGTAGAAT TGCAGATTCC CTTTTATGGA TTCCTAAATC 
   tRNA_K{CTT}ER  TTTATAGAAT TGTGTAGAAT TGCAGATTCC CTTTTATGGA TTCCTAAATC 
   tRNA_K{CTT}FR  AGGTCATCGA TCAGAGAGGT TACGTCGTCG TGACTGAGCT GCAAGGTGGT 
  tRNA_K{CTT}GL2  CCTATATTTC ACTAGAAGGT GTCACAGTGT CACAAATTTT ACATCACAGT 
  tRNA_K{CTT}GL1  ATTCTAAAAA TGGAATAATA AACAGGACTA CCATTAAAAA TGGAAACAGG 
  tRNA_K{CTT}GR2  GTAATATTAG TATGTAGAAA TATAGATTCC ATTTTGAGGA TTCCTAGATC 
   tRNA_K{CTT}IL  GTAATATTAG TATATAGAAA TATAGATTCC ATTATGAGGA TTCCTAGATC 
   tRNA_K{CTT}JL  TTTTTCTAGA TCTGTTAGGA ACTTCAAGAC TTCATAGTCA CTTAAAAATG 
   tRNA_K{CTT}KL  TTTATCAGAT TAATTCACGG AATGTTACTT ATCTTATATA TTATATAAAA 
   tRNA_K{CTT}MR  TTGATAAAAT TGTTGATTGC TTCCATCGAT ATCATGATTC AGCCTAGGAT 
  tRNA_K{CTT}PR1  TTACTAATTC ACTAATATAG TAATTTTGCT AACCTCTATC GTCATTGAAA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TTATTCGTTT ATATGTTGCC A..TTCATTA CCCTATCATA TTATGAATCT 
tRNA_I_K{TTT}GL3  TTGATCAACA ATGAAATGCC TACAATCATC TTAAAATTCA CCAATCTCTC 
tRNA_I_K{TTT}GR1  AG....TATT GGTAAACGCT ATTATACTAG GTATATACAT AATATACTAG 
 tRNA_I_K{TTT}KR  CCCTCTGGAA TGCATCCTTC ACGAACACAA TTTATGAAAC CTCAGGTTTG 
 tRNA_I_K{TTT}LR  GCTTTCTTGA TATGTGGGAA TACCAGGCTA TTGCTGCCTT GCGTTGGCTC 
 tRNA_I_K{TTT}OR  TGTTTCTCAT CTTTAGGGTT ATCTTTTTAC GCCGCATATG ATACTATATT 
tRNA_I_K{TTT}PR2  TTATCAGATT AATTCACGGA ATGTTACTTA TCTTATATAC TATATAAAAT 

                  351                                                400
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  ATATATTGAT AATATAACTA .TAGTTGATA GACGATAGTG GATTTTTATT 
  tRNA_K{CTT}DR1  ATTGACAAGC AGTTACCATT TTTAGTAGAA GTTGAAAAGC AAGAATTGAT 
  tRNA_K{CTT}DR2  ATATACTAGT AACGTAAATA CTAGTTAGTA GATGATAGTT GATTTTTATT 
   tRNA_K{CTT}EL  CTCGAGGAGA ACTTCTAGTA TATCTACATA CCTAATATTA TAGCCTTAAT 
   tRNA_K{CTT}ER  CTGGAGGAGA ACTTCTAGTA TATCTACATA CCTAATATTA TAGCCTTAAT 
   tRNA_K{CTT}FR  AGGGGCCCTT CTGATCATCA AGTGCGATGT TATTGTTGCT GTTTTTTTTT 
  tRNA_K{CTT}GL2  TCCCTTTCGT AAGATCAAGA ATATGGCTGA CTATAGTGGA CATCTTCTTA 
  tRNA_K{CTT}GL1  TTTAGTGGTA AGTTAACAGC GCAGAAGAAA AAAAAAATTT GAGGAGAAGA 
  tRNA_K{CTT}GR2  CTCGAGGAGA ACTTCTAGTA .TATTCTGTA TACCTAATAT TATAGCCTTT 
   tRNA_K{CTT}IL  CTCGAGGAGA ACTTCTAGTA TATTCCGTAT ACATAATATT ATAAGCCTTT 
   tRNA_K{CTT}JL  CATTCCTTTC CTCAAGAACT TTCATAACGT TTAAAGTTTT TTGTTTAAGT 
   tRNA_K{CTT}KL  TATGAATCAT ACTAAGTGGT GGAAGCGCGG AATCTCGGAT CTAAACTAAT 
   tRNA_K{CTT}MR  TTGTGGGTTG CTTTGATTGA TTGGAAATGA TCGACTATGA GACCTTGAAC 
  tRNA_K{CTT}PR1  CTGATTTGTC CTCGAGAAGG CAACAATCAA ACTGCAAAAG AAACGTAAAG 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TCACATTTTA TTTTCCATAA GATCTGATGA CTGTTTCCCA ATCACCTTAC 
tRNA_I_K{TTT}GL3  AGCTCTTATT TAAGCTTTGT TGAGACGAGA GTTAGTTATC CGACAATACT 
tRNA_I_K{TTT}GR1  AAGTTCTCCT CCAGGATATA GGAATTCTCA AAATGGAATC AGTATTTCTA 
 tRNA_I_K{TTT}KR  ATGCTCCGGA AAGCCTATTT CTCACGTTTT CCGGCACTTA ATGCGCATAT 
 tRNA_I_K{TTT}LR  TTACGCCCTT AACATTACCT AGCTTTACTA CATAATGAGC TTTCGGGCCC 
 tRNA_I_K{TTT}OR  AATAATATGA ATGCTAGTCG ATAAATAATA CTTGATTCCT ATTCCAACAT 
tRNA_I_K{TTT}PR2  ATGAATCATA CTAAGTGGTG GAAACGCGGA ATCTCGGATC TAAACTAATT 

                  401                                                450
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  CCAACAATTC TATATACGTA AAATTATAGC CTTTACCAAC AATGGAATCC 
  tRNA_K{CTT}DR1  AACCAAATAT TGTTTTCCAA CAATGCAATC CCAACCCTAT CTCAATATTC 
  tRNA_K{CTT}DR2  CCAACAAGT. .......... .......... .......... .......... 
   tRNA_K{CTT}EL  ....CACAAT GGAATCCCAA CAATTACATC AAAATCCACA TTCTCTTCAA 
   tRNA_K{CTT}ER  ....CACAAT GGAATCCCAA CAATTACATC AAAATCCACA TTCTCTACAT 
   tRNA_K{CTT}FR  TCTCTTCAGA CCGCTAATAT CATATATACG TACATCCTAG ATCCATCCAT 
  tRNA_K{CTT}GL2  CACCGTATAT AGTAATATAT TGCTAATATG AGCACTAGTT GATTCTTGTT 
  tRNA_K{CTT}GL1  ATAAAGCTCT CGCTTCAAAT ATTATCAGCT TCAATAGGTA TGTGCGATGA 
  tRNA_K{CTT}GR2  ATCAAACAAT GGAATCCCAA CAATTATCTC GAAATTCACC CATCTCTCAG 
   tRNA_K{CTT}IL  ATCAACAATG GAACCCCCAA CAATTATCTC AAAATTCACC CATATCTTAA 
   tRNA_K{CTT}JL  GTCGATTTTT TCAGTGGTGG GTGTTGGATT CACTCAACTT CTCTTCTACT 
   tRNA_K{CTT}KL  TGTTCAGGCA TTTATACTTT GGGTAGTTCA GCTAGGGAAG GTCGGGTTTT 
   tRNA_K{CTT}MR  CAGTTTAATT TTAAAATAAA TATTTTTGTT GAACTAGTTC AGCAACCGAA 
  tRNA_K{CTT}PR1  CAACGACTTG AACAAGTAAT CGCTAACCAC ATATTGAGAT AAGCAGATAA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  ATCATATATG ATAATGTACA ATTGATATGA AGAATAGCAG TCGATGGATG 
tRNA_I_K{TTT}GL3  ATACAAGACA TTAACATCAT TTTTCGTGCT GTTAGGGTGG TGTCTTTTCA 
tRNA_I_K{TTT}GR1  CATAATAATA TTGCGATTAT TTCTCCTTCC GTTTTATATA TTACATTATC 
 tRNA_I_K{TTT}KR  AAAAACATAG TCTCTACGTT ACGAGGATTT ATCATAGAAC CCAAATCAGC 
 tRNA_I_K{TTT}LR  GCATAACTCC GGGTGTCCGC ACGACCGCGA CTACTAAGAA TAATAATAAT 
 tRNA_I_K{TTT}OR  ACTCTATCCA AAATTATTTC CTTTATAAAA ATTATACCTC AACATTTATC 
tRNA_I_K{TTT}PR2  GTTCAGGCAT TTATACTTTT GGGTAGTTCA GCTAGGGAAG GACGGGTTTT 

                  451                                                500
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  AACAATTACC AGCTATTCAT CAAGTGATCA GAAAATAATA TTGAGGTTTT 
  tRNA_K{CTT}DR1  A......... .......TAG AATTCACTTA TTTCTCAGTT TAATACATGA 
  tRNA_K{CTT}DR2  .......... ........AA CATGAATAAA ACTAAACAGA TGATATTTTA 
   tRNA_K{CTT}EL  TAACCCTAAT TATTCATTAC TGTTGCAATC AAT.....GA ACAACCAATG 
   tRNA_K{CTT}ER  TATGAACATC ACCCATTTCA TATTACTAAT TATCCGCGGT TCATCGAATG 
   tRNA_K{CTT}FR  TATTCCTCTA CTTTTGTGCA ATGTGAAAGG ACAAAGAGAC AGGAAAAAGA 
  tRNA_K{CTT}GL2  CCAACAGTAT ATTCCAAACA TGTGTTAATC ACGCGTTGAT ACAATGTGGC 
  tRNA_K{CTT}GL1  GGTTACTATC TTCTGGGTGA AAAAATAGTA AGGCTAGCGT AGATAATGAT 
  tRNA_K{CTT}GR2  AATTATTCAC CCAAATCTCA GAAGACTAAA AAAGAAAGAA ATGTGGATAA 
   tRNA_K{CTT}IL  TTAG...... .......TAA CATGAATAGT ACTAAACAGA TGATATTTTA 
   tRNA_K{CTT}JL  GTGGCTGTTA TTTGCTTAAC TTTCATAGAT CGATGGCATT GAAAAAAATA 
   tRNA_K{CTT}KL  GTCTCATGTT GTTCGTTTTG TTATAAGGTT GTTTCATATG TGTTTTATGA 
   tRNA_K{CTT}MR  ATCCAGAAAA AAAGTTCTAG AAGAATAGTT TTATTAACTT TGAGAAAGTA 
  tRNA_K{CTT}PR1  TCGCTGTTAA ACGTCGTTGA TACAGTCAGT CAATATGAAT AGTGTAGTAT 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  ATATTTTATT CTTATTATCA ACATGTACAA AGTGTTGGAA CGGTAAAGAC 
tRNA_I_K{TTT}GL3  TTTGTTGCAA TAAATGATAA GTAGTTTACC GTCCATTAAC ATGTGCATTA 
tRNA_I_K{TTT}GR1  CTAATACAGT ATCAATCCTT GCATCTTAGC TTCTATTAAA TTTAGTGACT 
 tRNA_I_K{TTT}KR  AGTAATAAAT TTCCACGGTC AAATTAAACT CTTGTCGTTG ATATGGGTGT 
 tRNA_I_K{TTT}LR  ACCCCGGAGG TGAATTCAAA AGCGGCGATT CCATCCGTCC GGAAAAGAGA 
 tRNA_I_K{TTT}OR  AAATAGTTTA GCAATGTATC CTTTTCGGTA GTTAATTACT TTAAATAACC 
tRNA_I_K{TTT}PR2  GTCTCATGTT GTTCGTTTTG TTATAAGGTT GTTTCATATG TGTTTTATGA 

                  501                                                550
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  AGTTCACATT TTAGTAACAG TATTTATATT TTTAAGTCAC TTATTAAACG 
  tRNA_K{CTT}DR1  TGATGCATCT TGATATTGAG AAATTATATG TATTATCCCT TTTTAACCTT 
  tRNA_K{CTT}DR2  AAGTTTCATT GCAACAAACA TGTTTAATGT CCTATTACTT CCAAAATTAA 
   tRNA_K{CTT}EL  CTTCGTTTTA GACATACAC. .....AGACA GTATAGGTTA AACCTTGGAA 
   tRNA_K{CTT}ER  TTAAATTACA TATAAGTACT TTACTTTGCT CTCTAATCCC TCCATAAGAA 
   tRNA_K{CTT}FR  AAAAATTATG GTGCGGCCTA AACATCGGAT GTGGTGCATC TTTTAGTGCC 
  tRNA_K{CTT}GL2  TCGGCTACAA ATCAGTTATT AACATCGTGA GCTATGTTTC CCTGAAATGG 
  tRNA_K{CTT}GL1  TTGAAATTTC TCAAAAAAAT ATTTTTGATA CATATAATAA TTTTGAAGCC 
  tRNA_K{CTT}GR2  TCGAGTC... ....TATAGA TTCTTAATTA CATATTAAAC CTGAGAGGTC 
   tRNA_K{CTT}IL  AAGTTTCATT CCAACAAGCA TCTTAAATGT GCTATTACTT CCTAAAATAA 
   tRNA_K{CTT}JL  ATTTTTCAGG CAATTTTCCT TTTTTTACTT GGTATAATTT TCAGGAATTG 
   tRNA_K{CTT}KL  ACGTTCAGGG TGACGTA..T TGTCATACTG ACATATCTCA TTTTGAGATA 
   tRNA_K{CTT}MR  AAAGCTGAGA TAAAAAACCA GCTCAACAT. ....ATAAGA ATACAAGCTG 
  tRNA_K{CTT}PR1  TTTATCGTTA GGTTCACCTT CCAAATATTC GTTAGATAAA GATGTTTCGG 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  CAGTGCAAAT CTGATAAAAC TTTAAAATAA CATGGACAAA TTTATGTCCA 
tRNA_I_K{TTT}GL3  AATAATAGCA TTATGTGAAC ATAATGTATA TTTAACTAAA ACTATTATCG 
tRNA_I_K{TTT}GR1  GTTTCTCAAT CTTTATCTTT TACTAGATAG CAAGTACAAG AGAGTACTAC 
 tRNA_I_K{TTT}KR  AGTGTGATGG TGGTGACCAC TATTTCGCCT TTATTAGTTA TTTATATGAG 
 tRNA_I_K{TTT}LR  GCAGAAGTTA GCCCGGGACC ATGCAGTTTG ATGGGTTGTC TATCTTAGAC 
 tRNA_I_K{TTT}OR  TAAGTTAAAT ACCCACTATC TAT....... .....AGAAA TCTTTATTTA 
tRNA_I_K{TTT}PR2  ACGTTCAGGA TGACGTATTG TCATACTGAC ATATCTCATT TTGAGATACA 

                  551                                                600
            LYS1  .......... .......... GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}CR  TAATTTTTCA TAATTAAAGA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
  tRNA_K{CTT}DR1  TAAAAGGTCA CAAATAAATA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
  tRNA_K{CTT}DR2  TTAGTTTTTC CAACGAAATA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}EL  GAGATTTTCC CAAGAAAAAA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}ER  TCAGAAAAAC AACAATAAGA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}FR  GAGTAGCCAG AGATTAAAAT GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
  tRNA_K{CTT}GL2  GGACGTTTTC CAACGAATTA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
  tRNA_K{CTT}GL1  TGAATTTTTC .AACGAAATA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
  tRNA_K{CTT}GR2  AGATTTCCAA TAATAGAATA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}IL  GTAGTTTTTC CAACGAAATA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}JL  AAGGATTTTT CAACGAATTA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}KL  CAACACAATC ACGTTTAAAA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
   tRNA_K{CTT}MR  ACGGTAAATA ACAATAAGTA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
  tRNA_K{CTT}PR1  TTTTTTATTT CAACAAAAGA GCCTTGTTGG CGCAATCGGT AGCGCGTATG 
            LYS2  .......... .......... TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
           LYSIN  .......... .......... TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
 tRNA_I_K{TTT}DL  GGA.TTCTCC GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
tRNA_I_K{TTT}GL3  AAG.AAATCC GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
tRNA_I_K{TTT}GR1  AGA.AAAAAT GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
 tRNA_I_K{TTT}KR  TTAGCCCTCC GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
 tRNA_I_K{TTT}LR  TGGAAAATTC GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
 tRNA_I_K{TTT}OR  GGA.CGCTCC GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 
tRNA_I_K{TTT}PR2  ACA.CGCTCC GAAGAACTCA TCCTTGTTAG CTCAGTTGGT AGAGCGTTCG 

                  601                                                650
            LYS1  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}CR  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
  tRNA_K{CTT}DR1  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
  tRNA_K{CTT}DR2  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}EL  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}ER  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}FR  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
  tRNA_K{CTT}GL2  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
  tRNA_K{CTT}GL1  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
  tRNA_K{CTT}GR2  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}IL  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}JL  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}KL  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
   tRNA_K{CTT}MR  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
  tRNA_K{CTT}PR1  ACTCTTA... .......... .......... ATCATAAGGT TAGGGGTTCG 
            LYS2  GCTTTTA... .......... .......... ACCGAAATGT CAGGGGTTCG 
           LYSIN  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
 tRNA_I_K{TTT}DL  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
tRNA_I_K{TTT}GL3  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
tRNA_I_K{TTT}GR1  GCTTTTAAGC GTATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
 tRNA_I_K{TTT}KR  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
 tRNA_I_K{TTT}LR  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
 tRNA_I_K{TTT}OR  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 
tRNA_I_K{TTT}PR2  GCTTTTAAGC GCATTTGCTT AAGCAAGGAT ACCGAAATGT CAGGGGTTCG 

                  651                                                700
            LYS1  AGCCCCCTAC AGGGCT.... .......... .......... .......... 
   tRNA_K{CTT}CR  AGCCCCCTAC AGGGCTTTCT TTTTTCT... ......TGGA AAAAGAAAGA 
  tRNA_K{CTT}DR1  AGCCCCCTAC AGGGCTAATA ACACATT... ......CAAA ATGTTATAAA 
  tRNA_K{CTT}DR2  AGCCCCCTAC AGGGCTATCT TTTTTTT... ......AAAC AACATCCACA 
   tRNA_K{CTT}EL  AGCCCCCTAC AGGGCTTTCT TTTTCTC... ......CGAA AATAAGAAAA 
   tRNA_K{CTT}ER  AGCCCCCTAC AGGGCTTTCT TTTTAAC... ......TTTT TGCGCGTTTG 
   tRNA_K{CTT}FR  AGCCCCTACA GGGCTTATCT CTTTTTTTCT CTAACAAAAA AAAAATTCGT 
  tRNA_K{CTT}GL2  AGCCCCCTAC AGGGCTATTC TTTTTTT... ......GTTC TATATGAACA 
  tRNA_K{CTT}GL1  AGCCCCCTAC AGGGCTATCT TTTTTAG... ......GCTC AAATCAAAAA 
  tRNA_K{CTT}GR2  AGCCCCCTAC AGGGCTTTCT TTTTTTC... ......TTTA AAACACGATG 
   tRNA_K{CTT}IL  AG.CCCCTAC AGGGCTATCT TTTTACC... ......ATTT TCAATTCAAT 
   tRNA_K{CTT}JL  AGCCCCCTAC AGGGCTAATA TTTTTTTCTT GCCCACTTAT TCAAGGAATA 
   tRNA_K{CTT}KL  AGCCCCCTAC AGGGCTTTCT TTTTAAAACA GGATGCTAAA GCCGACACCG 
   tRNA_K{CTT}MR  AGCCCCCTAC AGGGCT.TCT TTTTTTGAAG ATTCAAGTAA ATATGCTGCA 
  tRNA_K{CTT}PR1  AGCCCCCTAC AGGGCTTTCT TTTTTAT... ......TGCA TGGTCTATCA 
            LYS2  AGCCCCCTAT GAGGAG.... .......... .......... .......... 
           LYSIN  AGCCCCCTAT GAGGAG.... .......... .......... .......... 
 tRNA_I_K{TTT}DL  AGCCCCCTAT GAGGAG...T TCTTTCTTTT TTTCTCTCAA TTTTTAACCG 
tRNA_I_K{TTT}GL3  AGCCCCCTAT GAGGAGTTCT TCTTTATTTT TTTCCCGGTT CACTATTTTT 
tRNA_I_K{TTT}GR1  AGCCCCCTAT GAGGAG...T TCTTCTTTTT TAATTTTTTG GCTACAATAG 
 tRNA_I_K{TTT}KR  AGCCCCCTAT GAGGAGTTCT TTACTTTTTT AGATTCGGCG TTCAATGCTA 
 tRNA_I_K{TTT}LR  AGCCCCCTAT GAGGAGTTCT TTACTTTTTT TTTATCAACT TCCTTTGCTT 
 tRNA_I_K{TTT}OR  AGCCCCCTAT GAGGAG...T TCTTTATTTT TGTCAGTAAC TATTCGGGTA 
tRNA_I_K{TTT}PR2  AGCCCCCTAT GAGGAG...T TCTTTACTTT TTTGCACGTT TTACAAATAT 

                  701                                                750
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  A......ACT A.CATTACAT GTGCCGCA.A GCGCAAGTAA CAATGTTTAT 
  tRNA_K{CTT}DR1  TTTTTTTTCG GGTTTGTGTT TAAAACTA.A CCTTCTAAAG AAAACAATAA 
  tRNA_K{CTT}DR2  C......TTT ATTGTGGTCA TTGTGATA.T TCTTAAGAAA CTTTTATTTC 
   tRNA_K{CTT}EL  A......AGC ATCAGCAGTA ATGACAGC.T CTGCTATTCG CCCAAAGTCA 
   tRNA_K{CTT}ER  A......GAT ATATCTAACT ACGGCTTT.T ATGCCACACT TGCATGGATA 
   tRNA_K{CTT}FR  GTTTCTATTT TGCATATTTT CCTATATTTT CCTATATTTT TTTCTCGGCT 
  tRNA_K{CTT}GL2  ...GAGCTAT TTCCCTTCTA AGAGTCCCAC ATAAAAGTGC TCTGGGGAAA 
  tRNA_K{CTT}GL1  AATGTCTAAT ATATTAAATT CTACTTCC.T TTTTATATCT CAAAGAAGAA 
  tRNA_K{CTT}GR2  A......CAT AAATTTCCTT TGTATGAA.C CGTACCCTTA ATAATAAAAG 
   tRNA_K{CTT}IL  A......GAA AAATTAAATC ATTAGAGA.C GGAAAACTGG TTGAAAACGC 
   tRNA_K{CTT}JL  AGTGCTAATT ATCTTTCAAC CTTGCAGCGA AGCTTTCTTT TGTATTTCAT 
   tRNA_K{CTT}KL  TTCAAACACA AGTGGCAGCT TTTCTCGAGA ACAGCAATGC CCACAGTTTT 
   tRNA_K{CTT}MR  TACATAATTC TCATTCAAAA TATATACACT TAAGACATCT GGCCTTTTCT 
  tRNA_K{CTT}PR1  TCAGGTTCCC TTAACCGCTG CCAAGAAAGA GCACGTGTAA AAATGGAATG 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  GTACCTTTAA AAGGGTATCA AAAACAATAG CATAGCATAA AAGAAATAAG 
tRNA_I_K{TTT}GL3  CCAAGATTAA ACATGGCTCA TATACACCAT CCAAAAATCT CTTAATTAAC 
tRNA_I_K{TTT}GR1  CCATCAATGG AATGTCCTTC CTTTTAGGTG TCTTTCAGCT CACTCAAGTC 
 tRNA_I_K{TTT}KR  AAGAAAAAAA ATGAAAATAA GTTTCAATTA ATAGTGAAAG AAAAGGAAGG 
 tRNA_I_K{TTT}LR  CACGCCTATT A.......TA AATTTAGATC GCGTATGATA TTGTTAATCG 
 tRNA_I_K{TTT}OR  CCATCCTCTT CTTTTCTTTT TCCCCCACTA TAAAACGAGT CTATCAATTC 
tRNA_I_K{TTT}PR2  GCAGAAACAA AGACAATACA TATTGTATCA GTTGGTTATA GTGTTTTGGA 

                  751                                                800
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  AGCTTATCTA ACGGGGAATG TATTTTAAAT TCAAACAACT TGAGTTATTG 
  tRNA_K{CTT}DR1  AAATTATATC AACATTTCCT CATGTCTTTG TAACCTACTA GTAGGGATTT 
  tRNA_K{CTT}DR2  ATCTATGATA TTTTTTTTTA CGTATACATT ATAAATCATC AAACTCATGT 
   tRNA_K{CTT}EL  ATTATTCTTT AACCCCAAGT TACTTTTTTC TTTTTTTGTT ATGTACGTTT 
   tRNA_K{CTT}ER  ATGATTTTAA AACATGCAGT TCGTTTTAAG TGAGCCCGAG TTTCCTCACT 
   tRNA_K{CTT}FR  CTTATACAGC AAAACTAGGT TCATATAAAA AAGATACGGT TATATGCATT 
  tRNA_K{CTT}GL2  AACGGACCAC AGCATGTCCT GTGGTACTTG TTTCTTTCAA GTTTTTCGTA 
  tRNA_K{CTT}GL1  GGCATTTAAC CCCATTCATA TGGTTTACAC TTGTGTTGAG ATTTGTTGCT 
  tRNA_K{CTT}GR2  GAAAAATCAT GCTTTAGGTA TAAGACTTTC TGTTGTATTA AAATTTAGTA 
   tRNA_K{CTT}IL  ATCGATTGAG GACAT..TGA AAAGATGATT ATGACCGATC TATGAAGCCA 
   tRNA_K{CTT}JL  CTCATAGAAG GTGAAATATC ACACTATTTT GTAAATAGAA ATAGTATATG 
   tRNA_K{CTT}KL  ATTTACAATT TTACACTATT GACGTGGAGA TTTTTTTATC CCGCATATGA 
   tRNA_K{CTT}MR  AGTTAATCTA TATATTTAGT TCTTATAATA GATGAATGTA CCGTCAACCA 
  tRNA_K{CTT}PR1  ATTATACATC AATTAAACAT ATAGTCATGG TGGTGTTGAC ATGTATATAA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TGCAATTTAT TGGTGTCATT TATATAAGCT ATGAATTTTA AAAAAAATAA 
tRNA_I_K{TTT}GL3  CTATAACCAT TGTTCTCCTT CACCTCATTC AAGAATCTGG CTTCTGAATT 
tRNA_I_K{TTT}GR1  TAAAAAAGTT TTGTGGGGTA ACAAGGAGCC ACGTATGAAT ACTTTTGGTA 
 tRNA_I_K{TTT}KR  AAGTTAGAAC TGAAATGCGT AGACTACCTC CCCCAAATTT TTTCTTGTTT 
 tRNA_I_K{TTT}LR  GCGGTTAGAA TTTATAAAAA TCGACGATTT TCTAGGAATT ATTTGCGCAT 
 tRNA_I_K{TTT}OR  CCTTCAAGCA TTAGTGGTAG TAATACATTT TAATCACATG AGAGTGTTCA 
tRNA_I_K{TTT}PR2  CTTACAAGGT TCTGACAATA TACATTAATG TGTTCCTTTT ATTGAATGAA 

                  801                                                850
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  AAATTATGAG TGAACCTTTC CGTCATACTC ATTGCATTGC GCTCAAAATC 
  tRNA_K{CTT}DR1  TGAAGGGCTG AAAGCTTCTT AGTTCTGTCG GATCCATTAT ATTATCATTA 
  tRNA_K{CTT}DR2  GGCATTCTCC GCGCCCTTTG ATATTTCCCC CTCGTTATAC TCATTCGACC 
   tRNA_K{CTT}EL  AGATATCTAC CAATACATGA AGAGAAAAAA ATTATTGAGT CTTGATTTTC 
   tRNA_K{CTT}ER  TCCATATTGA CGATCGAAGA AAAGCGGTGA ATTCTGGGGG C.AGTTGTTG 
   tRNA_K{CTT}FR  ATTTAGATCG GAAAAAGTCT CTGTCTAATG CGGTCACCTA GGGTTCGTCC 
  tRNA_K{CTT}GL2  TGTATTTCCC ATTTTTTGAT TCGCTACAAC CTGTATTTGT TTTATGGCGC 
  tRNA_K{CTT}GL1  TGCGCTTCTT TTATCCTTTT AAACCGCTTA TTTATCCTTT CCAACGATAA 
  tRNA_K{CTT}GR2  TTTATTTTTA TTATGCTATT ATTTTTTTCG GTCTCAAATG TTACTTAGTG 
   tRNA_K{CTT}IL  TAAGATTACG TTAAGAATAG TTCTTTGTTA CTGATTTCAA AAACTGTTTT 
   tRNA_K{CTT}JL  TAGTTCGTGG AGAACCAGAC TGCAGACTAT CAATAAAAGG TTACATTCTG 
   tRNA_K{CTT}KL  CCTAGTAGAG GATCTCTGTC TTCCCCTGAT AAATGTCAAA TGTATGACGT 
   tRNA_K{CTT}MR  AAGATTAGCA GTTGGAGGGC GTTAAAAACA ATTTACCATT GCCAGGATTC 
  tRNA_K{CTT}PR1  TATACATTAG TTTTGTCATA TTTGAAGAAT AAATAATATT TCGATTTGTT 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  ATGTAGCAGT TTCTTTTTTG TTTAAATTCT GAGTTTTCTA CTTTTTAATT 
tRNA_I_K{TTT}GL3  GCCATTGATA GAAGAACAGT ACTAAATTGC GCCGGAATAA TGAAGAACAT 
tRNA_I_K{TTT}GR1  CATAGAAAAA AAATGCTATC CTAACAGCCT AATTCTTATT GAAGTGCGTA 
 tRNA_I_K{TTT}KR  GGTTGCATTA TTTCATGAAT TCAACTAAAA GGCTGAAAAT GTCAACAACC 
 tRNA_I_K{TTT}LR  ACATATATAT AGTTATTTAG CTCTATACAG GTGTAAGAAG GCGTTGATAA 
 tRNA_I_K{TTT}OR  TTCAAAAATA TATACTATTT CGTGTAAATC AAGTGCTCAA TTACTCTTGT 
tRNA_I_K{TTT}PR2  AAAAAAAAAT AATTCTTACA TCTCAATATG AAATTTTATC CTTTACAGTA 

                  851                                                900
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  TGCGAACGTA TCGCACCAGC TATCTGAGTA TAAAATAATA ATACGCTTCA 
  tRNA_K{CTT}DR1  TTTACGAAAC TAGTGCTATG GGTGGCGAAC GTGGTGGGCG TTACCTTTTA 
  tRNA_K{CTT}DR2  GGTCCGCTTG CGATGACTGG TTTGGCTCAT CTTTTGGCTC ATTTGCATCT 
   tRNA_K{CTT}EL  AGTAAGCAAT ATAGTATAGA GTTCATTCTT TTAAGGCAAG CACCAAAGCG 
   tRNA_K{CTT}ER  AGACTACATT GCTGATGAGG GCTGTATATT TTGTTACTGA TA........ 
   tRNA_K{CTT}FR  TTTCAAGCGT ATGTAAGACA ACCATTCCTT CACACCCATG AGCGCGAGTG 
  tRNA_K{CTT}GL2  GCCTGGACCA TATATATGTA TATATTTATT TACATGTAAT TGGCACAGGG 
  tRNA_K{CTT}GL1  GGCTCAAATG ACATCAATGT TCTCTTTTGT GTCACAAGAA ATATAAATAA 
  tRNA_K{CTT}GR2  ATCTACGAAT ATTGTTCTAA AAGAAATTTT CCACTTATAG CAAGGCTAGT 
   tRNA_K{CTT}IL  TTTAGCCAAG AGTACCACTA ATTGAATCAA AGAGACTAGA AGTGTGAAAG 
   tRNA_K{CTT}JL  TTCAACTCAT GTGACCAGAA GTTTGATTAA GCAAAATTGT TCTTCTCCTT 
   tRNA_K{CTT}KL  TACCACAATT GTATCACGGT GGT......T TCAGTCTGTC ATGAGGAATA 
   tRNA_K{CTT}MR  GACAACACTA TTGTAACGTA TTTCTGTTTC TGGTCTTGGA GTAATGTTTG 
  tRNA_K{CTT}PR1  CCCGACAATT ATTGAAAATG TTTTAAGTGT AGATATTAAT ATAACAAATC 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TCCAAAATAC TACAGCTGAA AGAACAGCGG ATACAACGAA TGCGATACTG 
tRNA_I_K{TTT}GL3  CCGGGTTACC TTAGATGTCT TTTTTTCCTT TTTTTATCAC ATTTTTCACT 
tRNA_I_K{TTT}GR1  GATTCAAAAA .AATATTGAT ACCCGCGGGG TTTGAACCCG CGCCTCCGAA 
 tRNA_I_K{TTT}KR  TTTCATGATT ATGACTTGGA AGAGCCATTA ACCTCAAATG CCAGACCACT 
 tRNA_I_K{TTT}LR  AACTATGGTA ACAAAATAAA AAAATAGAGG GAGGGGTGTG GCTAAATGCG 
 tRNA_I_K{TTT}OR  GCATCAAGTA TGCTAGTAAT TGGGCCGTAA ATTCGATACA AGCAAT..CC 
tRNA_I_K{TTT}PR2  CAAAAGTAAT TATTTCGAGA GTCTAATTAG AATGATATCT AGAAAAGGCT 

                  901                                                950
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  TAATATATAC TTTTTGGAAC AAGTGGCCAT TAATAGTGAT ATAGGATTGC 
  tRNA_K{CTT}DR1  AAGTCCTAAT GGAAACCTAC CTATGCATAA AGTGAATAGA GTGGCAATAA 
  tRNA_K{CTT}DR2  TCAGCCAGCT CGCTACAAAC CTTGGATCCG AAATGGTGCT CAACCATGTG 
   tRNA_K{CTT}EL  ACTCTACTAG GAATATAAAC TTGGAGGAAG TTCTTCCTGT TGTTCCATTC 
   tRNA_K{CTT}ER  ..ATTACTAT GATTCTATTA TTTGATGGGG TAGTACTATT GGGTAAATAG 
   tRNA_K{CTT}FR  ACAAAACAAA GCTCTGCAAT AAGGGCATGA GCAGGACATC GCGAACCACA 
  tRNA_K{CTT}GL2  GAAAAACAGT GGAAGGATCA AGGTAAAAAG TATGAAACCG AGAATTATTC 
  tRNA_K{CTT}GL1  CAACAATAAA ACATTAGGTA TTTAGTTGGA AGTCAAACTT GAAACTCTTC 
  tRNA_K{CTT}GR2  AAAGCTACGA GTACGGAAAA AAGTTTTCCC TCTCTTGGTA AACTCTGAGC 
   tRNA_K{CTT}IL  TCATGGATGT TGATTCTGAC GTTAATGTCT CCAGGTTAAG AGATGAACTG 
   tRNA_K{CTT}JL  AACATATGAT ATTATCTGAA GGAATCTAGA AAAGCTTGAT CATTCCGCAG 
   tRNA_K{CTT}KL  AGGGCATTCA GTACCGACAA TGCTATACTT GTAAATAGAA AAATGATGTT 
   tRNA_K{CTT}MR  TAGTCTATTA GCGGAAGTAC CTTTTTACAG TGTCGACACA ATTTGACTAT 
  tRNA_K{CTT}PR1  ATCAACATGG TTTTTAATCC TTATCTTTGG CAAGGACTTC ATCTAAACTA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  CTGTACTTGT AGACAGCCGA AATACAGGAC GGATTTCGCA GATCTCCTCC 
tRNA_I_K{TTT}GL3  CTGCACTTTT TCACTTTCTC GAGGTCCAAT CTATGACTAA TATTAAGCGC 
tRNA_I_K{TTT}GR1  GAGATCAGGA CCTCGACCTG ACGCCTTAGA CCACTCGGCC AGAGTACCAA 
 tRNA_I_K{TTT}KR  AAAGAACTCC GTTATTACAA TCCGAGTAAT AAAATCTTTC CCATATAGAA 
 tRNA_I_K{TTT}LR  ATTTTTTTTT TCTTTGGATA TTATTTTCAT TTTATATTCA CATCAAATCA 
 tRNA_I_K{TTT}OR  CAGTAGCAGC TGTATTCTCG TCCATTCCTC TACGTGCCAC AATCACGCCA 
tRNA_I_K{TTT}PR2  TTCCAGTTGA AATTCACCAC TGGAATTTTT GGTAAATACA CCT.TCTTCT 

                  951                                               1000
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  TGTGTAAATG CTAATATCAC ATATAGATGT ACATCTCGTA TTACATGTGA 
  tRNA_K{CTT}DR1  AAGTCGAATA ATAGTACAAA TACGCAAAAA TATGAGTACG GACGTTGCTG 
  tRNA_K{CTT}DR2  TTCCACAGCA ACATAGCCGT ATAAATTAAC AAATCTTCTT CTTACTACGA 
   tRNA_K{CTT}EL  CAAATCGGTG GTAAAGAATT CGGAACTTTC GTTGATTCTG TTATGTCCAC 
   tRNA_K{CTT}ER  AAAATATTAG AACTTTTTCT CGGGAACCTA TTTGTTAAAT AAAACCCAAC 
   tRNA_K{CTT}FR  ACTTTCGTAA TCACACCCGC CTTCCGTGAG AGAGACGATG AGGGTGCCAA 
  tRNA_K{CTT}GL2  GCGACTTCAG GTTATCCAAT CGTGTATGTA ATCGTATGTA GGCAAAAGTA 
  tRNA_K{CTT}GL1  CCGGTTATGT TGTATTGGCA AGGAAAGAGC TGAATTGGTT GAGTGATGGG 
  tRNA_K{CTT}GR2  TAAATCAGCA CCGTTAGAAA TTTGAACAGA GTTTGTCGAG CTGGCTTCGG 
   tRNA_K{CTT}IL  CATAAGGTGG CAAACGAGGA AACAGATACC GCCACTTTCA ATGATGATGC 
   tRNA_K{CTT}JL  AATAACCTAT CAAAATGATT GGGAGGACCA TTTTATAATT CATGCTACAT 
   tRNA_K{CTT}KL  CTAAAATCGG CATTCTCGCT ATTTGAGATT TTGTCTTTTT TTACCTGGTA 
   tRNA_K{CTT}MR  TTTTTCAACT AGATTACCGC ATGTCCGTCA GGGCATTTGT TGTCATGCAA 
  tRNA_K{CTT}PR1  GATAATTCTG GGTTACCTGT CAATCTCAAA GTCTCGTCAG TTCTTAATTT 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  GCCACTCATA CAGCGAGAAT CGTAAAATTT GGCATACAAC ATGCAAAATA 
tRNA_I_K{TTT}GL3  ATTTCATTTG AAGATATGTG TATCGCAATC TTTTTTCTTA TCTTGTAGAC 
tRNA_I_K{TTT}GR1  TTCATCTGTT GGGTAAGGGA ATAAAGCAAA CGCAATTTAT AAAAGGAAGA 
 tRNA_I_K{TTT}KR  ACGTCAAGAA CATAGTGCTG CACGATTACG ATCTTGCTGA TAAAACTGCA 
 tRNA_I_K{TTT}LR  GAAAATCCTG GAACGAGGTT CTTAGTAAAC CCACCTTCCT TGGCGGCAGC 
 tRNA_I_K{TTT}OR  TGCGCATTTA CAGCCTTTAT GTATATTGGA ACTCTAATCC ATTTCAATTT 
tRNA_I_K{TTT}PR2  GTGATAATTC CGTCAATAAG CTCATGTGGA GTAATGTCGA AGGCTGGATT 

                  1001                                              1050
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  ATGTGCCTAA TGTGGAAG.. .GAAATTTCA TACATGCAGT TCAGGTAGTA 
  tRNA_K{CTT}DR1  CTGCACAAGC CCAAAGTAAA ATAGATTTAA CAAAAAAAAA AAATGAGGAA 
  tRNA_K{CTT}DR2  TATTGTTATG GGAATCAGGC TGGATCTGCA CTAATACTTT TCTCCAAGTC 
   tRNA_K{CTT}EL  CAAAT..... ...TCAGCAC GATCTGAGTT CAACACGATG TGAT.AAGTA 
   tRNA_K{CTT}ER  TAACTATCGT CTATCGACTG GTATTCATAT CACTATTATA TTATCACGTA 
   tRNA_K{CTT}FR  TTCCCTGTGT AAAGCTTTCT TGAACACTTT CTCGAACCTC AAATCAGGTA 
  tRNA_K{CTT}GL2  AATAGATATG AACTACATTT TCCTGCTTTA CTTAGACTAG AGATGTGACC 
  tRNA_K{CTT}GL1  AGCTGGCACT CTTTTAAATG GATTAGAAAA GGAAAACTTT CCAAATAACA 
  tRNA_K{CTT}GR2  AGGAAGAACT TTGGATTGTA GATGTGTATT TGCTTGATAT CTGGGTAGTA 
   tRNA_K{CTT}IL  GCCATCCGGC GCCACCTGCC GTATTTGTCG TGGAGAAGCT ACTGAGGACA 
   tRNA_K{CTT}JL  ATATAACATT ATACAGTAAA CCCTTTTAAT GTAATGGATT GCTCATAGTT 
   tRNA_K{CTT}KL  TTTCGCGTTT ATATTACGGA TGCAAGAAAA GGAGAAGGGC GCATCACATC 
   tRNA_K{CTT}MR  AAAAATGAAT AAAAAAAAAG GGCATCATCA AGAGAAGAAA ACCTAATTAA 
  tRNA_K{CTT}PR1  CTTATATGTG AAGTATGTCC CAGAGCATAA AGCTACACCA ACAGCGAGAA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  TCATAGAACC TATAGCAGGT GCAATTAGTA AGCTACCGTA AACAGTCCCG 
tRNA_I_K{TTT}GL3  CCTCCTATAC ACATCTCTAG ACTATATATT TGGTTTGGTT ATATCTTTAA 
tRNA_I_K{TTT}GR1  TACGCCATTT AAGTGAAGCT TTGCAAAATC AAGTCAATTA CTCCGGAGCA 
 tRNA_I_K{TTT}KR  AAGGACCTGT TCAATGACGT TTTGAACAAA ATTCAAAATG AAGGTTCATT 
 tRNA_I_K{TTT}LR  TTCGTAGTAG CCGTAGATGG TGGTAGTAGC CATCAAAATG GATGCCCCAG 
 tRNA_I_K{TTT}OR  GTTTAGATTT CTCAAAATAA CCTTTCGGTT TTCATCAAAA GGCAGTTTTT 
tRNA_I_K{TTT}PR2  CCAGACATTG ATTTCAAGAG GGGCAATACC GACCTTTCCA GTGATTGGCT 

                  1051                                              1100
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  ATGAAACCGA TTTAAGATCT ATTAATTGAA CATTGATATG GTAGTTATAC 
  tRNA_K{CTT}DR1  ATAAATAAGA AGTCTCTAGA GGAAGACGAT GAATTTGAAG ATTTCCCCAT 
  tRNA_K{CTT}DR2  ATCGTTTCTT GCCATTCTCT AGCAATGCGC TCTTGAATCC TGTTGACACT 
   tRNA_K{CTT}EL  CCAGCTTTTT CGACACCAAC TCTATAATCG CTGTAGCTGT TTGTAGGATG 
   tRNA_K{CTT}ER  CGGTATAAGA AGATGTCATA GAGATTGAGA AATAGTCACC AAATATAATA 
   tRNA_K{CTT}FR  TGTTCAAATG TTTGTTGGGA GTTGGCGCCG TAGGTACGTT CATTTCTACG 
  tRNA_K{CTT}GL2  TCAAAGAATC TTCTCAAGTA GTATATCTGG AAAAGAGAGT TTGCAATAAC 
  tRNA_K{CTT}GL1  TCCATTCAGA TTTGCCTGCG TATCCTAACA TGGATTCTCA AGAAGATGGC 
  tRNA_K{CTT}GR2  GAACTGGTCA CGTCATTACT TGATGTTGCG ACACCACCCT TATCTTGTAC 
   tRNA_K{CTT}IL  ATCCTCTTTT CCATCCTTGT AAATGCAGGG GCTCAATTAA ATACATGCAT 
   tRNA_K{CTT}JL  GTGTACACGA ACTGTTTGCT AATAAGCTTG TTTTAGCTTC TATTGCTAAA 
   tRNA_K{CTT}KL  GATTTTGGTC TACCTATAAA CATTCTCTCT CTCATCCACT TTCGGTTCAA 
   tRNA_K{CTT}MR  CGAGAGTGCA GGACATATGC ACAAATAATA TATCTCACAC CATAATAATG 
  tRNA_K{CTT}PR1  ATAACGGTGT TAATTCGACG GGTATTTTGT AGCCACCAGA TGTTTTTTTC 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  AATGAGCGTT CGCCCCATAC TAACAGGACC AGCGTCGGAT AAACAGTGAA 
tRNA_I_K{TTT}GL3  GAACTTATTT CTTTTTCTTA TTTTTCCATT CCACTAAGTT AAACCCTGCA 
tRNA_I_K{TTT}GR1  TGACCTTTTG AAACCGATCT AACTCCTTTA AAATACTAAT TTGAAAAGCC 
 tRNA_I_K{TTT}KR  CAGACCATTC CGTAATGTTA AGTTTGATAC TTTAAAGATA TACACGCACG 
 tRNA_I_K{TTT}LR  AACCTAAAGT ACCTAGTAGG TCGGAGCCAA CAGAAAGAGC ACCGATGGTA 
 tRNA_I_K{TTT}OR  TAAATTTAGA TTTCCAAACA CCATCATTTA TAGTTGTGTA TTTTTGGATA 
tRNA_I_K{TTT}PR2  CTCCTGACTC ATTCAATATC AAGGAACCAT TTTCAGGATT AATTACTGTA 

                  1101                                              1150
            LYS1  .......... .......... .......... .......... .......... 
   tRNA_K{CTT}CR  AAGAGTTATA TTAATTATCA CATTAACTGT ATAGTAAGCT CCAAACACAC 
  tRNA_K{CTT}DR1  TGACACATGG GCCAATGGTG AAACAATAAA AAGCAATGCT GTAACGCAAA 
  tRNA_K{CTT}DR2  CTCATTAGGA TATATAAGCT TCTTAACGAT AGGCCTATTC TCATAATGCG 
   tRNA_K{CTT}EL  GAAGTTGAAA ATAAACAACA GATTATTTCT T...TCAAAC ACAATCATTT 
   tRNA_K{CTT}ER  GCACCTGAAA TGCAAGAACT GATAACGTAA TAAGAAAAAG AATGACAAAG 
   tRNA_K{CTT}FR  TTCCCACAGT TTTTCTTGCT GCCTTGCCTT CTTTGCGTAC GGTGTGTATG 
  tRNA_K{CTT}GL2  GACGCCCAAT TGGAAGATGG ACCACCATTT AACACGATCG TTGGTCGACT 
  tRNA_K{CTT}GL1  AATACTAGTA AGGAAAGTAA AAGAAATAGT CCAGTAAAAC AGAAGTCCCA 
  tRNA_K{CTT}GR2  AGGACTGTCC GATGATACGG AAGATTGTTG AGTAGTTGGG GCAACTGTAG 
   tRNA_K{CTT}IL  GAATCCTGTC TGTTGGAATG GGTAGCTTCA AAAAATATAG ACATTTCAAA 
   tRNA_K{CTT}JL  GAAATTACTG ACGAAGAGTT TATGACAAGG AAAGATGAAC GAAAGTACAA 
   tRNA_K{CTT}KL  TAGTGCAAAA ATAGGTAACT AACAACTCAA TTGAATAGTA AATGTCACTT 
   tRNA_K{CTT}MR  TCAAGTGAGT CAACAACTTT CATCGTGGAT GTTTCACCAT CAATGATGAA 
  tRNA_K{CTT}PR1  TAGTTTTTTG TTAGTATAAT ACTCTATAAT CTTGTAGTTA GCATTCATAA 
            LYS2  .......... .......... .......... .......... .......... 
           LYSIN  .......... .......... .......... .......... .......... 
 tRNA_I_K{TTT}DL  AAGTCCACCG TATACAATTC CAACCAATGA TCCTGTAGGT ACTAGCCCCC 
tRNA_I_K{TTT}GL3  GTTGATACAG ACATTGAATA GGACAACCGA TCGTTACTAT CATGACTTTA 
tRNA_I_K{TTT}GR1  CTATAAGTGG CAATCCACGC AGACCATACA GGTTGAATCT TTACAAAATC 
 tRNA_I_K{TTT}KR  CACATGGTTC CAAGACGGTT AATCTCGTGA TCAATTTTGA CCACGATGAC 
 tRNA_I_K{TTT}LR  GCACCGCCGA AAGCAGCAGC AGTTGGAATG ATCTTCTTCA ATTCTCTGTA 
 tRNA_I_K{TTT}OR  AATTCCTTCC AAGGAAGCTC TTCTTCGTTT ACAAGATTAC TATTACTTGC 
tRNA_I_K{TTT}PR2  CCAGTAACAA CCTTGAATTC CTCAGGGTTA CGTTCTTCCA CAATAATGTC 

                  1151                                        1194
            LYS1  .......... .......... .......... .......... ....
   tRNA_K{CTT}CR  ATAATATTGA TAATAAATAA GATGAAACAG TTGGCG.... ....
  tRNA_K{CTT}DR1  CAAACATATG GGAAGAAAAC TGGGAT.... .......... ....
  tRNA_K{CTT}DR2  GCGGAGGTAA TTCTTCCGGG TGATAAAGTT TA........ ....
   tRNA_K{CTT}EL  TGTCACCTTC ATGTTTTAAT GAAACATAAG CCTGTTTCGT GTTC
   tRNA_K{CTT}ER  TATAAAAGGA AGAAGATAAA GTAACATTAT TATGTAGAGC TAT.
   tRNA_K{CTT}FR  TGTATGTCTG TGTGC..... .......... .......... ....
  tRNA_K{CTT}GL2  CTGCAGTATT TCTATGCGTC CTTTCTCT.. .......... ....
  tRNA_K{CTT}GL1  AAAAGATGAA GAAAAGTCAT CTAAAA.... .......... ....
  tRNA_K{CTT}GR2  ACCTAGTGGT AGAGGAAACA GTGGCTGGGG TC........ ....
   tRNA_K{CTT}IL  ACCAGGCGCG GATGTTAAAT GTGACATCTG TCAC...... ....
   tRNA_K{CTT}JL  TTTACCGGTT AGTGTC.... .......... .......... ....
   tRNA_K{CTT}KL  CTAATAGATT CTGTACCAAC AG........ .......... ....
   tRNA_K{CTT}MR  AAATAATAAT GTTTCCA... .......... .......... ....
  tRNA_K{CTT}PR1  TCAACATAAT TGTTTTCTTA GAAAG..... .......... ....
            LYS2  .......... .......... .......... .......... ....
           LYSIN  .......... .......... .......... .......... ....
 tRNA_I_K{TTT}DL  AGGGTGACGC TGAAGAGGT. .......... .......... ....
tRNA_I_K{TTT}GL3  CCTGAATCAA AAGACT.... .......... .......... ....
tRNA_I_K{TTT}GR1  CACAAGTATT TTCATATCTG .......... .......... ....
 tRNA_I_K{TTT}KR  GACTGGACTT TAGACA.... .......... .......... ....
 tRNA_I_K{TTT}LR  AATGGAGGTT TCTCTCTTAC CGT....... .......... ....
 tRNA_I_K{TTT}OR  TTCATAGTTC GCATCCATAT C......... .......... ....
tRNA_I_K{TTT}PR2  ATCGCCAGTT TCGGTTACAT .......... .......... ....