1                                                   50
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  .......... .......... .......... .......... .......... 
 tRNA_I_P{TGG}AL  .......... .......... .......... .......... .......... 
 tRNA_I_P{TGG}LL  .......... .......... .......... .......... .......... 
 tRNA_I_P{TGG}ML  .......... .......... .......... .......... .......... 
tRNA_I_P{TGG}NL1  .......... .......... .......... .TTTGATGGG ACTTCCTTAG 
tRNA_I_P{TGG}NL2  .......... .......... .......... .......... .......... 
 tRNA_I_P{TGG}OL  .......... .......... .......... .......... .......... 
tRNA_I_P{TGG}OR1  .......... .......... .......... .......... .......... 
tRNA_I_P{TGG}OR2  AAGCGTTTAG GTTGCTAACG TAGCAGCAAA CGTTGGTATC AATCACCACT 
 tRNA_I_P{TGG}FL  .......... .......... .......... .......... .......... 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}NR  .......... .......... .......... .......... .......... 

                  51                                                 100
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  .......... .......... .......... ...TCAACTA TCATCTACTA 
 tRNA_I_P{TGG}AL  .......... .......... ..TCTGAAAA CACTTGAATT CGAGATGCTG 
 tRNA_I_P{TGG}LL  .......... .......... .....ATTGA GAAATGGGTG AATTTTGAGG 
 tRNA_I_P{TGG}ML  .......... .......... .....CATGA GAAATATGTG AATGTTGAGA 
tRNA_I_P{TGG}NL1  AAGTAACCGA AGCATAGGCG CTACCATGAA GAAAAATGTG GATTTTGATG 
tRNA_I_P{TGG}NL2  .......... .......... .........G ATCTATGCTT CCACCCTTTA 
 tRNA_I_P{TGG}OL  .......... .......... .......... ..GTAGCCTT TGTTACGTGA 
tRNA_I_P{TGG}OR1  .......... .......... ......AACC ATAGTTTTAC GGCAAATACA 
tRNA_I_P{TGG}OR2  TATTGCGCTA CATTTCAACA ATGTTCTTGA GAAATGGGTG AATGTTGAGA 
 tRNA_I_P{TGG}FL  .......... .......... .......... .AATCCCAAA AAGTATTTCA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  .......... .......... .......... ...TTCACCC ATTTCTCAGA 
   tRNA_P{AGG}NR  .......... .......... .......... ..TGTACACC TCGTATACGT 

                  101                                                150
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ACTAGTATTT ACGTTACTAG TATATTATCA TATACGGTGT TAGAAGATGA 
 tRNA_I_P{TGG}AL  TAGCAATTTG TAATATTATT TAAAGTTCAC AGAGTGGCTT CCTTGGCGGA 
 tRNA_I_P{TGG}LL  TAATTGTTGG GATTCCATTG TTAATAAGGG CTATAATATT AGGTATACAG 
 tRNA_I_P{TGG}ML  TAATTGTTGG GATTCCATTG TTGATAAAGG CTATAATATT AGGTATACAG 
tRNA_I_P{TGG}NL1  TAATTGTTGG GATTCCATTT TTTATAA.GG CAATAATATT AGGTATGTAG 
tRNA_I_P{TGG}NL2  GTCAGATTTA GATCCTATAT AGATTATATG GGATAAGTAA CATTCCGTCA 
 tRNA_I_P{TGG}OL  ATAACTTACT TATCCAAGTA TTAAAAGAAT TTTGGACCAG ATTTCTTCTT 
tRNA_I_P{TGG}OR1  CCATATCACT ATTTTCTTTC TATATAGCTT TGCTAAGGCT TTTTTTAGTG 
tRNA_I_P{TGG}OR2  TAATTGTTGG GATTCCATTG TTGATAAAGG CTATAATATT AGGTATACAG 
 tRNA_I_P{TGG}FL  TAATTCATGT ACTTACGAGA AGAAAAATCA TTGCCCTGCT AGTGCTTCAA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  ATGAGATATA CTTTGAGTAA AAGTGGTGGA GGATATTACT TATGTCCTTG 
   tRNA_P{AGG}NR  TTAAGTGTGA TTGCGCCTAT TGCAGAAGGA ATGTTAAACG AGAAGCTCAG 

                  151                                                200
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  CGCAAATGAT GAGAAATAGT CATCTAAATT AGTGGAAGCT GAAACGCAAG 
 tRNA_I_P{TGG}AL  TCTGAAAAAT AGGTAGTGAT TTAAGGCTAT ATAATATTAG ATACACAAAA 
 tRNA_I_P{TGG}LL  AATATACTAG ATGTTCTCCT CGAGGATCTA CGAATCCTCA TAATGGAATC 
 tRNA_I_P{TGG}ML  AATATACTAG AAGTTCTCCT CGAGGATATA GGAATCCTCA AAATGGAATC 
tRNA_I_P{TGG}NL1  .ATATACTAG AAGTTCTCCT CGAGGATTTA GGAATCCATA AAAGGGAATC 
tRNA_I_P{TGG}NL2  ATCAAGCTGC TCTTCTGACA GGTATTAATA TTGTTAAGAC GGCTAGTATT 
 tRNA_I_P{TGG}OL  CTATTACTAT CCCTCTAATT GAAATATGAG TGATTTTGAG ATAATTGTTG 
tRNA_I_P{TGG}OR1  ACCGAGACAA AGAAGAAAAT TTTCCATAAA TGAAAGACCA TTGTTTATTC 
tRNA_I_P{TGG}OR2  AATATACTAG AAGTTCTCCT CGAGGGTCTA GGAATCCCCA TAATGGAATC 
 tRNA_I_P{TGG}FL  AAAATATAAT TGGGAGCAAC TAAAATCTCC TTGCAATGAG TTACAAGGAA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  GTAGCATGGG TCAAGATAGT TGTGTTAACT TGTTAATTAT TTTTTACTAT 
   tRNA_P{AGG}NR  ACAATACTGA AGCTGTGTTA AAGACCTATT AGTTGAACAT GTTATGGTAG 

                  201                                                250
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  GATTGATAAT GTAATAGGAT CAATGAATAT TAACATATAA AATGATGATA 
 tRNA_I_P{TGG}AL  CATACCAGAA ATTTTCCTCG AAGACCAGCA GAAGGGAACC AATATCACGA 
 tRNA_I_P{TGG}LL  AATATTTCTA TATACTAATA TTACGATTAT CCCTCATTCC GTTTTATATG 
 tRNA_I_P{TGG}ML  TATATTTCTA CATACTAATA TTACGATTAT TCCTCATTCC GTTTTATATG 
tRNA_I_P{TGG}NL1  TGCAATTCTA TACAATTCTA TAAATATTAT ...TATCATC ATTTTATATG 
tRNA_I_P{TGG}NL2  GACTAACTTC ATGACACAAC CACTGTTGTA TCTCAAAATG AGATATGTCA 
 tRNA_I_P{TGG}OL  GAATTTCATC GTTGTTACAG GTTATAATAT TAAATATACA AAATATGCTG 
tRNA_I_P{TGG}OR1  CGAATCAAGT TTTCCGAAGA ATTGTTGTAT TACACAGTCC AGAGACAGCA 
tRNA_I_P{TGG}OR2  TATATTTCTA TATACCAATA TTACGATTAT TCCTCATTCC GTTTTATATG 
 tRNA_I_P{TGG}FL  CAGATTCTTA CCGGTAGTCC TGGTGAGCAA AAGACTTAAC CATGTGGCAG 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  GCTTCTCAAT TAAAGATGAA GTTTAACGAA TGGTCTAGAC TTATTCTCAC 
   tRNA_P{AGG}NR  GTACATATAT GAGGAATATG AGTCGTCACA TCAATGTTTA GTAACTACCG 

                  251                                                300
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ATAATATTTA TAGAATTGTG TAGAATTGCA GATTCCCTTT TATGGATTCC 
 tRNA_I_P{TGG}AL  CATTAAAATA TTGTTATCTC TTTTTATTCA GTGCTTGTAT TTCAGCTTCC 
 tRNA_I_P{TGG}LL  TTTCA..... .TTATCTTAT TACATTATCA ATCCTTTCAC TACAGCTTCC 
 tRNA_I_P{TGG}ML  TTTATATTCA TTGATCCTAT TACATTATCA ATCCTTGCGT TTCAGCTTCC 
tRNA_I_P{TGG}NL1  TTAATATTCA TTGATCCTAT TACATTATCA ATCCTTGCGT TTCAGCTTCC 
tRNA_I_P{TGG}NL2  GTATGACAAT ACGTCACCCT GAACGTTCAT AAAACACATA TGAAACAACC 
 tRNA_I_P{TGG}OL  GAAGTTCTTC TTGAGTATAT AGGAATTCAC AAAAGGAGAG TCGATATATC 
tRNA_I_P{TGG}OR1  GAATCTTTCA GAAATTTTAA TACTGTTGTG ACAGCATCTT GTCTATTATT 
tRNA_I_P{TGG}OR2  TTTCA..... .TTATCCTAT TACATTATCA ATCCTTGCAC TTCAGCTTCC 
 tRNA_I_P{TGG}FL  CCGTTGTCTA ATATCCACTA GCTATACACT TACATGGAAT ATTGGTTGCT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  AGTTTACCCG GAGGTCATCA TTCTCTTTAA TGACAATATT TACTCTGTCG 
   tRNA_P{AGG}NR  GAATCACTAT TATATTGGTC ATGATTAATA TGACCAATCA GCGTGTGTTT 

                  301                                                350
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  TAAATCCTCG AGGAGAACTT CTAGTACATT CTACATACCT AATATTATTG 
 tRNA_I_P{TGG}AL  ATTGAAAACG ATGACTGTCT TCTCAATCTT CATGTCGAGC CCTCACACTG 
 tRNA_I_P{TGG}LL  TCTAACCTCG ATGAC.AGCT TCTCATAACC TATGTCATCA TCTAACACCG 
 tRNA_I_P{TGG}ML  ACTAATTTAG ATGACTAT.T TCTCATCATT TGCGTCATCT TCTAACACCG 
tRNA_I_P{TGG}NL1  ACTAATTTAG ATGACTAT.T TCTCATCATT TGCGTCATCT TCTAACACCG 
tRNA_I_P{TGG}NL2  TTATAACAAA ACGAACAACA TGAGACAAAA CCCGACCTTC CCTAGCTGAA 
 tRNA_I_P{TGG}OL  TACATATTAT GATAATGTTT ACTTCTTCTT CCATTTTATA TGTTATCATT 
tRNA_I_P{TGG}OR1  TATTGGATAC GCAAAACTCA TTTTTTTAAA ATTTTTTTTA TAATTTCCTT 
tRNA_I_P{TGG}OR2  TCTAACTTCG ATGACAGCTT CTCATAACTT GTGTCATCAT CTTAACACCG 
 tRNA_I_P{TGG}FL  GAAATAATTA GACTTAATGG TAGCAAACGT AGTGGTCATC CATATGAATA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  TCACTTTCGT AATTGTTTCG TGTCTGTTTC GCAGTCCATT TGGAATGCGA 
   tRNA_P{AGG}NR  TATATACATC TCTTATTTAG TATAAGAAGA TCAGTAC.TT ATTTCTTCAT 

                  351                                                400
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  CCTTATTAAA AATGGAATCC CAACAATTAT CTCAAAATTC ACCCACTCTT 
 tRNA_I_P{TGG}AL  TACATGATAA TATACTAGTA .CCATGAAAA CTAGTCGATA GATGATAATT 
 tRNA_I_P{TGG}LL  TATATGATAA TATAGTGATA GTTATAACTA TTAGTTGATA GACGATAGTG 
 tRNA_I_P{TGG}ML  TATATGATAA TATACTAGTA .ATGTAAATA CTAGTTAGTA GATGATAGTT 
tRNA_I_P{TGG}NL1  TATATGATAA TATACTAGTA .ACGTAAATA CTAGTTAGTA GATGATAGTT 
tRNA_I_P{TGG}NL2  CTACCCAAAG TATAAATGCC TGAACAATTA GTTTAGATCC GAGATTCCGC 
 tRNA_I_P{TGG}OL  TATTATCCTA TTGCATTATC AACCTTAGGA TTTCTGCTTC CTTTATATGT 
tRNA_I_P{TGG}OR1  TAAATAAAAA GGTTAAAGCT GGGAAAAATG CATCTAAATA ATAAACTAAT 
tRNA_I_P{TGG}OR2  TATATGATAA TATATTGATA G.TATAACTA TTAGTTGATA GACGATAGTG 
 tRNA_I_P{TGG}FL  TATGAGCAAG AAATAAACGT GAACATGTAA AATAGTAATA CAGACACCAT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  CAGTAAGTTA ATTACAAGAA GTAGTAACAA CAACTTAGCG ATAATGTTTC 
   tRNA_P{AGG}NR  TAATACTAAT TTTTAACCTC TAATTATCAA CAGAGGAATA TGAGGATTCC 

                  401                                                450
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  CAAAAAGACA TTCTCCTCAA GAAATCCACA AAAAGGAATC AACAGTTACG 
 tRNA_I_P{TGG}AL  GATTTTTATT TGAA.....A TAGAATCTTT AATGATCACA GTGGATCTTT 
 tRNA_I_P{TGG}LL  GATTTTTATT CCAACAGATA TAAGAATTAC AAAAAGAGAA CTGTTATTTC 
 tRNA_I_P{TGG}ML  GATTTCTATT CCAA.....C AACTAGTAAC ACGAATACTA CTAAACAAAT 
tRNA_I_P{TGG}NL1  GATTTTTATT CCAACACA.. .......... .......... .......... 
tRNA_I_P{TGG}NL2  GCTTCCACCA CTTAGTATGA TTCATATTTT ATATAATATA TAAGATAAGT 
 tRNA_I_P{TGG}OL  GATAGCTGTT CCTTAATCAT TATGTCACCT TCCTATGCCG TATGTGATAA 
tRNA_I_P{TGG}OR1  GATTTAGTTT CCCTCATTTA AAATATCTA. ......AGAA GGACAGAACT 
tRNA_I_P{TGG}OR2  GATTTTTATT CCAACA.... .......... .......... .......... 
 tRNA_I_P{TGG}FL  AATGTACAGG TTAATCCTGA TATGTTTCTC GAATGAAATC GGGAAGACTA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  TCATGTGTGA CGCAGGGTTA CTTTTGACTT AAAACGACCA TTTTGCAGTT 
   tRNA_P{AGG}NR  TAGATCCTCG AGGAGAACTT CTAGTATATT CTGTATACCT AATATTATAG 

                  451                                                500
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  CATAATAATA TTTCTTTTCC TTCCTTCTTC TTCATATTTT GCCATTCTCC 
 tRNA_I_P{TGG}AL  TAAAAACTTG GTGAGATAGT GCTAGTGATC CGTAGTCTAA ATGAGTTACG 
 tRNA_I_P{TGG}LL  TACATAATAA TATTACGATT AGTACTCCTT TTATATGTTT CTTTATCCAT 
 tRNA_I_P{TGG}ML  GATATTTTAG AGTTCCATTT CAACATTATG CACTCAATAT TCATTATTGT 
tRNA_I_P{TGG}NL1  .......... ...TTCCAAT ACCACTGATA AGTACATTCT GCATGTCTAT 
tRNA_I_P{TGG}NL2  AACATTCCGT GAATTAATCT GATAAACCGT TTTGACAACT GGTTACTTCC 
 tRNA_I_P{TGG}OL  TATACTAGTA ACATGAATAC CAATAATAAG TGGATGGTAC TAGAATTACA 
tRNA_I_P{TGG}OR1  TTGTTTGGGG TACTTACCCT TGAGTATTTT TAGCGATTAT TCTTGGAGTT 
tRNA_I_P{TGG}OR2  .......... .......... .......... .......... ..GTTCTCTT 
 tRNA_I_P{TGG}FL  ATAGGAGGCT CAATTCTATA TTCACTCACG TTATGCGCCT GAATTTGAAT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  TTACTTCACG TTCGCAAACT TTCAATAACT GGCTGTTAAT CTGGTCGTTA 
   tRNA_P{AGG}NR  CCTTTTTCAA CAATGGAATC CCAACAATTA TCTCAAAAAT CACCTAAGCC 

                  501                                                550
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ATCCAGTTGC ATCTTTAAGA TGCTCCCGTC TCTTTTTATG CCTACATAGT 
 tRNA_I_P{TGG}AL  TACGAAAGGG AGCCAAAAGC AATCTGACCA ATTTGTATAT ATATACATCT 
 tRNA_I_P{TGG}LL  TTACATTATC AATCCTGATT AAAATTCCCA CGAACCCCCA GTACTAGATT 
 tRNA_I_P{TGG}ML  TGTTAAGGGC TTAATATTGT AGTTGTCAGA AAACTTTTAC TATTCGGTGA 
tRNA_I_P{TGG}NL1  TTATAAAACC TTCTTTAAGA CAAATATGCT ATTTATCCTT TGATAACAAT 
tRNA_I_P{TGG}NL2  CTAAGACTGT TTATATTAGG ATTGTCAAGA CACTCCGGTA TTACTCGAG. 
 tRNA_I_P{TGG}OL  TTTCAACATA GGCTGAGTTG CTTTGGAAGG CCATGATGTG TATTATAAAT 
tRNA_I_P{TGG}OR1  CTCAGCCAGA AGATTAAAAG AATATATGTT ACTGAATGCA GTGTGATACT 
tRNA_I_P{TGG}OR2  CAACCATTCG TTTTTGGGAC TGAGGAAAAT GAATATAAAA TTATAATACT 
 tRNA_I_P{TGG}FL  GGATATTGTT GATAGAAGAT TCCCTTTAAT CACTCTCCTA TATAAATATT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  AGAAAAAGGT CAATGACGAT GGCAGGGAAA ATAGGGCTGT ATCCCAGACT 
   tRNA_P{AGG}NR  TCACATGCAT GTTTTACGTT GTGGTTGATG ATCTATTGAT GTTGAGGTAC 

                  551                                                600
            PRO1  .......... .......... .......... ...GGGCGTG TGGTCTAGTG 
           PROIN  .......... .......... .......... ...GGGCGTG TGGTCTAGTG 
 tRNA_I_P{CCA}HR  TTAATTCTTT ATTTAGAACA CCAACAGATA CATGGGCGTG TGGTCTAGTG 
 tRNA_I_P{TGG}AL  ATCCGAAAAG GAAGACATCA ATT.AGT... .ACGGGCGTG TGGTCTAGTG 
 tRNA_I_P{TGG}LL  GTTCATAATG GATCAAGTTC ACA.AGTTAA TAAGGGCGTG TGGTCTAGTG 
 tRNA_I_P{TGG}ML  TTCCTTAGTG GCTAAGATTC ACA.AGTTCA CAAGGGCGTG TGGTCTAGTG 
tRNA_I_P{TGG}NL1  TTCCTGTGAG ACAGAAATCA CCATAAAATA ATCGGGCGTG TGGTCTAGTG 
tRNA_I_P{TGG}NL2  ...CCCGTAA TACAACAACC ACACGAAATA ATCGGGCGTG TGGTCTAGTG 
 tRNA_I_P{TGG}OL  TCTGAGTCTT TTCATGGTTC TCAGAAAAGA T.CGGGCGTG TGGTCTAGTG 
tRNA_I_P{TGG}OR1  CAAGACTAAG TAGTCTTAAC AACAAGTTAA CAAGGGCGTG TGGTCTAGTG 
tRNA_I_P{TGG}OR2  TCATCTTGAA CTTTGAGAAA TCACAAATTG TATGGGCGTG TGGTCTAGTG 
 tRNA_I_P{TGG}FL  TCTGTTTTT. .CTTATTAAC GCAACAATAA TTCGGGCGTG TGGTCTAGTG 
            PRO2  .......... .......... .......... ...GGGCGTG TGGTCTAGAG 
   tRNA_P{AGG}CR  TCAGGCGCTG TTCTGCCGGG ATTTTTCAAA GGAGGGCGTG TGGTCTAGAG 
   tRNA_P{AGG}NR  CATATTTTGA AATTCATTAA AACAACTTCT ACCGGGCGTG TGGTCTAGAG 

                  601                                                650
            PRO1  GTATGATTCT CGCTTTGGG. .......... .......... .......... 
           PROIN  GTATGATTCT CGCTTTGGGC GACTTCCTGA TTAAACAGGA AG..ACAAAG 
 tRNA_I_P{CCA}HR  GTATGATTCT CGCTTTGGGC GACTTCCTGC CTAAACAGGA AG..ACAAAG 
 tRNA_I_P{TGG}AL  GTATGATTCT CGCTTTGGGC GACTTCCTGA TTAAACAGGA AG..ACAAAG 
 tRNA_I_P{TGG}LL  GTATGATTCT CGCTTTGGGC GACTTCCTGA CTAAACAGGA AG..ACAAAG 
 tRNA_I_P{TGG}ML  GTATGATTCT CGCTTTGGGC GACTTCCTGA TTAAACAGGA AG..ACAAAG 
tRNA_I_P{TGG}NL1  GTATGATTCT CGCTTTGGGC GACTTCCTGC CTAAACAGGA AG..ACAAAG 
tRNA_I_P{TGG}NL2  GTATGATTCT CGCTTTGGGC GACTTCCTGC CTAAACAGGA AG..ACAAAG 
 tRNA_I_P{TGG}OL  GTATGATTCT CGCTTTGGGC GACTTCCTGA TTAACAGG.. .GGGACAAAG 
tRNA_I_P{TGG}OR1  GTATGATTCT CGCTTTGGGC GACTTCCTGA CTAACAGGAA ...GACAAAG 
tRNA_I_P{TGG}OR2  GAATGATTCT CGCTTTGGGC GATCCCCCTG ATCAAACAGG AGGAACAAAG 
 tRNA_I_P{TGG}FL  GTATGATTCT CGCTTTGGGC GACTTCCTGA ATAAACAGGA AG..ACAAAG 
            PRO2  GTATGATTCT CGCTTAGGG. .......... .......... .......... 
   tRNA_P{AGG}CR  GTATGATTCT CGCTTAGGG. .......... .......... .......... 
   tRNA_P{AGG}NR  GTATGATTCT CGCTTAGGG. .......... .......... .......... 

                  651                                                700
            PRO1  ..TGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCC.. .......... 
           PROIN  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCC.. .......... 
 tRNA_I_P{CCA}HR  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCAT TATAATT..T 
 tRNA_I_P{TGG}AL  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCGA ATAATTT..T 
 tRNA_I_P{TGG}LL  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCTT TATTTTC..T 
 tRNA_I_P{TGG}ML  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCTT TTTTTGA..T 
tRNA_I_P{TGG}NL1  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCTT TATATTT..T 
tRNA_I_P{TGG}NL2  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCGT TATCTTTTTT 
 tRNA_I_P{TGG}OL  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCCT TTTTTAC..T 
tRNA_I_P{TGG}OR1  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCTT TTATTTTTGA 
tRNA_I_P{TGG}OR2  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCTT TTTTTGC..A 
 tRNA_I_P{TGG}FL  CATGCGAGAG GCCCTGGGTT CAATTCCCAG CTCGCCCCCT TTTTTTTGCA 
            PRO2  ..TGCGGGAG GTCCCGGGTT CGAGTCCCGG CTCGCCCC.. .......... 
   tRNA_P{AGG}CR  ..TGCGGGAG GTCCCGGGTT CGAGTCCCGG CTCGCCCCAC ATTGTTT..T 
   tRNA_P{AGG}NR  ..TGCGGGAG GTCCCGGGTT CGAGTCCCGG CTCGCCCCCA TTGATTT..A 

                  701                                                750
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  TTTCACTTTT TTGTTCTTTG CAAGAACGCG CGGTACGCAG TTATGAGATG 
 tRNA_I_P{TGG}AL  TT........ ...TTTGCCT ATCTATAAAA TTAAAGTAGC AGTACTTC.. 
 tRNA_I_P{TGG}LL  TT........ ...TTTTGGA CCCAAAGCAC TAGCTTAGGC TGTCCATCTT 
 tRNA_I_P{TGG}ML  AT........ ...TTTTTTT GGAGTATTAC AAAAACGACC ATTCATTA.. 
tRNA_I_P{TGG}NL1  TTCACCATCA ACGTGGTGTT TCACTTATTC CTTTTCTAGT ATTTTTTTTC 
tRNA_I_P{TGG}NL2  CACCATCAGG GCGGAATTTT TTTGTTTAGC ATCAATCAAC CTAACCTCTC 
 tRNA_I_P{TGG}OL  ATTGAAAAGT ATTCGGTCAG ACGTAGCTGA TCGATGTAGC ATGTGTACGC 
tRNA_I_P{TGG}OR1  TTATTTATTT CCTATTGGTC GGGTAACAGA TTTTTTTTAT TTTTTTCAAG 
tRNA_I_P{TGG}OR2  ACTTCGTTTT AGACAGTTAC TTAATTTTGT TTCTTAGGCA CAACAATATT 
 tRNA_I_P{TGG}FL  TATCTGGTCA TAATATCTTA TCTGATCGAC TAGTAGTTTC CTCATATATT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  TACAATGTGT GGTGTCGCTA CTGGCAGAAA TGGTACGGCA TTTATCTTTC 
   tRNA_P{AGG}NR  TTTTTATCAA ATTTTTTAAT ATTGCATATC TTTAGTGGGC AAAAAATTTT 

                  751                                                800
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ATGTAGGCAA TCTCGAGAAT TGAAACTTCT GCATTACCAT AGAATTCAAC 
 tRNA_I_P{TGG}AL  AACCATTAGT GTTAGCGATA ATCAAGAAGT GAAACTCTTT CTCTATTTTT 
 tRNA_I_P{TGG}LL  TGTTCTTGAT TCTAAAGATC ACAGTAGAAT AATGGTTTAT TTCTTAGAGT 
 tRNA_I_P{TGG}ML  AGGAAGTGAA GTCGGTGGAA TAGCTAGAGA GCTTATATTT ATTTAGTCGT 
tRNA_I_P{TGG}NL1  CACCTTATAG AAGCGTGCAC GTTTAATGCT GGAGATAAAA AAAAAAAATG 
tRNA_I_P{TGG}NL2  ATGCTTCTCC AAGCTGAAAG AAGTAAACTC ACTCTATGTA CGTGTTGCAA 
 tRNA_I_P{TGG}OL  ATTTCTAGAT ATCGAGTAAT TTCCGCTGAT GTATAATATA TATATATGTG 
tRNA_I_P{TGG}OR1  GCCCTTTTGT TTTGTAAACA AAGAAATTTC ACAAAGTGAG CGTCTACTAA 
tRNA_I_P{TGG}OR2  TATAAAAGAA GAATGTAAGT ATGACGACGA AAACGAAAAG ACTAATAGTT 
 tRNA_I_P{TGG}FL  AATTCCTTGT GCAATTTTTT TTTACTTACT CAATACTAAG CGGTTCTTCA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  CGACGTAAAA CAAGTGTACT CAGGAGCAGT TTTTTTTTGC AATATGCTAA 
   tRNA_P{AGG}NR  TCCCTGGGCA AAAATATAAG AGAGCTCATC TTATTGTTGT CAGCCCAATG 

                  801                                                850
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ATCTTTTTTT GGCACATTAA AGGTGTGAAT GCTACACTAA TCAATATAAC 
 tRNA_I_P{TGG}AL  TTTTTAATTG AAAAATTTCC TTTCTCTATA GCGTATAGAA TATATGTTAC 
 tRNA_I_P{TGG}LL  TCTACAAGTT TTAGCGTACT ACTGAACAAT GAATGTCCTG ATTTTTTAAA 
 tRNA_I_P{TGG}ML  TGCTTTATGT AACGA..AGC AATCAATAAA ATATTTGTGT TCTGTAGAAA 
tRNA_I_P{TGG}NL1  CATTAATACT CTATATAGCA GAAATATAGT TGTTATAACA TTGTACCAAC 
tRNA_I_P{TGG}NL2  CATATATCTG CCAAAAGAAT GAAAGTAGGT TCAGAACAAA CAGATTGAAA 
 tRNA_I_P{TGG}OL  TGTGTGTGTG TGTTTTTCAT CCAGTAGTTT TTTTCT.... ....TTAAAA 
tRNA_I_P{TGG}OR1  TATTGATAAT GCCATTTCCA CATTACAACT ACTGCTAGGC GCAGGGTTAT 
tRNA_I_P{TGG}OR2  TCATATAATA CTAAACGATT TCAATTTTCG TTTTATATCC TTCCTATTCA 
 tRNA_I_P{TGG}FL  TAAATATATA TACTATACTG TTTATTATTT CCTGTTTTCA ACAATGAATA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  AACTCGTACA ATAAACCAAG GCGCATGGCA TGTTTGAACA TTTACTCGTT 
   tRNA_P{AGG}NR  ATTCCCTTGT CAAATTGAAT TTTCGGATTT ACTTGTTCAG GTACCCGCGT 

                  851                                                900
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ACGATTATGT TAATTGGTGT AAGTGGTACG AAATTTTGCG GATGCGAAGA 
 tRNA_I_P{TGG}AL  ATGTATATAT ATATATAAAG TAAAAACGTT CGGAAAATTC CTCATTATAC 
 tRNA_I_P{TGG}LL  ACTCGCGCAT ATTTGGAGGC CATATCGTGC CACCAACTTT ACTACAGTCA 
 tRNA_I_P{TGG}ML  TAACTTTGAT CCGGGTAATA GATAATTAAT AACTACTTTT TTTATAATGA 
tRNA_I_P{TGG}NL1  AAAAGAAGCC CTATGAAGAT AAACTATGAT CTAGAAGTAT CAACTTGTTT 
tRNA_I_P{TGG}NL2  GGAGACCAGT AAAACTATAT GGGGGGGGTT GTTCTTCCCG CCTCCTTCTG 
 tRNA_I_P{TGG}OL  AAAACTATGT ATAATATAAA ACATGCAATC TAGATATGCT GGATAAATTT 
tRNA_I_P{TGG}OR1  ATTACTTACA CACGCATATA TATGTTTAAT TGGGTATAGA GGGGTTATTG 
tRNA_I_P{TGG}OR2  TAAATTTTAT TTCGCTATGC CAATAATGAG TGGATGTATA GTTGATATCT 
 tRNA_I_P{TGG}FL  GCTTTATCAT AGGCAGCCAT GTTAGCTTCC TTAAATGCTT CGGACAAAGT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  ATTTCGGAGG TTCCTCAGAT GGCTGAATGG AGGTACAGAT TATGATTTCT 
   tRNA_P{AGG}NR  TAAGGGGCTG CCGCGCCTGT CACTCTAAGA AAAAAGGAGC CATCAAAAAC 

                  901                                                950
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  TGTTATTAAC ATGTTGGTTG ATCATTTTCA TTTTGAATTA CTCAATCACC 
 tRNA_I_P{TGG}AL  CCAGATCATT AAAAGACATT TTCGTTATTA TCAATTGCCG CACCAATTGG 
 tRNA_I_P{TGG}LL  AACACCTGTG CCCAATTCTA CCACTTATTA AACAATTACT TAGTAAGATC 
 tRNA_I_P{TGG}ML  ACATGATGAT CTTTGTGAGT ATTAACAAAA GTCGAAGCGG CCCTTTCAAT 
tRNA_I_P{TGG}NL1  GGAATGTATG CTTCGTTTTT TAAGTTATAG AGTAGTTCTG CCGAAATCTC 
tRNA_I_P{TGG}NL2  GGATTATGAA GACGCGCTGA TCTGCTATAG TTCAACGTCC TTTTCGCTTA 
 tRNA_I_P{TGG}OL  ATCTGGTATG ACAATTTTCT TGGCAATTTG CTCGCCCCCG TCTCCATGCA 
tRNA_I_P{TGG}OR1  TTTGACCATG CCGAAGAGAA AAATTGCTCC TAACAAGGAA AGCAGCAGGC 
tRNA_I_P{TGG}OR2  GTTTCGATAA TTTTAAAGTA GATAGTAAAA TCTTACTGAC ATGAATAATC 
 tRNA_I_P{TGG}FL  AGGATGAGCA TGGCAGACCC TAGCAACATC TTCTGCGGAA GCGCCATATT 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  AGAAAACTGC AGCGGACTTT ACAGAGTAAG CTGGAGAAGA CCAATGTTAA 
   tRNA_P{AGG}NR  CATTCAGCAT TAACTAAAAA CGCGGGTAGA GATTACTACA TATTCCAACA 

                  951                                               1000
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  TAGATAATCC AGAGGAGATA TTAGATTATG CTACGAAAAA TTACACAAAA 
 tRNA_I_P{TGG}AL  CTTAATCAAC TTCTTCAACG GTTGGACCTT CAGCCTCTGG AGCTGGAGGA 
 tRNA_I_P{TGG}LL  AGCAAGCGGT TCATCTGTCC CCCATTCATA TATGGCTTTC ACCCTCTTTA 
 tRNA_I_P{TGG}ML  CTATAGTAAC GTCGATATCA TTGATAGATC GAAGAAAAAG AACGGATCGC 
tRNA_I_P{TGG}NL1  TTGCAGATGT TAGGCATCTC TTTAGATGTA TTGTCTTTAT GAAACTAGTA 
tRNA_I_P{TGG}NL2  CTATTTCTGG TAAGAAAT.A TAAGGAATTC TCGGATTAAT TACTTTTCTC 
 tRNA_I_P{TGG}OL  GAGAATTTAC TTCGTGATTT TCTATTGTTA ATTTGACAGG AATACCATTT 
tRNA_I_P{TGG}OR1  GTACGGTCTC CCACGATGAT TTAACCCCAC AAATACAAGA ATTTCAAAAC 
tRNA_I_P{TGG}OR2  CGTCCAAAAC TAGATTACTG TATACAAGCA TATTTAAAAA AATAATGAAA 
 tRNA_I_P{TGG}FL  CTAAGGCTAA GCCAGCTTCA GCAATCATTT CACCGGCATT TGGACCGATA 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  TGAAAACTTG AACTGCTGAA GTGTGATATT CAATGTATGA GATAATCCAT 
   tRNA_P{AGG}NR  AGACCTTCGC AGGAAAGTAT ACCTAAACTA ATTAAAGAAA TCTCCGAAGT 

                  1001                                              1050
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  AATTCAGTTA TATTCCTAGA AAAATTATCA TTACTGGAGA AACTGGAAAA 
 tRNA_I_P{TGG}AL  GCAC.CACCT GGGAAACCGC CTGGAGCACC ACCTGCAGCG CCACCTGGAG 
 tRNA_I_P{TGG}LL  CCTGTTTGAA ACAGAAAAAA AATTACAACT AATGGTATGC AATTCATAAA 
 tRNA_I_P{TGG}ML  TTACTCATAA CAGCGAAATG AAGGCGCTAG TTGAAGAGAT TGATAAGAAA 
tRNA_I_P{TGG}NL1  TGGTTTGAAA CGACTTTTCA TGGAATGTTT CTTGGCTTTC TTGTGTTTCT 
tRNA_I_P{TGG}NL2  GAAAGGGGAT TCCGAACACC TACCGGAAAA AAATAGCAGC CCTTAAGGGG 
 tRNA_I_P{TGG}OL  TCTTTCTCAT CTGAATTTGT GATCAAAAAT TCGTAGGCTG ATCGGCTTGA 
tRNA_I_P{TGG}OR1  CTAATGGATC TCGAATCGCA AAAAGTGGAA AACATCAGAC AGTCGTATTC 
tRNA_I_P{TGG}OR2  CTATGATCAA AAAACTGTGC TACTACAGCG GTGTTGTTAT CCGATACAAC 
 tRNA_I_P{TGG}FL  ATGTGAGCCC CCAAAATACG CTCGGTCTTG GAATCGATCA AAATCTTCAC 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  TAAATCATCT ACAGTTTAAA GACTGTAGGC TTACATGACC GTTTATCACT 
   tRNA_P{AGG}NR  TCGCATTTCA TTGAACGGCT CAATTAATCT TTGTAAATAT GAGCGTTTTT 

                  1051                                              1100
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  GAGACCATTT TTTGTTCATC TTTCTATCGA CGCTCCTGTC ACTACAAGGG 
 tRNA_I_P{TGG}AL  CACCACCAGC TTGGTACAAC TTAGACATGA TTGGGTTGGC AATGTCTTGC 
 tRNA_I_P{TGG}LL  GCATAGGCCA AAAGACCCTG ATACAGATAT ATGCTAAAAC AATAATTATA 
 tRNA_I_P{TGG}ML  ACTTACAATC CTGACATATA TTTCACGTCA TTGGATCCTC AAGCACGTCG 
tRNA_I_P{TGG}NL1  CCTTCCTTGG CCTCGTGGAA ACCGATTCTT TTTGAATAAT AAGAGGTTCG 
tRNA_I_P{TGG}NL2  AGAGTACGGC TCTTGGCATG ACGGGAGGCA GGACAGCACT AAAGGCAGAC 
 tRNA_I_P{TGG}OL  CCCAACAGAA TTATCACCAG TTTTATGTAA TGGGAACGTA TACCACGTAG 
tRNA_I_P{TGG}OR1  GAGGCAAAAC TCCCTGCTGG CCAAGGATAA CTCCATATTA AAAATTAAAG 
tRNA_I_P{TGG}OR2  CGGATATTTT TCTTTTAATG AGTCTAAACC GTGATAGCTT CAGGTTAATA 
 tRNA_I_P{TGG}FL  GAAACCTTCA GTGTCTTGGT TGGTCTTGGC TCTTGAATTG GCCGCAAAGG 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  GCGATATTGG AGGAAGCGCT TCGGATCAAT GGACCTTTTA CTTAGCAGAG 
   tRNA_P{AGG}NR  ACGTTCACAT TGCCTTTTTT TTTATGTATT TACCTTGCAT TTTTGTGCTA 

                  1101                                              1150
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  TAGCATTATA CAGGAAAACG ACTCAAGCAG AAAGCTTATC ATTAGAACAA 
 tRNA_I_P{TGG}AL  AACTCCTTCA ACTTGTCATC GAATTCTTCC TTGCTGGCAG TGGTGTTGCT 
 tRNA_I_P{TGG}LL  AAGGATTATG CCGTAGGAAG GCTGAGAATC CTCAGTTTGT GCACTTTGAA 
 tRNA_I_P{TGG}ML  ATATACTTCA AAGAAGATTA ATAAGCAAGG CACAATATCC ACCTCTAGGC 
tRNA_I_P{TGG}NL1  TCTAAATTAA TGGAACCTTC TCTGTCGTCA TCTCCTAAGA CGTTCATTTT 
tRNA_I_P{TGG}NL2  TAGTCACTGA GCGCTCCAAG TTGGGTATGA TAGTATCTTC AAGTTTTGGT 
 tRNA_I_P{TGG}OL  GAGATGGTGT AGAGGTTGAC CTTGTTCTCA TTGCTAATGT GTCTATATTT 
tRNA_I_P{TGG}OR1  TTAATAGCTT GGAAAAAAAA ATAAGCCAGC TGGTACAAGA AAACGTGACT 
tRNA_I_P{TGG}OR2  CAATCAAAAA AAGCTCAAAT ATTCTTTTAA TGCCGCGTTC ACAGATTCCA 
 tRNA_I_P{TGG}FL  GGAACTTACC AATTTTATAG TCAATGCCGG CTTCTTTCAA TTGCTCTTCG 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  CGAAGGCTGA AAATCATGAA CCCCAACAGC ATGTGTGACC TCTCTTCTCA 
   tRNA_P{AGG}NR  AAAGGCGTCA CGTTTTTTTC CGCCGCAGCC GCCCGGAAAT GAAAAGTATG 

                  1151                                              1200
            PRO1  .......... .......... .......... .......... .......... 
           PROIN  .......... .......... .......... .......... .......... 
 tRNA_I_P{CCA}HR  ATAATACAAG CCATTGATCA ACATGACTTT CAGCCTGAAG .......... 
 tRNA_I_P{TGG}AL  GTCTAACCAA GAAATAGTCT CTTCAGCCTT CTTGGTGACG GTGTCCTTGT 
 tRNA_I_P{TGG}LL  ATTCAAAATA CAAAAAACTG TTGACAAATT AGTATCATAA CTATCTAT.. 
 tRNA_I_P{TGG}ML  CCGTAAAGCG CATAAACTAC TCACTGGCAG ATTTAGAGGC CAGGTTATAT 
tRNA_I_P{TGG}NL1  TTTAGAGTAA TCCCAAAAAT TTTCTGGAAT ATCTAACGGC .......... 
tRNA_I_P{TGG}NL2  CGAGTAGCTA TTCCTCTTCT TCAAAGCCAC TTACGCTTC. .......... 
 tRNA_I_P{TGG}OL  TGAGTAGGCA CTATCCTTAT ATCAGGGGAA GTTGTTCTTG TGGGAAGT.. 
tRNA_I_P{TGG}OR1  CTACGATCTA AAACCTCTAT AAGCGAAGCT ATCTACAG.. .......... 
tRNA_I_P{TGG}OR2  ATTGAATACA ACTAGGTAGT TCATTATATG AAGCC..... .......... 
 tRNA_I_P{TGG}FL  GTTTTACCAA CCCATGCTAC TTCTGGGTGA GAATACAT.. .......... 
            PRO2  .......... .......... .......... .......... .......... 
   tRNA_P{AGG}CR  CGCCTGGCAA GAAACCAAAC TACGGCATAC ATTCAGCGCA .......... 
   tRNA_P{AGG}NR  ACCCCCGCTA GACCAAAAAT ACTTTTGTGT TATTGGAGGA .......... 

                  1201 
            PRO1  .....
           PROIN  .....
 tRNA_I_P{CCA}HR  .....
 tRNA_I_P{TGG}AL  CAGC.
 tRNA_I_P{TGG}LL  .....
 tRNA_I_P{TGG}ML  ACTTC
tRNA_I_P{TGG}NL1  .....
tRNA_I_P{TGG}NL2  .....
 tRNA_I_P{TGG}OL  .....
tRNA_I_P{TGG}OR1  .....
tRNA_I_P{TGG}OR2  .....
 tRNA_I_P{TGG}FL  .....
            PRO2  .....
   tRNA_P{AGG}CR  .....
   tRNA_P{AGG}NR  .....