adenosine trna methylthiotransferase, maker-scaffold1337_size46815-snap-gene-0.2 (gene) Tigriopus kingsejongensis

Overview


Name	adenosine trna methylthiotransferase
Unique Name	maker-scaffold1337_size46815-snap-gene-0.2
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of adenosine trna methylthiotransferase vs. L. salmonis genes
Match: EMLSAG00000009290 (supercontig:LSalAtl2s:LSalAtl2s594:9975:12056:-1 gene:EMLSAG00000009290 transcript:EMLSAT00000009290 description:"maker-LSalAtl2s594-snap-gene-0.16")

HSP 1 Score: 382.104 bits (980), Expect = 9.524e-121
Identity = 203/475 (42.74%), Postives = 289/475 (60.84%), Query Frame = 0

Query:   16 DADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDML-IGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLL-AGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVT--------------------NFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKV 468
            D D  G++ F ++  GC MN SD+E+V SVL   GY  T+   ++ + L+ TCSIRE AE  V ++L+  ++ KR     L IG+LGCMAERLK K   +  L D+V GPDAY+DLP+LL       +  INV+LSR+ETYAD+ P++LN++ +  F+SI RGCDNMCS+C+VPFTRGRERSR   +I+ E  +L  +G ++ITLLGQNV+S++     S  V+                     FA L++ V+++ P++R+RF++ HPKD    VL  I++  NIC +IHLP Q+G++ VL+ M R Y +E Y   V+ I   IP   +SSD I GFC E++E+ QE                  T+ +I   +Y+  F+F YS R  T A +K +D++PE+ K++R  E+ EL+  M+ + NE+ L     VLIEGDSKRS  DF+GR   N  +IFPK   LK GDY  V +
Sbjct:   59 DLDGGGRRXF-LDVKGCQMNVSDAEVVQSVLLKYGYKFTRDPADAQIHLLVTCSIREGAENKVWRKLKNLSRDKRRLQGQLKIGILGCMAERLKEKFFQDPPLADVVAGPDAYKDLPRLLNVSMMTDQSAINVILSRDETYADVLPVQLNADAVTAFVSIQRGCDNMCSYCIVPFTRGRERSRPISSILDEVRNLSGKGVKEITLLGQNVNSYRDTTEASHFVSADARSSTSFKTVYKPKLGGARFADLLDQVSRIDPEVRIRFTSPHPKDFPQPVLQLISERSNICKHIHLPAQAGSNTVLESMRRGYTKESYLSLVQEIRSQIPSVTLSSDFIAGFCGESDEDFQE------------------TIDLIHRVQYNKMFVFPYSLREKTNAHRKLDDNVPEELKKKRFLELYELEKTMSRQLNEKLLNSEQCVLIEGDSKRSPNDFQGRADGNNKVIFPKDFNLKPGDYCTVHI 514

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BLAST of adenosine trna methylthiotransferase vs. L. salmonis genes
Match: EMLSAG00000012745 (supercontig:LSalAtl2s:LSalAtl2s968:139189:141718:1 gene:EMLSAG00000012745 transcript:EMLSAT00000012745 description:"maker-LSalAtl2s968-snap-gene-1.40")

HSP 1 Score: 73.559 bits (179), Expect = 9.530e-14
Identity = 84/364 (23.08%), Postives = 143/364 (39.29%), Query Frame = 0

Query:   49 NGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCM------AERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAED---GEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNR-GYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFF--YSERPGTLAAKKYEDDIPEKTKRR 400
            N + P    E +++ ++N+C+++  AE   R  +    K  +      + V GC+      +E LK   +   + +D VV       L + L G      G K +N   +++   A ++  ++  N ++  I+I  GC N C++C     RG   S  P  IVA A   +   G  +I L  ++                                     SHP+               +  ++H+PVQSG   VLK M R Y  + + + V  +   +P   I++DII GF +ET+++ +ET                    +I   KY    +F   +  RPGT AAK       ++ K+R
Sbjct:   52 NSFVPGTTNESAEVWILNSCTVKNPAEDHFRNEVDGGLKDGKK-----VIVAGCVPQGKPGSEYLKGLSVIGVQQIDRVV-----EVLEETLKGNSVRLLGSKKVN---AKKAGGASLALPKIRKNPLIEIIAINTGCLNQCTYCKTKXARGELGSYPPEEIVARAQSCFEEEGVVEIWLTSEDT----------------------------------VLSHPR---------------VYKFLHVPVQSGADAVLKDMKREYTVDDFSKVVNVLKNKVPGITIATDIIAGFPTETDDDFKET--------------------MILCKKYKFPSLFINQFFPRPGTPAAKMKRVATTKEVKKR 333

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890438|sp|B3ES11.1|MIAB_AMOA5 (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 591.652 bits (1524), Expect = 0.000e+0
Identity = 281/456 (61.62%), Postives = 349/456 (76.54%), Query Frame = 0

Query:   23 KRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWE-NPESKE--------VTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRII-PDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKV 468
            +  Y+ESYGC MN +DSE+V S+L  +G+  T   E++D+I INTC+IR+KAE TVRKRL  FN+ KR  PD++IGVLGCMAERLK  LL+EEKLVD+V GPDAYRDLP+LLA  + G K IN  LSREETYADISP+RLNSNG+  FISIMRGCDNMCSFCVVPFTRGRERSRDP++IV EAT+L+ +GYR++TLLGQNVDS+KW  N + KE        V NFA L+ MVA++HPDLR+RFSTSHPKDITDQVL+TI  Y+NIC YIHLPVQSG+SRVLKLMNRTYDR WY +++E I RI+  DC ISSD+I GFC+E                  TEE+HQDTLS++E  KY  S+MF+YSERPGTLAA+KY DD+P   K+RRL E+I+ Q + + E N +D+GK ++VL+EG SK+SD +++GRN  NK+++FP     K G Y  V +
Sbjct:   35 RNLYVESYGCQMNIADSEVVVSILRPHGFEITDTYEKADVIFINTCAIRDKAEQTVRKRLSQFNQLKRRNPDLVIGVLGCMAERLKQTLLEEEKLVDLVAGPDAYRDLPRLLATVDSGHKAINTFLSREETYADISPIRLNSNGVSAFISIMRGCDNMCSFCVVPFTRGRERSRDPYSIVKEATELFEQGYREVTLLGQNVDSYKWSPNTDKKEQPTTPQEGVVNFAQLLAMVAQIHPDLRIRFSTSHPKDITDQVLYTIKAYDNICKYIHLPVQSGSSRVLKLMNRTYDRAWYLQKIEDIRRIVGEDCGISSDMIAGFCTE------------------TEEDHQDTLSLMEHIKYEFSYMFYYSERPGTLAARKYADDVPLAVKKRRLQEIIDKQRQHSFEKNLKDIGKVYQVLVEGPSKKSDIEWQGRNSANKVVVFP-NVDCKKGTYVDVLI 471

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|123058778|sp|Q11U26.1|MIAB_CYTH3 (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 559.681 bits (1441), Expect = 0.000e+0
Identity = 263/442 (59.50%), Postives = 331/442 (74.89%), Query Frame = 0

Query:   15 EDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRII-PDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQ 455
            E+ +   +++ YIESYGC MNFSDSEIV S+L + G+  T     +D+IL+NTCSIR+ AE  VR RL  F   KR KP M++GVLGCMAERLKA+LL+EEK+VD+VVGPDAYRDLP L+   + G K +NV LSREETYADI+PLRL+ +G+  F+SIMRGCDNMCSFCVVP+TRGRERSRD  +I+ E  +L   GY+++TLLGQNVDS+KW    + E  NFA L+E VA V PDLRVRFSTSHPKDITD+VL+T+ KY+NICN IHLP QSGN+R+L+LMNRTY REWY ER+  I +I+  DC ISSD I GFCSET                  EEEHQDTLS++E++++   + F YSERPGT AAKK  DD+PE  K+RRLSE+I +Q +++LEHN+  +G   K+LIEG SK+S+ D KGRN +N + IFPK+
Sbjct:   30 EERNTGKQRKLYIESYGCQMNFSDSEIVMSILTEEGFDTTSTPNNADVILLNTCSIRDNAEQKVRHRLVHFKGLKRNKPSMIVGVLGCMAERLKAQLLEEEKIVDMVVGPDAYRDLPNLINEVDSGHKAVNVFLSREETYADINPLRLSGDGVSAFVSIMRGCDNMCSFCVVPYTRGRERSRDAHSILNEVRELVANGYKEVTLLGQNVDSYKWSAEGTDERVNFAQLLERVALVDPDLRVRFSTSHPKDITDEVLYTMKKYDNICNSIHLPAQSGNTRILELMNRTYTREWYMERITKIRQILGDDCGISSDTIAGFCSET------------------EEEHQDTLSLMEFARFDFGYQFVYSERPGTPAAKKLADDVPEDVKQRRLSEIITVQRQLSLEHNQAQIGTIQKILIEGVSKKSEHDLKGRNSRNMMAIFPKK 453

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890549|sp|A0M7D3.1|MIAB_GRAFK (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 536.954 bits (1382), Expect = 1.489e-179
Identity = 260/482 (53.94%), Postives = 344/482 (71.37%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKW------------ENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K IDE KQG +   E   A   ++ +IESYGCAMNFSDSEIVAS+L+  G+  T+ +EE+DL+L+NTCSIREKAE TVRKRL+ +N  KR  P M +GVLGCMAERLK K L+EEK+VD+VVGPDAY+DLP L+   E+G   INV+LS+EETY DISP+RL SNG+  F+SI RGCDNMC+FCVVPFTRGRERSRDP +IV E  DL  +GY++ITLLGQNVDS+ W               +    TNFA L+++VA+  P +R+RFSTS+P+D+T  V+  +A Y NICNYIHLPVQSG+ R+LK MNR + RE Y   +++I ++IP+C IS D+ITGF +E                  TEE+HQDTLS++E+ KY   +MF YSERPGT A +K EDDIPE+TK+RRL E+++LQ K + ++    +G T +VLIE +SK+S++ + GRN +N + +F K+   + GD+  VK+ +
Sbjct:    3 KIIDEKKQGNSLVLE-PKAKNTRKLFIESYGCAMNFSDSEIVASILSKEGFNTTQNLEEADLVLVNTCSIREKAEQTVRKRLEKYNAVKRINPGMKVGVLGCMAERLKDKFLEEEKIVDLVVGPDAYKDLPNLINEVEEGRDAINVILSKEETYGDISPVRLQSNGVSAFVSITRGCDNMCTFCVVPFTRGRERSRDPQSIVEEVNDLAAKGYKEITLLGQNVDSYLWYGGGLKKDFKNATEIQKATATNFAALLKLVAEAQPKMRIRFSTSNPQDMTLDVIEAMAAYRNICNYIHLPVQSGSDRILKKMNRLHTREEYFTLIDNIKKMIPNCGISHDLITGFPTE------------------TEEDHQDTLSLMEYVKYDFGYMFTYSERPGTTAERKLEDDIPEETKKRRLQEIVDLQQKHSKQNTNSVIGTTVEVLIEKESKKSNKHWSGRNERNTVTVFSKE-NYQIGDFVKVKIHD 464

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890535|sp|A5FIU2.1|MIAB_FLAJ1 (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 532.717 bits (1371), Expect = 6.556e-178
Identity = 257/480 (53.54%), Postives = 345/480 (71.88%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKW------------ENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKV 468
            K I+ESKQG +   E+     KK F IESYGCAMNFSDSE+VAS+L+D GY  T ++EE+DL+L+NTCSIR+KAE T+RKRL+ +N  KR  P M +GVLGCMAERLK++ L+EEK+VD+VVGPDAY+DLP LLA  E+G   INV+LS+EETY DISP+RL SNGI   +SI RGCDNMC+FCVVPFTRGRERSR+P +I+AE  DL+++G+++ITLLGQNVDS+ W               +     +F  L+EMVA   P +R+RFSTS+P+D+ + +LH +AKY NIC +IHLPVQSG++R+LK MNR + RE Y   ++ I  I+PD +IS D+I GF +E                  TE++HQDT+S++E+ KY+  +M+ YSERPGTLA +K +DD+ E+TK RRL E+++LQ K A   +E  +GKT +VL+E  SK+S  +F GRN Q+  ++FPK+   K GD+  VK+
Sbjct:    3 KIIEESKQGESLVLENKPENTKKLF-IESYGCAMNFSDSEVVASILSDGGYNTTSVLEEADLVLVNTCSIRDKAEQTIRKRLEKYNAVKRTNPKMKVGVLGCMAERLKSQFLEEEKIVDLVVGPDAYKDLPNLLAEVEEGRDAINVILSKEETYGDISPVRLMSNGITALVSITRGCDNMCTFCVVPFTRGRERSREPQSIMAEIQDLWSKGFKEITLLGQNVDSYLWYGGGLKKDFVNASEMQKATAVDFDQLLEMVAVGFPKMRIRFSTSNPQDMHESILHVMAKYPNICKHIHLPVQSGSNRILKEMNRLHSREEYMALIDKIRAIVPDASISQDMIAGFPTE------------------TEQDHQDTMSLMEYVKYNFGYMYSYSERPGTLAGRKMKDDVEEETKARRLQEIVDLQQKHAWFRSEEFVGKTVEVLVEKVSKKSKDEFSGRNSQSITVVFPKE-NYKIGDFVNVKI 462

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890536|sp|A6H119.1|MIAB_FLAPJ (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 517.694 bits (1332), Expect = 4.770e-172
Identity = 255/481 (53.01%), Postives = 346/481 (71.93%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPE-SKEVTN-----------FAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVE 469
            K I+ESKQG +   E+     KK F IESYGCAMNFSDSEIVAS+L+ NGY  T ++EE+DL+L+NTCSIR+KAE T+RKRL+ +N  KR  P M +GVLGCMAERLK K L+EEK+VD+VVGPDAY+DLP LL   E+G   INV+LS++ETY DISP+RL SNGI   ++I RGCDNMC+FCVVPFTRGRERSR+P +I+AE  DL+++G+++ITLLGQNVDS+ W      K+ TN           F  L+EMVA   P +R+RFSTS+P+D+ + +LH +AK+ NIC +IHLPVQSG++R+LK MNR + RE Y   ++ I  IIP+ +IS D+I GF +E                  TEE+HQDT+S++++ KY+  +M+ YSERPGTLA +K +DD+ ++ K RRL E+++LQ K A   +E  +G+T +VL+E  SK+S ++F GRN Q+  ++FPK+   K GD+  VK++
Sbjct:    3 KIIEESKQGGSLILENKPENTKKLF-IESYGCAMNFSDSEIVASILSGNGYNTTNVLEEADLVLVNTCSIRDKAEQTIRKRLEKYNAVKRINPKMKVGVLGCMAERLKDKFLEEEKIVDLVVGPDAYKDLPNLLNEVEEGRDAINVILSKDETYGDISPVRLMSNGITALVAITRGCDNMCTFCVVPFTRGRERSREPQSIMAEIQDLWHKGFKEITLLGQNVDSYLWYGGGLKKDFTNASEIQKATAVDFDQLLEMVAVGFPKMRIRFSTSNPQDMHESILHVMAKHSNICKHIHLPVQSGSNRILKEMNRLHTREEYMILIDKIRAIIPNASISQDMIAGFPTE------------------TEEDHQDTISLMQYVKYNFGYMYSYSERPGTLAGRKMKDDVSDEIKARRLQEIVDLQQKHAWWRSEDFIGQTVEVLVEKVSKKSTEEFSGRNSQSITVVFPKEH-YKIGDFVNVKIK 463

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|81443605|sp|Q8A2W0.1|MIAB_BACTN (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 484.182 bits (1245), Expect = 1.620e-159
Identity = 230/456 (50.44%), Postives = 321/456 (70.39%), Query Frame = 0

Query:   15 EDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            + A A   K+ +IE+YGC MN +DSE++ASV+   GY+  + +EE+D + +NTCSIR+ AE  +  RL+ F+  K+ K  +++GVLGCMAER+K  L+     VD+VVGPDAY  LP+L+A  E GEK INV LS  ETY D+ P R+  N I GF+SIMRGC+N C++C+VP+TRGRERSRD  +I+ E  DL  +GY+++TLLGQNV+S+++E P + EV  F  L+ MVA+  P +R+RF+TSHPKD++D+ L  IA+  N+C +IHLPVQSG+SR+LKLMNR Y REWY +RV +I RIIPDC +++DI +GF SETEE+HQ                   +LS++E   Y  +FMF YSERPGT A+K  ED++PE  K RRL+E+I LQN+++ E N+R +GKT++VL+EG SKRS     GR  QN++++F +    + GD+  V+V E
Sbjct:   10 KSATADDNKKLFIETYGCQMNVADSEVIASVMQMAGYSVAETLEEADAVFMNTCSIRDNAEQKILNRLEFFHSLKKKKKALIVGVLGCMAERVKDDLITNHH-VDLVVGPDAYLTLPELIAAVEAGEKAINVDLSTTETYRDVIPSRICGNHISGFVSIMRGCNNFCTYCIVPYTRGRERSRDVESILNEVADLVAKGYKEVTLLGQNVNSYRFEKP-TGEVVTFPMLLRMVAEAAPGVRIRFTTSHPKDMSDETLEVIAQVPNVCKHIHLPVQSGSSRILKLMNRKYTREWYLDRVAAIKRIIPDCGLTTDIFSGFHSETEEDHQL------------------SLSLMEECGYDAAFMFKYSERPGTYASKHLEDNVPEDVKVRRLNEIIALQNRLSAESNQRCIGKTYEVLVEGVSKRSRDQLFGRTEQNRVVVFDRGTH-RIGDFVNVRVTE 444

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|81317302|sp|Q5LJ70.1|MIAB_BACFN (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase >gi|81384036|sp|Q650P7.1|MIAB_BACFR RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 484.182 bits (1245), Expect = 1.994e-159
Identity = 229/454 (50.44%), Postives = 322/454 (70.93%), Query Frame = 0

Query:   17 ADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            A A   K+ +IE+YGC MN +DSE++ASV+   GY+  + +EE+D + +NTCSIR+ AE  +  RL+ F+  K+ K  +++GVLGCMAER+K  L+ E   VD+VVGPDAY  LP+L+A  E GEK +NV LS  ETY D+ P R+  N I GF+SIMRGC+N C++C+VP+TRGRERSRD  +I+ E  DL ++GY++ITLLGQNV+S+++E  E  EV  F  L+ +VA+  P +RVRF+TSHPKD++D+ L  IA+  N+C +IHLPVQSG+SR+LKLMNR Y REWY +RV +I RI+PDC +++DI +GF SETEE+H+E                  +LS++E   Y  +FMF YSERPGT A+K  ED++PE+ K RRL+E+I LQN+++ E N R +GKT++VL+EG SKRS     GR  QN++++F +    + GD+  V++ E
Sbjct:   12 ATADDNKKLFIETYGCQMNVADSEVIASVMQMAGYSVAETLEEADAVFMNTCSIRDNAEQKILNRLEFFHSMKKKKKHLIVGVLGCMAERVKDDLI-EHHHVDLVVGPDAYLTLPELIASVEAGEKAMNVELSTTETYRDVIPSRICGNHISGFVSIMRGCNNFCTYCIVPYTRGRERSRDVESILNEVADLVSKGYKEITLLGQNVNSYRFEK-EGGEVVTFPMLLRLVAEAAPGIRVRFTTSHPKDMSDETLEVIAQVPNVCKHIHLPVQSGSSRILKLMNRKYTREWYLDRVAAIKRIVPDCGLTTDIFSGFHSETEEDHRE------------------SLSLMEACGYDAAFMFKYSERPGTYASKHLEDNVPEEIKVRRLNEIIALQNRLSAESNNRCIGKTYEVLVEGVSKRSRDQLFGRTEQNRVVVFDRGTH-RIGDFVNVRITE 444

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890425|sp|A6KZJ2.1|MIAB_BACV8 (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 478.019 bits (1229), Expect = 4.479e-157
Identity = 231/465 (49.68%), Postives = 325/465 (69.89%), Query Frame = 0

Query:    7 KQGTAYYQEDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKP-DMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K+ T    + A  +  K+ +IE+YGC MN +DSE++AS++   GY   + ++E+D + +NTCSIR+ AE  +  RL+ F+  K+ K  ++++GVLGCMAER+K  L+ E   VD+VVGPDAY  LP L+A  E GEK INV LS  ETY ++ P R+  N I GF+SIMRGC+N C +C+VP+TRGRERSRD  +I+ E  DL ++GY+++TLLGQNV+S+++E  +  E+  F  L+  VA+  PD+RVRF+TSHPKD++D+ L  IA+  N+C +IHLPVQSG+SR+LKLMNR Y REWY ERV +I RIIPDC +S+DI +G+ SETEE+HQE                  +LS++    Y  +FMF YSERPGT A+K   DD+PE+ K RRL+E+IELQN+++ E N RD+GKTF+V++EG SKRS +   GR  QNK+++F +    + GD+  V++ E
Sbjct:    2 KETTGADFKSATDSENKKLFIETYGCQMNVADSEVIASIMQMAGYHVCETLDEADAVFMNTCSIRDNAEQKILNRLEFFHSMKKNKRRNLIVGVLGCMAERVKDDLI-ENHHVDLVVGPDAYLTLPDLVASVEAGEKAINVELSTTETYREVIPSRICGNHISGFVSIMRGCNNFCHYCIVPYTRGRERSRDVESILNEVRDLADKGYKEVTLLGQNVNSYRFE--KEGEIITFPMLLRTVAEAVPDMRVRFTTSHPKDMSDETLQVIAETPNVCKHIHLPVQSGSSRILKLMNRKYTREWYLERVAAIRRIIPDCGLSTDIFSGYHSETEEDHQE------------------SLSLMRECAYDSAFMFKYSERPGTYASKHLPDDVPEEVKIRRLNEIIELQNRLSAESNARDVGKTFEVMVEGVSKRSREQLFGRTQQNKVVVFDR-GNHRIGDFVHVRITE 444

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890670|sp|Q2RZF8.2|MIAB_SALRD (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 476.093 bits (1224), Expect = 1.166e-155
Identity = 230/453 (50.77%), Postives = 316/453 (69.76%), Query Frame = 0

Query:   20 AGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKP-DMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAE-DGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            AG K+ YIE+YGC MN +DS IVASVL ++GY  T+    +D++L+NTC+IRE AE  +R RL +   +K  +  ++++GVLGCMAERL+ KLL++E LVD+VVGPDAYRDLP+LL  A+  G+  +NV LS++ETY DI P+R +SNG+  ++SIMRGCDNMC+FCVVPFTRGRE SR   TI++E   L   GY+++TLLGQNV+S+ + + +   V+ FA L++ V++V P++RVR+STSHPKD TD +L       N+CNYIHLPVQ GN+ VL  M RTY RE Y    E    + P  ++S+D+I GFC                   ETE +H+DTLS++E  +Y  ++MF YSERP T AA+KYEDD+PE TK+RRL E+IELQN+ A E NE ++G+   VL+EG SK+SD  F GR   NK ++F ++   + GDY  V++E+
Sbjct:   39 AGDKQVYIETYGCQMNVNDSGIVASVLEESGYGLTRDQAAADVVLLNTCAIRENAERKIRARLSMLRSEKEKRDGELMLGVLGCMAERLREKLLEQEDLVDVVVGPDAYRDLPQLLYEADATGQAAVNVELSKQETYEDIQPVRYDSNGVSAYVSIMRGCDNMCTFCVVPFTRGREESRPVTTILSEVARLAEEGYKEVTLLGQNVNSYHYTDADGTSVS-FAELVDRVSRVSPEMRVRYSTSHPKDCTDDLLKVHRDRPNVCNYIHLPVQHGNTEVLDRMRRTYTREEYLALTERAKELCPGVSLSTDLIAGFCG------------------ETEAQHEDTLSLMEEVRYDHAYMFKYSERPQTYAARKYEDDVPEDTKQRRLEEIIELQNQHAKESNEAEVGRVHTVLVEGPSKKSDAQFFGRTDTNKGVVFDRE-DYEKGDYVRVRIED 471

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BLAST of adenosine trna methylthiotransferase vs. SwissProt
Match: gi|229890584|sp|A6LEM6.1|MIAB_PARD8 (RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase; AltName: Full=(Dimethylallyl)adenosine tRNA methylthiotransferase MiaB; AltName: Full=tRNA-i(6)A37 methylthiotransferase)

HSP 1 Score: 472.241 bits (1214), Expect = 6.789e-155
Identity = 228/454 (50.22%), Postives = 317/454 (69.82%), Query Frame = 0

Query:   17 ADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            A  + +++ +IE+YGC MN +DSE+VAS++  +GY+ T+ +EE+D I +NTCS+R+ AE  +  RLQ F   KR K  +++GVLGCMAER+K  L+      D+VVGPD+Y DLP L+   E GEK INV LS +ETY D+ PL+L    I GF+SIMRGC+N C++C+VP+TRGRERSRD  +I+ E  D++ +G++++TLLGQNV+S+ +E  +  E   F  L++ VAK  PD+R+RF+TSHPKD++D  L  IA  +NIC +IHLP QSG+SR+LK+MNR Y REWY +R+ +I RI+PDCAIS+D+  GF SETEE++QE                  TLS++    Y  +F+F YSERPGT AA   ED++PE+ K RRL  +I+LQNK++ E N RD+GKTF+VLIEG SKRS +   GR  QNK++IF K+     G +  VK+ +
Sbjct:   13 ATQSDERKLFIETYGCQMNVADSEVVASIMKMDGYSMTENIEEADAIFVNTCSVRDNAEQKIYGRLQYFQSLKRKKKSLIVGVLGCMAERVKEDLIHVHH-ADLVVGPDSYLDLPNLVGAVEHGEKAINVELSTQETYKDVIPLKLPGVHISGFVSIMRGCNNFCTYCIVPYTRGRERSRDIESILNEIRDMHEKGFKEVTLLGQNVNSYSFE--KEGETITFPILLDRVAKEVPDMRIRFTTSHPKDMSDDTLRVIAANDNICKFIHLPAQSGSSRILKVMNRKYTREWYLDRIAAIRRIVPDCAISTDLFCGFHSETEEDYQE------------------TLSLMREVGYDSAFLFKYSERPGTYAASHLEDNVPEEEKVRRLQGMIDLQNKLSEESNLRDIGKTFEVLIEGFSKRSREQLFGRTSQNKVVIFDKK-NYHVGQFIKVKIHK 444

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BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|1000274111|gb|KXK36330.1| ((dimethylallyl)adenosine tRNA methylthiotransferase [Bacteroidetes bacterium OLB9])

HSP 1 Score: 718.768 bits (1854), Expect = 0.000e+0
Identity = 340/465 (73.12%), Postives = 395/465 (84.95%), Query Frame = 0

Query:    4 DESKQGTAYYQEDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKV 468
            DESKQG A Y E  D  G ++FYIESYGCAMNFSDSEIVAS+L+   Y PT+ +EE+DLILINTCS+REKAE TVRKRLQVFN  K  +PD+L+GVLGCMAERLK KLL+EEK+VD+VVGPDAYRDLP L+A  ++G KG+NVLLSREETYADISPLRL+SNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDP++IVAEATDLYNRG+RDITLLGQNVDS+ W+N E  E  NFA L+E VA +HPDLRVRFSTSHPKDITD+VL+T+AKYENIC YIHLPVQSGNSR+LKLMNRTYDR WYK RV++IYRI+PDCAISSD+I GFCSET                  EEEHQDTLS++E+ +YSMS+MFFYS RPGTLAAKK EDD+P + K+RRL E++ELQNK++L+ N +D+GK FKVLIEG+SKRSD++FKGRN QNK++ FPK+ GL  GDY  VKV
Sbjct:   17 DESKQGEALYYEYEDQ-GFRKFYIESYGCAMNFSDSEIVASILSSQNYMPTRNVEEADLILINTCSVREKAEDTVRKRLQVFNSVKDKRPDVLVGVLGCMAERLKTKLLEEEKIVDLVVGPDAYRDLPNLIAKVDEGGKGVNVLLSREETYADISPLRLDSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPYSIVAEATDLYNRGFRDITLLGQNVDSYNWKNKEESEQVNFAQLLERVALIHPDLRVRFSTSHPKDITDEVLYTMAKYENICKYIHLPVQSGNSRILKLMNRTYDRAWYKNRVDAIYRIMPDCAISSDMIAGFCSET------------------EEEHQDTLSMMEYVQYSMSYMFFYSVRPGTLAAKKLEDDVPLEVKKRRLQEIVELQNKISLDVNLKDIGKVFKVLIEGNSKRSDEEFKGRNSQNKMINFPKKEGLSPGDYTWVKV 462

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BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|763367288|ref|WP_044224753.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Phaeodactylibacter xiamenensis] >gi|690714683|gb|KGE86577.1| (dimethylallyl)adenosine tRNA methylthiotransferase [Phaeodactylibacter xiamenensis])

HSP 1 Score: 718.768 bits (1854), Expect = 0.000e+0
Identity = 337/473 (71.25%), Postives = 394/473 (83.30%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAA---GKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K IDE +QG A++QE A  A   G + FYIESYGC MNFSDSEIVAS+L   GY  T+ ME +DLILINTCSIREKAE TVRKRL+VF+K K  +P  L+GVLGCMAERLK KLLDEEKLVD+V+GPDAYRDLPKL+A AEDG+KGINV LSREETYADI+P+RL+SNG+  FISIMRGCDNMCSFCVVPFTRGRERSR+ F+IVAEATDLY RGYR++TLLGQNVDS+KWENPE++E   FA+L+EMVA VHPDLR+RFSTSHPKDITD+VL+T+ KY+NIC YIHLPVQSGNSRVL LMNRTYDREWY  +V  IY I+PDCAISSDII GFCSETEEEHQE                  TLS+IE++ YSMS+MF+YSERPGT+AA+KYEDDIP + K+RRL E+I LQ +++  HN++D+GKTFKVLIEGDS++SDQ FKGRN QNK+L+F KQPG + GDY  VKV +
Sbjct:   13 KTIDEQRQGEAFFQEQAAEAHPEGVRHFYIESYGCQMNFSDSEIVASILGQEGYQSTRNMEIADLILINTCSIREKAEDTVRKRLRVFDKVKNNRPGTLVGVLGCMAERLKTKLLDEEKLVDLVIGPDAYRDLPKLIATAEDGDKGINVFLSREETYADINPMRLDSNGVTAFISIMRGCDNMCSFCVVPFTRGRERSRNAFSIVAEATDLYERGYREVTLLGQNVDSYKWENPETEETVTFANLLEMVALVHPDLRIRFSTSHPKDITDEVLYTMKKYDNICKYIHLPVQSGNSRVLDLMNRTYDREWYMNKVRRIYEIMPDCAISSDIIAGFCSETEEEHQE------------------TLSMIEFANYSMSYMFYYSERPGTMAARKYEDDIPLEVKKRRLQEIIRLQTQVSFAHNKQDIGKTFKVLIEGDSRKSDQQFKGRNSQNKMLVFDKQPGYQPGDYCYVKVND 467

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BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|1269692868|ref|WP_099155217.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella nigricans] >gi|1269193681|gb|PHN01348.1| tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella nigricans DSM 23189 = NBRC 102662])

HSP 1 Score: 700.279 bits (1806), Expect = 0.000e+0
Identity = 337/473 (71.25%), Postives = 398/473 (84.14%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADA---AGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            KEIDESKQG  ++Q +A     AG K FYIESYGC MNFSDSEIVAS+LA++GY PT+ MEESDLILINTCSIREKAE TVRKRL++F+K K ++P  L+GVLGCMAERLK+K L++EKLVD+VVGPDAYRDLP L++ AE+G+KGINV LSREETYADISPLRL+SNG+  FISIMRGCDNMCSFCVVPFTRGRERSR+ F+IVAEATDLY +GYR++TLLGQNVDS+KWENPE+     FA L+EMVA+VHPDLRVRFSTSHPKDITD+VL+T+A+ ENIC YIHLPVQSGNSRVL LMNRTY REWY ++V  IY I+PDCAISSDII GFC+ETEEEH E                  TLS+IE+++YSMS+MF YSERPGTLA +K+EDDIPE+ K+RRL E++ LQ   +L+HN++D+GKTFKVLIEGDSK+SDQDFKGRN QNK+L+FPK+  L+ GDY  VKV E
Sbjct:   13 KEIDESKQGEVFFQGEAANTADAGNKHFYIESYGCQMNFSDSEIVASILAESGYRPTRNMEESDLILINTCSIREKAEETVRKRLRIFDKVKESRPGTLVGVLGCMAERLKSKFLEQEKLVDLVVGPDAYRDLPALISTAEEGDKGINVFLSREETYADISPLRLDSNGVTAFISIMRGCDNMCSFCVVPFTRGRERSRNAFSIVAEATDLYEKGYREVTLLGQNVDSYKWENPETGAPVTFAQLLEMVAQVHPDLRVRFSTSHPKDITDEVLYTMARNENICKYIHLPVQSGNSRVLDLMNRTYSREWYMDKVRRIYEIMPDCAISSDIIAGFCTETEEEHAE------------------TLSMIEFAQYSMSYMFMYSERPGTLAERKFEDDIPEEIKKRRLQEIVRLQTATSLQHNQKDIGKTFKVLIEGDSKKSDQDFKGRNTQNKMLVFPKKSDLQPGDYCYVKVNE 467

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BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|1268722827|ref|WP_099005517.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinellaceae bacterium SD302] >gi|1267198077|gb|PHI21780.1| tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinellaceae bacterium SD302])

HSP 1 Score: 689.108 bits (1777), Expect = 0.000e+0
Identity = 330/472 (69.92%), Postives = 388/472 (82.20%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAA---GKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQP-GLKAGDYAMVKV 468
            K + E +QG      +  A    G K FYIESYGC MNFSDSEIVAS+LA+ GYAPT+ ME +DLI+INTCSIREKAE TVRKRL+VF+K K  +P  ++GVLGCMAERLKAK L+EEKLVDIVVGPDAYRDLP L+AGAE+GEKG+NV LSREETYADISPLRL SNG+  FISIMRGCDNMCSFCVVPFTRGRERSR+ F+IVAEA DLY++G+R++TLLGQNVDS+KWENPE+ E  +FA L+ MVA VHPDLRVRFSTSHPKDITD VL+ +  +EN+C YIHLPVQSGNSR+LKLMNRTY REWYK++++ IY I+PDCAISSD+ITGFCSETEEEHQE                  TLSIIE+S+YSMS+MFFYSERPGTLAAKK+EDDIP  TK+RRL+EVIELQ  ++ + N +D+GKTF+VLIEGDSK+S+ D+KGRN QNK++IF K+   LK GDY  VK 
Sbjct:   14 KLLGEERQGEVLEMANKVAMPVEGGKSFYIESYGCQMNFSDSEIVASILAEAGYAPTRNMEAADLIMINTCSIREKAEDTVRKRLRVFDKVKAKRPGTMVGVLGCMAERLKAKFLEEEKLVDIVVGPDAYRDLPSLVAGAEEGEKGVNVFLSREETYADISPLRLQSNGVTAFISIMRGCDNMCSFCVVPFTRGRERSRNAFSIVAEAADLYDKGFREVTLLGQNVDSYKWENPETGEPVSFAQLLTMVAGVHPDLRVRFSTSHPKDITDDVLYAMRDHENVCKYIHLPVQSGNSRILKLMNRTYTREWYKQKIDRIYEIMPDCAISSDVITGFCSETEEEHQE------------------TLSIIEYSQYSMSYMFFYSERPGTLAAKKFEDDIPLATKKRRLTEVIELQTGISHKLNAKDVGKTFRVLIEGDSKKSELDWKGRNSQNKMMIFAKEDRDLKPGDYVEVKC 467

[Close]

BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|503528485|ref|WP_013762622.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Haliscomenobacter hydrossis] >gi|332330957|gb|AEE48058.1| (Dimethylallyl)adenosine tRNA methylthiotransferase miaB [Haliscomenobacter hydrossis DSM 1100])

HSP 1 Score: 688.723 bits (1776), Expect = 0.000e+0
Identity = 321/471 (68.15%), Postives = 389/471 (82.59%), Query Frame = 0

Query:    2 EIDESKQGTAYYQ---EDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVE 469
            +++E +QG  +Y+   E  D+   K FYIESYGC MNFSDSEIVAS+LA+ G+ PT+ +E +DLIL+NTCSIREKAE TVRKRL++F+  KR KP  L+GVLGCMAERLK+K L+EE+LVD+VVGPDAYRDLPKL+A AEDG+KG+NV LSREETYADISPLRL+S G+  FISIMRGCDNMCSFCVVPFTRGRERSRD F+I+AEA +LY RGYR++TLLGQNVDS+KW NPE++ + NFAHL+EMVA V PDLRVRFSTSHPKDIT++VLHTIAKY NIC YIHLPVQSGNS VL+ MNRTYDREWY ER+E+I +IIPDCAISSDII GFCSE                  TE EHQDTLS+IE++ YSMS+MFFYSERPGTLAA+KY DDI  + K+RRL E+I LQ++++  HN+RD+GK ++VLIEGDS++S+QDF GRN QNK+++FPK PG + G Y  V ++
Sbjct:   16 QMNEEQQGEVFYKNTPEQPDSEAGKHFYIESYGCQMNFSDSEIVASILAEVGFKPTRNLELADLILVNTCSIREKAEETVRKRLRIFDAIKRQKPGTLVGVLGCMAERLKSKFLEEERLVDLVVGPDAYRDLPKLVATAEDGDKGVNVFLSREETYADISPLRLDSKGVSAFISIMRGCDNMCSFCVVPFTRGRERSRDAFSILAEAQELYERGYREVTLLGQNVDSYKWTNPETETLVNFAHLLEMVALVAPDLRVRFSTSHPKDITNEVLHTIAKYPNICKYIHLPVQSGNSNVLERMNRTYDREWYMERIEAIRQIIPDCAISSDIIAGFCSE------------------TEAEHQDTLSMIEFADYSMSYMFFYSERPGTLAARKYPDDITLEVKKRRLQEIINLQSQVSYRHNQRDVGKVYEVLIEGDSRKSEQDFCGRNSQNKMIVFPKVPGYQPGQYINVLIK 468

[Close]

BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|1348904807|ref|WP_104420710.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella xylanilytica] >gi|1346767006|gb|PPK86261.1| tRNA-i(6)A37 thiotransferase enzyme MiaB [Lewinella xylanilytica])

HSP 1 Score: 685.641 bits (1768), Expect = 0.000e+0
Identity = 318/471 (67.52%), Postives = 387/471 (82.17%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQED-ADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K ID +KQG  + + D A   G KRFYIESYGC MNFSDSEIVAS+L + GY PT+ +E +DLILINTCSIREKAE TVRKRL+VF+K K+ KP  ++GVLGCMAERLKAK L+EEKLVD+VVGPDAYRDLP L+AGAE+G+KG+NV LSREETYADI+PLRL SNG+  FISIMRGCDNMCSFCVVP+TRGRERSR+ F+IVAEATDLY RG+R++TLLGQNVDS+KW +PE++E  NFA L+ M A VHPDLR+RFSTSHPKDITD+VL+T+  +ENIC YIHLPVQSGNSR+L LMNRTYDREWY+ +++ IY I+P+CA+SSD+ITGFC+ETE                  EEHQDTL +I +++YSMS+MF+YSERPGT AA+K+ DD+P   K+RRL EVI+LQ  ++ E N++D+GKTFKVLIEG+SKRSD D+KGRN QNK++IFPK  G + GDY  V + E
Sbjct:   14 KSIDLTKQGEVFGEFDQATGDGSKRFYIESYGCQMNFSDSEIVASILGEAGYGPTRDLEAADLILINTCSIREKAEETVRKRLRVFDKVKKRKPGTMVGVLGCMAERLKAKFLEEEKLVDLVVGPDAYRDLPTLVAGAEEGDKGVNVFLSREETYADINPLRLQSNGVTAFISIMRGCDNMCSFCVVPYTRGRERSRNAFSIVAEATDLYERGFREVTLLGQNVDSYKWTHPETEERVNFAQLLAMTAAVHPDLRIRFSTSHPKDITDEVLYTMRDHENICKYIHLPVQSGNSRILDLMNRTYDREWYQAKIDRIYEIMPNCAVSSDVITGFCTETE------------------EEHQDTLRMIAYARYSMSYMFYYSERPGTPAARKFTDDVPLPVKKRRLQEVIDLQTTISNELNQKDIGKTFKVLIEGESKRSDSDWKGRNSQNKMVIFPKVAGTRTGDYVHVVIHE 466

[Close]

BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|522026958|ref|WP_020538167.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella cohaerens])

HSP 1 Score: 682.945 bits (1761), Expect = 0.000e+0
Identity = 327/470 (69.57%), Postives = 392/470 (83.40%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K +DE+KQG  ++ E     G K FYIESYGC MNFSDSEIVAS+L D GY PT+ ME +DLILINTCSIREKAE TVRKRL++F+K KR +P  ++GVLGCMAERLK+K L+EE+LVD+VVGPDAYRDLP L+AGAE+G+KG+NV LSREETYADISPLRLNSNGI  FISIMRGCDNMCSFCVVPFTRGRERSR  F+I+AEATDL+NRG+R++TLLGQNVDS+KWENPE+    NFA L++MVA VHPDLR+RFSTSHPKDITD VL+T+AKYENIC YIHLPVQSG+SRVL+LMNRTY REWY ++V  IY I+PDCAISSD+I+GFC+ETEEEHQE                  TLS++E++ YSMS+MFFYSERPGT+AA+KYEDDIP + K+RRL E+I+LQ  M+  HN++D+GKTFKVLIEG+SKRSD D+KGRN QNK+++F K+    AGDY  VK+ +
Sbjct:   13 KHVDETKQGEVFFTEGN--TGDKHFYIESYGCQMNFSDSEIVASILGDAGYQPTRNMEIADLILINTCSIREKAEDTVRKRLRIFDKVKRQRPGTMVGVLGCMAERLKSKFLEEEQLVDLVVGPDAYRDLPNLVAGAEEGDKGVNVFLSREETYADISPLRLNSNGITAFISIMRGCDNMCSFCVVPFTRGRERSRSAFSIIAEATDLFNRGFREVTLLGQNVDSYKWENPETSTNVNFADLLKMVAHVHPDLRIRFSTSHPKDITDDVLYTMAKYENICKYIHLPVQSGSSRVLELMNRTYTREWYMDKVRRIYEIMPDCAISSDVISGFCTETEEEHQE------------------TLSVMEFANYSMSYMFFYSERPGTVAARKYEDDIPLEVKKRRLQEIIDLQTPMSYRHNQKDIGKTFKVLIEGESKRSDADWKGRNSQNKMVVFAKKGVHSAGDYVYVKINK 462

[Close]

BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|1222110592|ref|WP_090166295.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella agarilytica] >gi|1095057306|emb|SEQ05697.1| tRNA-i(6)A37 thiotransferase enzyme MiaB [Lewinella agarilytica])

HSP 1 Score: 681.789 bits (1758), Expect = 0.000e+0
Identity = 319/471 (67.73%), Postives = 384/471 (81.53%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDA-DAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K +DESKQG  +  E A    G K FYIESYGC MNFSDSEIVAS+L + GY PT+ ME +DLILINTCSIREKAE TVRKRL+VF+K K+ KP  ++GVLGCMAERLKAK LDEEKLVDIVVGPDAYRDLP L+AGAE+GEKG+NV LSREETYADISP+RL SNG+  FISIMRGCDNMCSFCVVP+TRGRERSR  F+IVAEATDL+++G+R++TLLGQNVDS+KW NPE+++  NFA L+ M A V PDLR+RFSTSHPKDITD VL+ +  +EN+C YIHLPVQSGNSR+L LMNRTYDREWYK +++ IY I+PDCAISSDIITGFC+ETE                  EEHQDT+S++++++YSMS+MFFYSERPGT AA+K EDD+P + K+RRL+E+IELQ  +A + N   +GKTFKVLIEGDSK+SDQ++KGR  QN+++IFPK  G K GDY  V + +
Sbjct:   14 KVVDESKQGQVFGAEFAVKKPGDKHFYIESYGCQMNFSDSEIVASILGEAGYGPTRDMEAADLILINTCSIREKAEDTVRKRLRVFDKVKQRKPGTMVGVLGCMAERLKAKFLDEEKLVDIVVGPDAYRDLPGLVAGAEEGEKGVNVFLSREETYADISPVRLQSNGVTAFISIMRGCDNMCSFCVVPYTRGRERSRSAFSIVAEATDLFDKGFREVTLLGQNVDSYKWTNPETEDTVNFAELLAMTAAVDPDLRIRFSTSHPKDITDDVLYAMRDHENVCKYIHLPVQSGNSRILDLMNRTYDREWYKAKIDRIYEIMPDCAISSDIITGFCTETE------------------EEHQDTVSMVDYAQYSMSYMFFYSERPGTPAARKLEDDVPLEVKKRRLTEIIELQTSIARKLNAEQVGKTFKVLIEGDSKKSDQEWKGRTTQNRMVIFPKLEGQKPGDYVTVNIHD 466

[Close]

BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|1269632522|ref|WP_099104703.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella marina] >gi|1268888852|gb|PHK99724.1| tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella marina])

HSP 1 Score: 681.404 bits (1757), Expect = 0.000e+0
Identity = 320/471 (67.94%), Postives = 386/471 (81.95%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQEDADAAGK-KRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKVEE 470
            K +DES QG  Y +   + A   KRFYIESYGC MNFSDSEIVAS+L + GY PT+ +E +DLILINTCSIREKAE TVRKRL+VF+K KR +P  ++GVLGCMAERLKAK L+EEKLVD+VVGPDAYRDLP L+AGAE+GEKG+NV LSREETYADI+PLRL SNG+  FISIMRGCDNMCSFCVVP+TRGRERSR+ F+IVAEATDL+NRG+R++TLLGQNVDS+KW NPE+ EV NFA L+ + A+V PDLR+RFSTSHPKDITD+VL+T+  ++NIC YIHLPVQSGNSR+L LMNRTYDREWYK +++ IY I+PDCAISSDIITGFC+E                  TEEEH DTLS+I++++YSMS+MF+YSERPGT AA+K  DD+P + K+RRL E+I  Q  ++ E N +D+GKTF+VLIEG+SKRSD D+KGRN QNK++IFPK  G  AGDY  V VE+
Sbjct:   15 KVVDESAQGQVYGEVALETAPDGKRFYIESYGCQMNFSDSEIVASILGEAGYGPTRNLEVADLILINTCSIREKAEDTVRKRLRVFDKVKRKRPGTMVGVLGCMAERLKAKFLEEEKLVDLVVGPDAYRDLPNLVAGAEEGEKGVNVFLSREETYADINPLRLQSNGVTAFISIMRGCDNMCSFCVVPYTRGRERSRNAFSIVAEATDLFNRGFREVTLLGQNVDSYKWTNPETGEVVNFAGLLRLAAQVDPDLRIRFSTSHPKDITDEVLYTMRDHDNICKYIHLPVQSGNSRILDLMNRTYDREWYKAKIDRIYEIMPDCAISSDIITGFCTE------------------TEEEHLDTLSMIDYARYSMSYMFYYSERPGTPAARKLTDDVPLEVKKRRLQEIINRQTALSDELNRQDIGKTFRVLIEGESKRSDADWKGRNTQNKMVIFPKVAGTAAGDYVYVTVED 467

[Close]

BLAST of adenosine trna methylthiotransferase vs. nr
Match: gi|522058081|ref|WP_020569290.1| (tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiotransferase MiaB [Lewinella persica])

HSP 1 Score: 676.396 bits (1744), Expect = 0.000e+0
Identity = 318/469 (67.80%), Postives = 381/469 (81.24%), Query Frame = 0

Query:    1 KEIDESKQGTAYYQE-DADAAGKKRFYIESYGCAMNFSDSEIVASVLADNGYAPTKIMEESDLILINTCSIREKAEVTVRKRLQVFNKQKRAKPDMLIGVLGCMAERLKAKLLDEEKLVDIVVGPDAYRDLPKLLAGAEDGEKGINVLLSREETYADISPLRLNSNGIVGFISIMRGCDNMCSFCVVPFTRGRERSRDPFTIVAEATDLYNRGYRDITLLGQNVDSFKWENPESKEVTNFAHLIEMVAKVHPDLRVRFSTSHPKDITDQVLHTIAKYENICNYIHLPVQSGNSRVLKLMNRTYDREWYKERVESIYRIIPDCAISSDIITGFCSETEEEHQETPNIITGFCSETEEEHQDTLSIIEWSKYSMSFMFFYSERPGTLAAKKYEDDIPEKTKRRRLSEVIELQNKMALEHNERDLGKTFKVLIEGDSKRSDQDFKGRNGQNKLLIFPKQPGLKAGDYAMVKV 468
            K IDES QG  +  E      G+KR+YIESYGC MNFSDSEIVAS+L + GY PT+ ME +DLILINTCSIREKAE TVRKRL+VF+K K+  P  ++GVLGCMAERLKAK LDEEKLVDIVVGPDAYRDLP L+AGAE+GEKG+NV LSREETYADISP+RL SNG+  FISIMRGCDNMCSFCVVP+TRGRERSR  F+I+AEATDL+++G+R++TLLGQNVDS+KWENPES  V NFA L+ M A V P LR+RFSTSHPKDITD VL+ +   EN+C YIHLPVQSGN+R+L LMNRTY REWYKE+V+ IY I+PDCAISSDIITGFC+ETEE+H E                  TLS++ +++YSMS+MFFYSERPGT AA+K EDD+P + K+RRL+E+IELQ  ++ E N  ++GKTFKVLIEGDSK+SDQD+KGR  QN++++FPK+ G K GDY  VK+
Sbjct:   14 KTIDESAQGQVFGTEFTPKQPGEKRYYIESYGCQMNFSDSEIVASILGEAGYGPTREMETADLILINTCSIREKAEDTVRKRLRVFDKVKQRHPGTMVGVLGCMAERLKAKFLDEEKLVDIVVGPDAYRDLPGLVAGAEEGEKGVNVFLSREETYADISPVRLQSNGVTAFISIMRGCDNMCSFCVVPYTRGRERSRSAFSIIAEATDLFDKGFREVTLLGQNVDSYKWENPESGAVVNFAELLTMTAGVDPKLRIRFSTSHPKDITDDVLYAMRDNENVCKYIHLPVQSGNTRILDLMNRTYTREWYKEKVDRIYEIMPDCAISSDIITGFCTETEEDHAE------------------TLSMVNYARYSMSYMFFYSERPGTPAARKLEDDVPLEVKKRRLTEIIELQTDISRELNAGEVGKTFKVLIEGDSKKSDQDWKGRTTQNRMVVFPKREGEKPGDYVTVKI 464

The following BLAST results are available for this feature:

BLAST of adenosine trna methylthiotransferase vs. L. salmonis genes
BLAST of adenosine trna methylthiotransferase vs. SwissProt
BLAST of adenosine trna methylthiotransferase vs. nr

BLAST of adenosine trna methylthiotransferase vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 2


Match Name	E-value	Identity	Description
EMLSAG00000009290	9.524e-121	42.74	supercontig:LSalAtl2s:LSalAtl2s594:9975:12056:-1 g...	[more]
EMLSAG00000012745	9.530e-14	23.08	supercontig:LSalAtl2s:LSalAtl2s968:139189:141718:1...	[more]

BLAST of adenosine trna methylthiotransferase vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|229890438\|sp\|B3ES11.1\|MIAB_AMOA5	0.000e+0	61.62	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|123058778\|sp\|Q11U26.1\|MIAB_CYTH3	0.000e+0	59.50	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|229890549\|sp\|A0M7D3.1\|MIAB_GRAFK	1.489e-179	53.94	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|229890535\|sp\|A5FIU2.1\|MIAB_FLAJ1	6.556e-178	53.54	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|229890536\|sp\|A6H119.1\|MIAB_FLAPJ	4.770e-172	53.01	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|81443605\|sp\|Q8A2W0.1\|MIAB_BACTN	1.620e-159	50.44	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|81317302\|sp\|Q5LJ70.1\|MIAB_BACFN	1.994e-159	50.44	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|229890425\|sp\|A6KZJ2.1\|MIAB_BACV8	4.479e-157	49.68	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|229890670\|sp\|Q2RZF8.2\|MIAB_SALRD	1.166e-155	50.77	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]
gi\|229890584\|sp\|A6LEM6.1\|MIAB_PARD8	6.789e-155	50.22	RecName: Full=tRNA-2-methylthio-N(6)-dimethylallyl...	[more]

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BLAST of adenosine trna methylthiotransferase vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1000274111\|gb\|KXK36330.1\|	0.000e+0	73.12	(dimethylallyl)adenosine tRNA methylthiotransferas...	[more]
gi\|763367288\|ref\|WP_044224753.1\|	0.000e+0	71.25	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|1269692868\|ref\|WP_099155217.1\|	0.000e+0	71.25	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|1268722827\|ref\|WP_099005517.1\|	0.000e+0	69.92	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|503528485\|ref\|WP_013762622.1\|	0.000e+0	68.15	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|1348904807\|ref\|WP_104420710.1\|	0.000e+0	67.52	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|522026958\|ref\|WP_020538167.1\|	0.000e+0	69.57	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|1222110592\|ref\|WP_090166295.1\|	0.000e+0	67.73	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|1269632522\|ref\|WP_099104703.1\|	0.000e+0	67.94	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]
gi\|522058081\|ref\|WP_020569290.1\|	0.000e+0	67.80	tRNA (N6-isopentenyl adenosine(37)-C2)-methylthiot...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold1337_size46815	supercontig	scaffold1337_size46815:9275..46241 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	C:cytoplasm

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Species	Type
maker-scaffold1337_size46815-snap-gene-0.2-mRNA-1	maker-scaffold1337_size46815-snap-gene-0.2-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold1337_size46815:9275..46241-

gene from alignment at scaffold1337_size46815:9275..46241-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>maker-scaffold1337_size46815-snap-gene-0.2 ID=maker-scaffold1337_size46815-snap-gene-0.2|Name=adenosine trna methylthiotransferase|organism=Tigriopus kingsejongensis|type=gene|length=36967bp|location=Sequence derived from alignment at scaffold1337_size46815:9275..46241- (Tigriopus kingsejongensis)
AAAGAGATAGACGAGAGCAAGCAAGGCACAGCATACTACCAAGAAGATGC
AGATGCTGCGGGCAAGAAGCGGTTCTACATAGAGAGCTACGGCTGTGCTA
TGAATTTCAGCGATAGCGAGATCGTCGCCTCCGTACTAGCTGACAATGGT
TATGCTCCCACCAAAATCATGGAAGAGTCAGACCTCATCCTCATCAATAC
CTGCTCTATCAGAGAGAAGGCAGAAGTCACCGTCCGTAAGAGACTCCAAG
TATTCAATAAGCAAAAAAGAGCCAAGCCAGATATGCTCATCGGAGTGCTG
GGATGTATGGCGGAGCGGCTTAAAGCAAAGTTGCTCGACGAAGAGAAATT
GGTAGATATAGTCGTCGGACCTGATGCTTACAGAGATTTGCCTAAGTTGC
TCGCTGGAGCAGAAGACGGGGAGAAAGGCATCAATGTACTACTCTCTAGA
GAAGAGACATATGCAGATATATCACCGCTCAGGCTCAATAGCAACGGCAT
AGTAGGATTCATTTCCATCATGAGAGGCTGTGATAACATGTGCTCATTTT
GTGTGGTGCCCTTTACAAGAGGTAGAGAGCGGTCTAGAGATCCATTTACC
ATCGTAGCAGAGGCCACTGATTTGTACAATAGAGGCTATAGGGATATTAC
ACTGCTGGGGCAGAATGTAGATTCATTCAAGTGGGAAAATCCTGAGTCAA
AGGAGGTAACTAACTTTGCCCATCTCATAGAAATGGTAGCTAAAGTACAC
CCAGACCTCAGAGTGCGGTTCTCTACTTCGCACCCTAAGGATATTACCGA
TCAGGTACTACACACGATCGCTAAGTATGAGAATATTTGCAACTACATCC
ACCTGCCTGTGCAATCAGGAAATAGTAGGGTACTCAAACTAATGAACCGT
ACCTACGACCGAGAATGGTACAAAGAGCGAGTAGAGTCTATCTACAGGAT
CATACCAGACTGTGCTATCTCATCAGATATCATCACGGGCTTTTGCTCGG
AGACGGAGGAGGAGCACCAAGAGACTCCAAGTATTCAATAAGCAAAAAAG
AGCCAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATACCAGACTGTG
CTATCTCATCAGATATCATCACGGGCTTTTGCTCGGAGACGGAGGAGGAG
CACCAAGATACACTGAGCATCATCGAATGGTCCAAGTATTCGATGTCATT
CATGTTTTTCTACTCAGAGCGACCAGGGACACTTGCCGCTAAGAAGTACG
AGGACGATATCCCAGAAAAGACAAAGCGAAGAAGGCTGTCAGAGGTCATA
GAACTGCAAAATAAAATGGCCCTAGAACATAATGAAAGAGATCTAGGTAA
GACATTCAAAGTATTGATAGAGGGAGATAGCAAGCGATCAGACCAAGATT
TCAAAGGTAGGAATGGCCAAAATAAGCTGTTGATATTCCCGAAGCAGCCA
GGACTGAAAGCAGGAGACTACGCCATGGTGAAGGTGGAAGAGGTGACTTC
GCTAACGCTCAAAGGAGTCATTATAGAGAATGAAAAATGAAAAATGAATA
GTGAAAAATTAATAATGGACAATGGACAATGGACAATTGAAAATTGAAAA
TGAAAAATTGAAAATTGAAAATTGCATGATGTTGTGGCTCACTTTAGAGT
CTATCACCATGCATTATCAACCACAAACCACTAACCACTAACCACTATAC
ACTATACACTATACACTATACACTATACACTATACACCACACACCTCAGA
CCTCAGACCTCAGACCATAAACTATAAACCATAAACTAAAAACTCAGACG
TTATCAACCCAACACTACAAGGCATAAAGCAACGATTCTCGATCATCGGT
AGGTCCGAAAACCTAGACCGAGCACTAAGCACCGCCATGAGGGTAGCAGG
GACCGACTTATCTGTACTGATCCAAGGAGAAAGTGGGGTAGGGAAGGAAG
TGTTTTCCAAGATCATACATGAGATCAGTAAGCGGAAGCACAGTAAATTT
ATAGCGATCAACTGTGGAGCCATACCAGAAGGCACTATCAATTCTGAGCT
ATTTGGGCATGAAAAAGGAGCATTCACGGGTGCTACTAGCGATAGAGAAG
GTTACTTTGAGACAGTCAATGGAGGGACTATCTTTCTTGACGAAATAGGG
GAGATGCCGCTAGACACACAGTCTTACTTATTGAGAGTACTAGAGTCAGG
AGAATTCATCAAGGTAGGGTCAAGCACAGTAAAGAAAACAGATGTCAGAA
TCATAGCGGCAACCAATGCATCGCTGAGTGATAAGGTGAACAATGGGAAA
TTTAGAGAAGACCTCTACTACAGGCTCAATACCGTGCCGATCAAAGTGCC
AGCACTTCACGAGCGGCGGGAAGATATTTATATGTTATTCAGGAAGTTTG
CCATTGACTTCAGCGAGAAGTACAGATCAGATGCTGTATCGCTAGACGAA
CGGGCACAGCTAGTGGTAGAAAACTATAGATGGCCGGGAAATGTCAGAGA
GCTCAAGAACTTAGTAGAGCAGTTGTCCGTGATGGCAGACAAGCCACTGA
TCGATGCAGAAGCTTTGCTGGATCTAGCACCTCAATTACTGAAAAGAAAC
CTGCCTACTCCTGCTCAAAAAGCAGATGCTAGAGACAATGGTGGCGGAGG
ATTTCAAGAGCGGGAAATCTTGTTTAAGTTCTTGCTAGAAATGAAAACAG
ACCTCAATGACCTCAAGTCGTTAGTCTACGAGCTCATCAATACCAATGAT
CTCAATGTACCAGACATGAGAAGAGTACCTCAGAAGAATACTGGGCTAGA
GCGATACATGGATCAGCACAATATGGGTGCCGCAGAAGAAGGGCAGCCGC
CAGCCCCTGGCTACCAAGGAGCATACTTTGAGAGTGGAAGCTCTAATCCG
ATTATCTTAGATAGGAGCGGCAAAGAGCATTACGAAAAGTCGGAAGAGGT
GGAAGAAAGCTTGTCGCTGGAAGCCATGGAAAAGGAGATGATTACTAAGG
CACTAAAGAAGTACAGAGGTCGAAGAAAAGATGCTGCCGAAGAACTAGGC
ATCAGCGAGCGGACTCTTTATAGAAAGATAAAGCAGTACGGCATAGACGA
ATAATCACAGCACATCGTTTTTAGATATATGATGATCAGAATTACATTTT
TTCTCTTTCTTACATCAGTTTTCAGCAGCTGCTTTTACAGTTTTAAGGGT
ATCAGTGTACCCACTGATGTGAATTCATACTTTGTAGACCAGACCACCAT
ACAGCCTGGGGAGCGTACTCAGCTTACTCCAGGGGATTTGCCAGAGCGGT
TTATGGAGGCTCTACGAGATAAGCTTAGAAACCAGAGTGATCTTGCGAGC
AATGATGTCAGTCCTGATGTGGAGTTTGTGTCTGTGATCACAGAGTTCGA
TATCGACGACCAGGCAAGAAGCCCAGACAATGAACTTGCTACGCTATACA
AGCTCAATGCTAGTTTTAGAGTAGAGTATATTTCTAACAAAAATGAAGAA
GACAGCTGGGTACAGACATTTTCTCATACGATCAACTTCGACCCCAGTGT
AGATCTGCAGACTGCCCAAGATGGTTTTATCGCAGAGATCTTAGAGCAAG
TCACGGAGCAGATATTCAATAAGAGTTATACTAATTGGTAGGGGAGTCAA
AAGTTGATAGTTGATAGTCAAAAGTTGATAGTTTNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNGCTACTGCAGCATCATTATTGCTAGCTGCTTTCCCTAAAATC
TTTGCTCCAGCATTCTTTAAAAATGAAAATAAACCCATAATTACTTTTTT
GTTTTTGATGTTAATTTAGAAAATGTGTCTCCGTTCATTCATTTGGCCAC
AGCCAGAGCAATAACCCAAGGACATAATATAGAATAGCTTGACGATCAAA
TAAATTCCATAAACCTAGGAAAAAATCAATCACTGACAAGCTCTCAATTA
CATATGAAATATTGCGATAATATAATACCTTGCAAGTGAGATGTGTAGCT
CCTCATGTGTGACGGTGGCTACCTTATTACAGAAACTTAGCCTAAACGGA
CTCAAATAAGCTAAAAGCTCTATATTTGCAGCGTTTTTGCAAAAAGCTAA
TAATAAAAAAGATACGATGCAAGGTAAAGGAATAGTGAAATTGTTTTTAA
TTCTCATCACTATAGTGAGTTTGATTCAGTTGTTTTATTTTATACCTACT
AATAAGGTAGAAAAAGATGCAGCTGAGTATGCTGCTTCAGTAGCAGCTAG
TGCTAGTGAAGCAGAAAGCTACATGGCTGGAAAGATGGCAAAGTCTGAGT
TTTTGGACTCTATGTCAGGTGAGACAGTTCTAAGCATTCCTATGCTTAAA
GACTATTCATACGCTGAGTTGAAGCAACGTCAGTTGGCATTTGGTCTCGA
TCTCCAAGGGGGTATGAGTGCCGTTCTTGAGGTGGATCTTCAAGATTTCC
TAGAGAGCCTTGCCGGCAATAAAAAAAAGGATGACGACTTCGTAGCGGCA
ATAGCACAGGCAAAAGAGGCACAGAAAAGTGCACAGTCTGACTTTATTAC
CTTGTTCTCCAATGCTTTTCAATCGATAGCACCTGATAGAAAGCTAGCTA
AGATATTTAGCAAAAGCGAAGTACTTGGTGATATCAATGTGGAGACGTCT
AATGGAGAGGTAACTAGGATGCTTAGAGAAAAGGCCAACGAAACTGTGGG
CCTTACTTTCAAAATGCTAAAAGAAAGAATAGATAGACTAGGGGTGGCTC
AGCCAAATATCTCACTTGATGCTGCTAGAGATCTTATCTTGGTAGAAGTG
CCAGGTATAGACAACCCCAAGAGACTTAGAGATATGCTCCAGGCTACTGC
TCAGCTAGAGTTTTGGGATACTTACAGAATCACTGATGCAGGTATTTCTG
AATCACTCGTCGAAGCAGATAAAAGACTTAAACTTGCCGCTGGTGGTACT
ACGGAGATAGCGTACGATACTACCTACACATACCAGTACGATCAAGATGG
TAATATTACAGATAGCACACAAGTAATCAGCGAAGCGAATAATCCTTTCT
CTAATCAAGGACCGTTGCTCAGCAGGCTGACGGCGAATGGTGCAGGAGGG
CAGTTTTCTTATGCTTCTACTGTTCTTGGTGTGGCTCCTAAAAGCCAGAT
GGATGATGTGTTAGAATTGCTAAATAAACCAGAAGTCAAAGGAGTATTTC
CTAACAACTCTGAGTTCATGTGGAGTTACAAACCTTACAAAAATCAAGAC
GGAGTAGTAACCAAAGACTACGAGCTGTATTTGATCAAGAAAAGACCAGG
TGCTGATAAAGCTCCGCTAGAGGGTGACGTTATCGTCAATGCAGATCAGG
GCATTAATCCCAATACCAATCAGGTAGAAGTCACCATGCAGATGAACTCT
AAAGGTGCAAAAGAGTGGGCTAGGATGACAACTGATGCAGATCAGGGGCA
AAGAGAAATAGCAATCGCACTTGACAAAAGAGTCGTAAGTGCTCCAGGTA
TCAGAAATGGACCTATCACAGGAGGATCTTCTTCCATCAGTGGTAGCTTT
ACTATACAGGAGGCTATTGACTTTGCGAATATACTAGAAGTAGGTAAGCT
ACCTGCCAAAACTAAGATCATACAAGAGTCTACGGTAGGAGCGTCCCTCG
GAGCATCTAACATTAGTAGAAGTTTGCAATCACTTGCAGTCGGATTTGGA
CTATTGCTCCTCTTCATGTTATTCTACTATGCAGGAGGTGGTATCGTTTC
GATCATCGCACTATTTGCCAACTTATTGTTCATATTTGGAGCCTTATCAT
CATTCGGTACAGTACTTACACTGCCGGGTATAGCGGGTATCGTATTGACT
ATCGGTATGGCAGTAGATGCCAATGTGATCATATTTGAAAGGATCAGAGA
AGAACTCAGGGCAGGCAAGAGTAATATAGCAGCCATTGCCGACGGTTTCA
AAAACTCTTACTCTGCTATCATAGATGCAAACGTTACCACATTGCTGACG
GCTTGTGTACTAGCCTACTTCGGTCTAGGACCAATCAAAGGATTTGCAGT
GGTGCTAGGTATCGGAGTTATATCTTCACTATTTACAGCAGTACTATTTG
GTAGATTTATGCTAGACAGCTACACTAGCAGAGGTAAAGAAGTAAGTTTC
TGGACAGGAGCGACTAAGAATGTGTTCGCTAACTTGAACATAGACTGGAT
GGGCAAGAGAAAGATCGCTTATGTTGTATCTGGTATTCTTATAGTAGCTA
GTTTAGTATCTATATTCACAAAAGGGTTTGACCTAGGGGTTGATTTCAAG
GGTGGATATTCTTACAGTGTAGAGTTCCCTACAGACAATGTATCTTCAGA
AGCAGTTTCGACAGCTCTCACATCATACTTTGATGGCAGTACTCCGGTGG
TAAAGCAAGTAGATGCAGCTAATACGCTGAATATAACAACGAAGTACCTC
GTAGACGATACAGCAGATGATGCAGATGAGCGAGTGCTCGCTAAGCTACT
AGAAGGTCTCAATAGTATCTCAGGTACAAGTACTTCCGTAGAAGCATTTA
CAGATGGATCTGCTGCAGGAGCACTTAAGTTAATAAGCTCAAATAAGGTA
GGTCCCACTATTGCAGATGACATCAAAGACAGTTCATGGCAAGCAGGTAT
CTTCGCTCTATTGCTAATATTCTTGTACATCTTTTTAAGATTTAATAAGT
ACCAGTTTAGTCTTGGAGCAGTTGCAGCACTATTCCATGATTCGATTATC
GTATTGGGACTATTCTCTATCTTCCACGGCTTGCTTCCTTTCTCACTAGA
GATAGATCAGGCATTCATCGCAGCACTACTGACAGTGATCGGTTACTCTA
TAAATGATACGGTGGTAGTATTCGATAGAATCAGAGAGTTCTTAGGGATA
TACACTAATAAGGACAAAGACGAAGTCATCAATATGGCTATCAATAGTAC
TTTCAGTAGAACTATTATCACTTCATTGACAACACTCCTAGTTGTAGGAA
CTTTGTTAATATTTGGAGGGGGAACTATCAAAGGATTTGCCTTTGCACTT
CTTGTAGGTGTGATCGTGGGTACATATTCTTCCATTTTTGTGGCGACTCC
GATCGTTAGAGATTTGTCTGATGACTTGAAGATGCCAGCAAGAACTTCCA
CTGCAAAGAAAGAAACGTCAAGCTTCGGCAGAGCGAAAAATCTAGCTGAG
TAAGACACTATCAGCTATTAGGTTATAAAAAAGTCCTTCTCCGAAATCAG
GAGAGGGACTTTTTCGTTTACCTTAGTACTTTATCAGTTCTACTTCTATG
TCGTCAATGCGAATTCGTATAACAAGCTTCCTTATTTTACTTGCCGCGGT
GCTTATCAGTAGCTGTGGTCTAGGCAGTAAGATAAAAGATGGGCAGATGG
CCTACGATAGGAAGCAGTATTCGGTTGCAACCGAATTGCTAATAAAAGAG
TACGACAATACTAGAAGCAAGTCCGACCAAGCACATAAAGCATACCTGCT
AGGCAAGAGCTACACCTATATGGGAGAGACCGCAGAAGCTGTCAGCTGGC
TTCAGATTTCCTTCGACAAAGGCTATGGACCTGAGGTCACTAAGGCATTG
GCTGTAGCCCATAAAAAGACCGGAAACTATAGAGCCGCAGCCAAAAAGTA
CGAGCAGCTGAAAACTCAAGTGACTGGCAGAGATCAAGAAATAAATAGAG
AAATCGCCGTGCTACAGCAGATATCAGAGTGGACCGAGGACGAGACCTAT
GAGTACGACGTAGAAGTAATGAGAGTCAGCGGACCTGACATGGATTATGC
TCCAGCTATATTTGAAGACGAATTCTTAGTGTTTACTTCGGATAGGCAAG
AGTCTACCGGCGGAGATTTATATAAATGGACTGGCGGCTACCATTCGGAT
CTGTACATCGTCCCGAAGAATGCCACCAAACCTCGAAAATTTGATGCCAT
GCTCAATAGTGAGCACAATGACGGAGCTGCCTGCTTTTCTGCCGACTACA
ATGAAATATACTTTACAAGATGCCACAGTGAGAAAGACAATGTAGATGCA
CACTGTCGGATCATGTACAGCGAGCGATATACTGGCATATGGTCAGAGCC
TATAGAATTGCCATTTGGCTTGGAAGGGCACAATTGCGGACAGCCCGCCC
TGATAGAAAAGGATAGTGTGCTGGTATTTAGTGCTGATCTGCCAGGGAGT
ATTGGAGGGCACGATCTGTTCTACTCAGTCAAGGAAGTCACGGCAGATGG
CCTCACTTTATGGTCAGAACCAGCTGCGATGCCCAGCTCCATCAATACTC
AGGGCGAAGAAATGTTTCCCGTGGGAGATGGAGATACGCTGTACTTTAGC
TCAGATTATCTGGCAGGATTGGGTGGTCTCGATATATTTAANNNNNNNNN
NNNNNNNNNNNNTGCCATGCTCAATAGTGAGCACAATGACGGAGCTGCCT
GCTTTTCTGCCGACTACAATGAAATATACTTTACAAGATGCCACAGTGAG
AAAGACAATGTAGATGCACACTGTCGGATCATGTACAGCGAGCGATATAC
TGGCATATGGTCAAAGCCTATAGAATTGCCATTTGGCTTGGAAGGGCACA
ATTGCGGACAGCCCGCCCTGATAGAAAAGGATAGTGTGCTGGTATTTAGT
GCTGATCTGCCAGGGAGTATTGGAGGGCACGATCTGTTCTACTCAGTCAA
GGAAGTCACGGCAGATGGCCTCACTTTATGGTCAGAACCAGCTGCGATGC
CCAGCTCCATCAATACTCAGGGCGAAGAAATGTTTCCCGTGGGAGATGGA
GATACGCTGTACTTTAGCTCAGATTATCTGGCAGGATTGGGTGGTCTCGA
TATATTTAAAACTTATCTTCAAAGCAATGGTCAATGGTCCTCTCCTCAGA
ATCTCAGAGCTCCTATCAACTCACCTGAAGACGACTATTCTTTCATAGTG
GATCGTGGGGCTAGACTCAGAGGGCAATCAATAGAGAAAGGCTACTTCAC
TTCAGCTCGAAAGGGCTATGGGTACGACGATATCTACAACTATGAGAAAA
GTCGAAGAGCAGTAGTCTTGGATACGATATCCGATGATCCTGACAATAAG
GACAAGTATCTAGTCACCTTTGCGATACAAACTCGTACTCCGACCTACAT
AGATCCTACGGACCCTAACTCTGGTCCTGCTGGCTTACAACGTCTAGGGA
AAGTGAAGCTCATTATCAATGACGGCCTCCGCGAGCAAGAGTTGGTGACG
GATGACAAGGGTTTGATAATCGTAGAAGTAGAGCTAGACCGGGATTACCA
GATCATAGCCAGCAAAAGAGACTACCTCAATGATGCTGAAACGGCCAGTA
CTAAGAACCTCAATTTTTCAAAGGGAGAGCTTAGTAAAACAATAAACATA
TCGCTAGATCTACCCAAAATCTACTACAATCAAGAGATCGTGCTCGAAAA
GATATACTACGACTTCAATAAGTCCAATATCAGAGAAGATGCTGAGGTAG
TGCTAGACACACTTGCTCAGTTACTAGCTGCCAATCCGCAGATAAAGATC
GAGCTGTCTTCTCATACAGACTGTCGTGGAGATACCGAGTACAATATGAT
TCTTTCACAAAAAAGGGCTCAGTCAGCAGTGGACTACCTACTTACTAGGG
GAATACCTCGGAGTAAAGTCGTAGCTAAGGGCTATGGTAAAACGATACCG
TTCGTACCGTGTGAATGCGGTGAATGTACAGAGGAAGAGCACCAGAAAAA
TCGCCGGACTAGCTTTAAGATTTTAAGATAGCAGCTACATAATTGGCCCA
GCTCATATCAGCAGTTTTTTTCTCCACATTGTCAGGCTCTAGTGGATGAT
CTAAGAACTTGATCATTTGTGCAGCCATGTCATCGGTGTCGGCGGGCTTT
GCTAGGTAGCCATTGTAGCCATCCTCTATGGTCTCTGGAAAGTGACCTAC
AGCAGTGGCTAGGAGAGGCTTCTTGAAGTTATAACTGAGCGATTCTATGC
CCGAGGGCGTAGCATATTCGTAGAATAGTACGACTGCATCACTCACTTGG
AAGTACTTATTGACATCTTCGTTGGCTACAAATTTATTGACCACCATCGT
ACGGTCTTGCAGGTTGTACTTTTCTATCAGCTTCAGAGGTCTGTAGTCTT
TTTCGCTGTCTTTATTTCTGAGTAGGATAGCCTTTGCTATGGAGAAAAGC
ACGTTTTTGACTTTAGTGCTGATCTTGCTGTTGTCGAGTGTTTTCCAAAA
TGACTCGCCGCAGATCAGCATAGTCACATCGTCTCGCTGGTCTGCTACTT
TCTTAAATGCTTCTATGGCATAGTGCAGCCCTTTGTACTTTCTGATAAAG
CCAAAAAACAAAAAGACATTTTTCTCTATACCATGCTCCTTTTTGAATGC
TTGGACATCGAATGTGGGGTCCGGCTGAAAGAGACTGTAGATAGGGTGAT
ATAGCTTGATGACTGGAGTTACCGTTTTAGAAGCAGTACGTTCTCCTGAT
TCGGTCACGGCAAATGCTCTACTAGGAAATAACTCTTTGAGTTCATCCAC
AGTCTTGTATGCATGGGTGATATAGGTATCAGCATACTTTATACCCATCT
TGGTCCAGCGATTATCGAGAGCACTGCCTTCTTTCTGTATGACGAAGTGT
AGATCGAAGATGACCTCTGCTTTGCACTTCTTCTTGATCCGCTTTGCTAT
CCTGCCTAGCGGAATGCCTTGCACAGCTATGGCCCATTGGAATATCACCT
TATCAGGATTTAAGCTGATGATGTGATCAGCCGTCTTTCGCCAAGTGGAA
GGACTATTGTAGTTAGTGAGGTAGTCGATCTTGATATCTGTACCCTCTAA
AAAGTCTGTCTTAGAAGTCTTGTCTACAAATTCACGAGGGATGATCGCTG
GGTACTGGCTCGTCCAAGAGACGATATTTACATCTATACCTTCTACAGTA
TCGAAGGCCTTGGCCAGTGCCGTATTGTAATCCGAGATACCGCCCTTAAA
TTTTGGGCCTGGTCCAAAGCAGACTATTTTGGTCATATTCATTGGGCTTA
TTTGGCTTCCTCTTCTCTCTTAAGTGCAGCTTCGTACATTCTCCTCATGC
CTTGCTCCATCGAAATACTAGCTTTCCACCCGATTTCTTTGTTGACATAG
TCCATATTACTGTATCTAGAAAATACTCCCACGGGCTTATCGAGCAGCCT
CTTGATCGGAGGATTGTAGCCAGCTATTTTACAAAGTGTTTCTATGATCT
CGATGAAGGTAGTAAGCCTACCCATACCGATATTGATCGCTTTGCCGTCG
TGGATCTGATCCATGGCTACTTCTATGCAGTCCATCACATCGTCTATATG
TACGAAGTCTCTGCCTTGGAGTCCTGTACCCCATACTTCTATAGGGTCCT
CTCTCCGTGCCACTCTTTGAGCTATGGCAGGGATAGGGTAGGTGAGATTT
TGATCTTCGCCGTAGCCAGAGAACGGTCTGATGCAGGTCACTTTGATGTC
ATAGTACTTGGCAGCTATATGGGCTAAGTATTCGCCAGTAAGCTTTGACC
ATCCGTAGGTCATGTCTGGCTGTCCCATGTTATTGAAGTCGATATCACTT
TCAGAAAGAGCGATGGCATTAGATTCTGTCTGTAAGGACACTGGGTAGGC
GGCACTGCTACTAGGGTAGAGTACTCGCTCTGGTTTGTGTCTGGTTACCC
AATAGAAAAACTCAGCGTCTATGGATAAGTCCATTGCGACAAGCATAGGA
TCACCATCTATAGTAGCTCGCCCTCCAACTATGGCAGCGAAATGATATAC
GTCACCAAATCGCTCAAAATCAAGGTTGTATTTTTTTTGCACATAGTCGG
GCTTGTCTATCATGTTGCGAACTAGAAACCTGAAATCATCTTGCAGAAAG
TAAAGCCTCTTGTCCTCCCCGTAGATTTCTATATCTCCTTCTGATCCTGT
TTTTGGCTCATCTAACCATTCGCTAGGATGAGTACCTACGAGGAGATTAT
CCACAAATAGGATGATATCTTTGGTAGACTTGTATAGTCTTCTCACCATA
TTTCTACCTACAAATCCACATCCTCCTGAAACTAAATGTACTTTCATTTG
ATTTTACTCTTTTGAGGGGCTGACTAATTATTTAGCATAATATCTTCAAT
AGACACTTTCTATATTTTGATCAAGCACCAGACTAAGTCAATACTATTAT
TGACATATGTAAATACTTAATTTGTAAATAATTGTCATTCACTTATTAAG
CTCTAAAATATCGAATGTGAAGATAAATTTATATTTGTGACAAATACAAA
AAATGAGATGACTTTCGTTTATTTTTGAGGATGCAAGAATTTATAGAACA
AAGACTTCAAGAGGCACTACACCTTAAGCAAGCGTTGCTAGGAGATAGGG
ATCTACTGATGAAGGTGGAAGAAGTCACGGGGCTACTGTGGCAGGTTATC
TCAAAGGATCAGAGCATTTTCTTCTGTGGCAATGGCGGTTCGGCAGCGGA
TGCACAGCACTTAGCCACGGAGCTCTCAGGTAGATTTCTAGCGAATCGAA
GGGCCATAAAATCCGAGGCTCTAGGTACCAATATGGCATTTACCACAGCG
GTAGGTAACGACTTTAGCTTTGACAGAATATTTGCTCGGTCCTTAGAGGC
ACTAGGCAGGCCAGGCGATGCTTTGGTGCTGCTTTCCACTTCTGGAAATT
CTCAGAATGTAATAGAGGCAGCTAAGCAAGCTCAACGAATGAATATTAAG
ACTATAGCACTCACGGGGGCTACTGGCGACGTATTGGCCAATCAATGTGA
CTTATGTATAAAGGTGCCGTCTCAATCAGTACCAAGGATACAAGAGGCTC
ATATGATATTGGGGCATATTATTTGCGAACACCTAGAGCAATCCCTTATC
ACACTCAAACCCAATATTTCATATGAGCCTACCTAGTTCGATCGGCAGTC
ACTGGACACTGTTTCTAGATCGCGACGGTGTGATCAATGAAAAATTGGAC
GGCTACGTTACCAAACCTTCAGAATTCGTCTTCAGGCCTAGAGTTTTAGA
ATCACTCTCCGTACTTTCAGGTTTATTCCAAAGGATACTAATAGTGACTA
ACCAACAAGGCATAGGCAAGGAGCTAATGACTCACGATGATCTGCACTCA
GTGCATAGCCACATGCTGAGAAATATCAACTTAGCAGGTGGGAGGATTGA
CAATATTTACTACTGTCCGCATTTAGCTCAAGAAGACCCGCCATGTAGAA
AGCCCAATCCTGGCATGGCTTTCCAAGCTCAGCAAGATTTCGATGGCATT
GATTTCTTAGAGTCTATTATGATCGGGGATTCTGATTCTGATATAGATTT
TGGCAACTTACTAGGCATGACTACCGTTAGAATCGGCAATGGAGCTGATA
AGTACGCTGACATGACATGTAGCTCATTATCCGATTTTATTATATACCTA
GACAAAAATTAAAGATGCAGATCAGACACATACTTGCCCTCCTTTTTGCT
TGCACCGTATGCCTAGCTGAAGCTCAGGATGCCAAGCCAGCCCACTTTTT
AGTAGAGTTCGATGCATTTTCGCCTCCGACAAGGGACTTGGTTAGTTCAT
TTGAGGGTCATATAGCGGAGCAGTTTTTGGCAAGTGATGTCACTGGCGAA
GAGCACTATCTAGGTAATTACAAAGGGAAAAAAGTCATTCTTTGGTTTTG
GTCAGTTGAAAATCAAACAGCACAAGATCAGATGTCTGCCATGACCTTGC
TACAGGAAAGAAATCCGGACTTGAAGCTCATCGCATTTGTAAAAGAACCC
AAGCCTACTGTGATGGAGTACCTTCGTCAAAATCCTGTTGACTTCTCTGT
CATACCCAATGGAGAGATATTTGGAGAGATGGCTTACGGAGCTGATTTGG
GTAGACCGAGGATGTTCTTGATCGACGAATTTGGTATCATAAAGATTGTA
CTCCCCGAAGAAGCATTTGTCGACAACTCCAAGCTGCTGGTTAGCTTAGA
ATCCATCTTGGGAGGGTTTTAGATTCAAGATTCAAGATTTATAATATACC
TACATACAGGCTAGCCAAGCTTACGAACGTCCACTGATCGTAGCTAGTAT
TCTGCTGTGCACCTATTCAGAAGGCGAACTTATCTGGCATCGATTAGCTC
CCATATCTTATTGCAGCGTAGAGGGGAGTCCATTTCGTTTGCAACCTATA
CGGCCATTTACGAGACAGTGCTAAGTACAATATTGTCACACATGACTTTA
TCAACTAGGCCTTACGTGCAGGACATTGCTAAAGTTATTGTGCTGAATTA
TTCAAAGGCAAAGGTACGGCTTCCGCTAGAAATCAAGTAGATCCAATTCG
AAAATTAAGATAGAGTTCGCAGGTATACTTCCACTTGCAGTAGACCCGTA
GCCAGCAGATGGTGGTATGATCAAGGTACATGCTCCGCCTTTGCCCAGCT
CGGGGATACCTATCTGCCAGCCTCTGATGAGATTTGCTAGTGGAAAGGTT
ACATCGGTTCCTGCATCAAACTGAGTCCCGTCTAAGAGCGTACCGGCATA
ATTAACCGTGACGGTACTTGACAAGGTAGGTTTTGAACTTCCACCTGGTT
CTTTGATTACTATATGTACTCCTTCAGCCAAGGCCTTGGTGGTGAGATTA
TTCTGAGTGATATAGTCATCTATCGTAGTAGCCAGTGTCTCATTTAGAGC
TAGAACTTCAACTTCATAGATTAATACAGCACCACTAGGGACGGGAAATC
TCCCTACGTCACCGTAGCCAGCATCTGCCGGCACTATGATCGTCGCTCGG
CCTCCTACTCCCAGTTCTCTAAGACCTAGTTGCAGTCCTCTCGTTTCGTT
TCTGAGTAAGAAGATGGTGCTTTCCGTATTTTTGAAAACGGTACTATCCG
TCAATATGCCTTTCATTTTGACCGTAACTGGAGTATCTAGAAATGGCTTT
TCTGCAGTACCTTCTTCGTGGATGATGATGTGCACTCCTTCTTCTAGTTG
GTCGGTCACTAGATTATTTTGATCGATAAACTTATCTACGGATATTCCAA
AGTCATCGCCACCGCATGATGATAAGAGTAGGGCGATAAAAGTTACGTAG
AATAGATTTTTAAGCGTAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNCAGTTAAACGCTGTCATTACTGATTCGTCCATTTGGG
AAAATCTATAATTAGTTGATTGCCGACTTTTTCGGTATTTAGATTACTGA
GCCCTACTCCTACGAGTCTGATAGGCTGCAGAGCCTCCAATCCAGCTAAG
ATATCTAGAGCCAGATGCTGTATAGTTTCCTGATCATTAAAGTAGGCACC
TAAAGTTTTACTACGGGTAATGGTAGTGAAGTTAGCGTATTTCAGTTTGA
TGTTAACCGTTTTGCCCATTATTTCCTTTTTGAGTAGCGATCTGGACAGT
TTTGCTATCAATTTGGTAAGTCCTTGTTCCACCTGATCATTGGTGGTAAG
GTCTCTGTCGAACGTGGTCTCAATACTTATGGACTTCTGTACCTGATTTG
GTTTGACTGGGCGGTTGTCAATACCCCTTACCATGTTATATAAGTAGCTG
CCAACCTTACCATACAAAGTAGCTAGCTCTATCTTGGTAAACGGTTTGAG
ATCAGCACCAGATCTTATATTTCTGCTGTGTAGTCTACGAGCCATTTTCT
TGCCCACACCAAAAAACTTCTCAACTGGAAGCTCTTCTAGAAAAGCTTCT
ATTTGCTCAGGTAGTATCACCGTGAGTCCGTCTGGCTTATGTATATCTGA
TGCTACTTTCGCCAAAAATTTATTGACACTCACTCCAGCGGATGCATTGA
GCCTTGTCTTATCCTTTATCTTTTGTTTTATTTCTTTGGCAACTACTATA
GCAGATTCTATGGAGAGCTTATTATCGGTGACATCGAGATAGGCCTCATC
AAGAGACAGCGGTTCTACTAGGTCTGTGTACTCGTGAAATATGGATCGGA
TCTCATCGGAGACTTGCTTGTAGACATCGAACCTATGCTCGACAAATATG
ATATGTGGACATTTCAGAAAGGCTATTTTGGAAGGCATGGCAGAGCGGAC
TCCGTAGGCTCTTGCTTCATAGCTTGCTGCGGCAACTACACCTCTTTGCT
TGTTTCCGCCAACTGCTAATGGTTTGCCCGCCAGCTCAGGATGGTCTCGC
TGCTCGACTGAGGCAAAGAAGGCATCCATATCTATATGGATAATTTTCCT
CTGCTTTTGGGTATCTTTCATCAAGTATCCTACTTGACGAGTTTGTAGGT
AGTAGTTTGACCTGAGTTTGATACTATGGTGATGAAGTATAGCCCATGCT
GTAGCTTTCCAATATCAATTATGACGTCTTCACGTACCACATTGCTGGCT
TGGATTACTTGGCCTATGGGATTTACTACATAGATTCTGCATGGCTCTGC
GATCGCACTAATTTTCACTAACCCACCATCAGCTATCACTGTGGGAGCAT
CGGTGATTACTTCCTCCGTATTTACCGTAAGGCAAGCCTCCGATATACCT
TGGCAGTATAGTCTGGCTAGGCTGCAGTCTAGTACAAATGGATTTTCATT
TCCTTGCTCGGCGGCTATATTTTTAGATCTGTCCCACTCTCGCTTATCTA
CAGGATCTGCAAAGTGCCAGTTGCACATATCGACCACTTGACTGCTGAAG
AATGCAGGGTCAGCTACATCTGCTTCAAATTTATACATAGTGTAAAAGTA
AAAGTACGACCTGGCCACGTTGCCTTTGTGATCTTCTCTTGGCTCAAATG
CTACATTTTGTTGGTATTCGCTGAAGAGATCTATATCGACATTTGGAATA
TTAGTAAATGTATTATTCAAGTAGAACCATTCGTCTGCACTAGCGTCATT
GATCTCATTGAGAGGCAAGCTGCCTCTTGCGGAGTTAGCACCGACCCGAG
TGGCATATAGATGGTGCATATCACTATGGCCCAATGTGAAATCATCTGCT
CCCTTTGATCTTGGAAAAGTATGTTCAGTATTTATTCCTTGGTCAAATGC
GGTCGTTGTGGGATCGAGATTGGGACTTATGTACACGCTATAACCAGTAT
AGACACAGTACAGAGAGTCATTTATCAAATCTATATTACCAAATAGGAGA
TCTCTAGCATCACCATAGCTCAGCGTGCTCGTCGGTTTGTAGTCACCAAG
CAAAGCTTGTCGCAGTGCAGCACCCTCTAAGTCAGGGAATACATCTACTT
TATCATACTGAGCAGTTAGCTGATAGCTCAAAAGAAACTGCGACAGGAAG
AATATTACTCTAATTTTAGACATGCATGGTATGTTGTAAGGCGAAGATAG
GCATTCTCGTTGCTGACATTGGAGGTGCGGCAGTTTCTTTTGCGATATGG
TTCGTATTCGCTAGTAGTTTTAGCTTTTGCTACATCGCGAGGATAGTTAC
TTCCACTCGTTGATTTTTCTGTTTGCCAGCACGGGAGGTACTTTCTGTGA
GGGGTTCCCGCTTTCCGTATCCTTTGTACTTTATCCTGTCAGCGACTACA
CCTCGCTCTACTATGTATTCAAATACTGCTTTTGCTCTGTCTGTGGAGAG
TCTATCGCAGTATTCATGAGAAGGTACGGTATTGGTGTGTCCGCCTATCT
CGATGATGACGCCATCGTTAGATTTCATAAATTCATATACCTCATCTAAG
ATTTCGAAGTTTTCTGGATCGATGTTCGTGCTATCTGCTCTGAAATTCAG
TTCATTGATCCTCAGTTTTTGGCCTACTATTACTTTGGAAATGTCTAGCT
CGGGTATGTATCGCTCTTTTTTGACTCTAAATAACCGCTGGGCCTGACAG
CCATTTTCATCTTTGACGGTAGCGGTGAAGTTTCCAGCTCCTAAGTTATC
CAATACATACCCTTCTTTGTCATTGGACCAAGTGACTGCTAGTGCTCCTG
TGCCTCCTGAGGCGGCTATTTCCACTCTGCCGTCCTTTTTTCCAGTGTCC
GTTATTCTTCTGTTTTCTATCACTTCTATGACCACTTTTTCTGGTTGTGT
AACGGTGATATTGGATACGATCTCTGCACCATCCTTGTCTGTGACGGTGA
CTGCATAAGTGCCTGGCTTGACTCCAGAGGGATTATTGCCTCTCATCGTC
CTGTCGCTCCACTTGTACTTATATGGCCTAGTTCCGCCGCCTACACTAAG
CTTGATGATGGCGTCATTGGAATTTTCGCAGCTGATCCCTTTCTGCAGTA
GGGGAGTGACTACCAGTTGCTCAGCGGCGATATCGTCAAATACGATGGTA
AATAGCCCGGCATCTGCAGTTCCAATCCATATGTTGTTGTTCTTATCACA
AGCAAGCGAGAGACACTTTTGACTGAGCATACCTACATCGGCTCCGTATC
GTTCTACTTCCTCAGTGTAAGGATTGTACCTCACTAAGATATCAGAAGCG
ATATAGACTCGCCCTTTGCTATCTATGACAAAGTCATTGACAACTCCCGA
GTGAAACTGCTTATCTAGCCCTATTGGATATTTTCTATTGAATGGATCTA
TCAGCCACATGTCGTCTGTTGCGATCATCCATTGCCCTTCTTTATTGCTT
CTGGTTGCTACTATATTGTAACCTTTGTCTTCAAGATCCCAATCATCATT
CTTAATCCGAAGATAACCCTTCTCAGTCCCGATCCATATTACATCTTGGT
CGTCCACTCTAATATTATTGGTGAGATTGGACTTTAGTTTAGAATTTTGC
TCGGTAAATTGCTTCCAGTTTCCCGAGGTCAGGGTATATGAGAAAACACC
TAGATTGGTCGCTAGCCACAGTTTCCCAGTTTTGTATGCTATGTCTTTCA
CTTTGACATCAGCGACTGGAAATTTCACTTCTTTTCCAGCAGATACTAGA
TAAAGCACTCCGTCTGCTGCTGCATAGATATTCAGTTTATTATCAGAGGT
GACACAGTTTACTTGCTTATCGACTAAGTAGTAGTCTTGCAGTTGATTTC
CACTTCCTATTGAGAAGAGTGCTTTATCCGTAGCTACTAGCACTCTATTA
CTTTGATCTATTTCTATATCGTTGATGCTGAGATTGGCTTGCTCTAGGCT
GTACTGTACTATTTTGATGTCACCTGGATCTTCAAAATCAACAGGTTCAT
CTTGTGACAATATTGGGCTAGACCCCCAAAATAGAATGGATAAGAAAAGA
AATATAATTCTGCTCATGCTGGTAATCGACTTATATAAAACATAATAACG
TATGGCCCCACAATACATTACATAAACTCATTGAAACTCACTGTGAGTTG
CAAGATATGTATTAAATAAATCTTAATGGAAAATTGAGTACACTATCCCT
CTTTCGAGGAATATCTTATAAGCAGTTAATCTTCAAAACGCCGCTTTAGA
TTCTAAAATTAATGTGGGCAAGGTGGAGGCAGAAAATGCAGGTCAGCTCC
GTAGCTTCTTGCGACTCTTACGAGAGTCAACGAGCCAAAGCTACGGCGAG
GCTTTCTAACGAACAGATTGACCAAATTAATAAGAATATATGCGACGTTT
TGGGGTTTAAGCGGTATTAGCTAGGCATTCGAAGCCAACCGTAGATATTG
TAGTCAGCGACAGTATAGATACCCATGAATTCTACTAGCTTTAATTTTTG
ACGAGACTTGACACCGAAATTTTGCTGAATAAACTCTACTTGGTCTGCGG
TCACTTTGGAAATTATCCCTGTATGCCCAAATGGATTGCCATCATAAGCA
CCATAGATGAGAAGGTCCCCGACCTGCGGCACCTCATATCGAGAATTTCG
ATATTGCATGAGACCTCGCTCTGCATTGAATGCAACATCCTCTAAGTCAG
TATCAAACAGATCCTTTGCATGTCCATATGAATTGGGCATTTTATGATTA
TAGAAATCATGGTAGTACCTTTTTACATATTCTACACACTGGTACTTCAA
GCCTAGGTTATAGCCGTCGGCGGCAACATTTCGTCCATTTACGTTTGTAA
AATTTCTACCATTATAGTAGACTGGTATATTGTTGAAGCTGTCCATCACT
TGACCAATTTCAAAGTTGAAACTTGTGAAGGACACAAATGTAGATACGAC
GATAAGTGAGTAAAGTAACTTCTTCATTTAATAATGGAGTCTTGAAAACA
TGGGGTTTATGATAGCTAATAACAACGTAAAGACACATATCCTGTGTGCT
CCCCCCTAATATTCAGAGTACTAACGACTAATTTGTTAACAAGCTTACTA
AACTGTAGTTTAAAAGTCCATGTTTGTCCTATCGGGACCTCCAAGCTGTA
CTATCCTTTGAAGCCCATGTAGATGATCACGATCAGCACCAGTGTCACTA
GTAATGCATACAGAAGGAATTTCTTCTCTAGTCCTTTTTGTGCACCTTCT
TTGAGTTTTTTCTTTTTTGACTTTGCCATTACTTCGTATTTTTGAATTGG
ATTGTAATATAGAGCATTTTCTGAATTTCACATTTTATTTATGGTTTGCA
GTAGCGTTTTTTTAAGATATTTACATTAAAATAATTTCTTATGAATCAGC
TGATAATATTGTTCGTGATGACCTTAACTTTGTTTGCTTGCAAATTGGAC
AAGGGAGATGGGGCCTCTACTGCTGCAAGCGTAGCCACAGGTGAGCAACC
TATCACAAGTATATCTCTTGATGAAGTGTGGGCGACTCCCAGTCTGCCGC
TGGTGACTCCAGAGTCAGTCAGATTTGATGAAGAGATGGGAGTTTACTAT
GTATCGTGCATAGGTGGAGTGCCGCCAACTGCGGAGGATGGAGACGGATA
TATAGCTAAGTTAGATCAGCGGGGAAATATCTTAGTAGAAAAGTGGATTG
TGGACTTAGATGCACCTAAAGGTATGGATGTGAGTGGCGATAATCTGTAT
GTTACGGATATCAATGAGCTTGTCGTGATAGATCGCAAGGGCGGTGTAGT
ACTCGAAAGAATTGCCGTGGAAGGCTCTCAGTTTCTTAATGATGTGACCG
CTGCACCTGATGGAACTATCTATTTTTCTGATATGGCAACCAATACGATC
TATGCTTATCAAGGAGATTCTGTAGCGGTGTACTTGCAGTCTGATGACCT
CGGTGGTGTAAATGGATTGTATGCAGATGAGGAGACTATGACTTGTGCTG
CTAGCAATGGCAGTATAAATACCATAGATTTAGCCTCCAAAAAAATCACA
AAGCGAGCAGACGGCATCATGAGTGGTGACGGCATAGAGCCATGGAAAGG
AGGTTTCATTGTGTCAAACTGGAATGGTGAAATATGGTACGTTTCATCAA
CATGGCAGACTACTAAGGTCATGGATACAAAAGATCAGAAAATCAATACA
GCGGACATCACCATCAATCAGAAGACTGGACAGTTATTGATTCCAACTTT
CTTTGACAACAGAGTTACTGCATTTGATATCCACTAAACGGTGGTCTTGG
CGGCCATGAGCGAAAGGATCGTAGCCGCTTGGTGCTTGCAGGGTAGTGGG
TAGGGACATTCGCAGGAGACTGCTATTTCTTGCTTTGCGAATATTAGTTC
TACTATATATCTATTGCTGACCATAGCGGTGATCTGCTGGGCCATTGAGA
TTTTAACCACAACTTCATATTGTAACTCGTAGGCTCTTGCCATGATAGTA
GTCTCAAAGTATGAGTCTAGCTGAAACTCCTTCAAGATGGAGAGATAGCC
CTCCAGATCACGTTCGCTTGGATTTTTCAGTAGTAGTTTTGCTTTCATTT
GCATGGCCAATAAGCTTCCAGTTATCGTAGGCGGACTACAACTTTGCTCC
AGCAGTCAGTTTGAGGCTATCGAGCAAGCTACTTTTGAATTTGATCAATC
GAGCATCGCCCTTTGCAAATCCCAATTGAACGGCAGCATCATCTTGATGA
TAGGTAGTGAATAGAGTGGGCTTACCAGCACCGTTTTTAAATGACATGTC
GTACAGTAATAATCTGTAACTCTGGCTATTGGTTGGTATAGTAATGATCT
CATGCATCACATTGTGACTGATTACAAAAAAGCTGAGTGCTAGGTATTTA
TCCGTACCCTTTTCTACGATGCCCTGCGACCATCCGATGCCTCTGTGTAG
GGCATTGTACATGATTCGTAGGTATGCATTTTTGGCTTCCTTCTTTATAT
CCAGCAGCTCCACTATCACTTCTGGTTTTATGGAGGAAGTAAAGGTGATT
TTTTCTTTTTTGATTTGCTCGAATGTTCTATTCACTTCTTGGCTATAGCC
GTCTACTATGGATTCGTATGTATCTATTAGATTGAGCTCTTGATATTTGA
TCGGTACATCTTTGGGAGTGTGATGCGGCTTGTGGTCGGACTGTAGATTG
ATAGGGTAGTAGGTGTTTGTACTATACTCGATCATCTGAGTCCACATCTC
TTTGGTTCTGGCAGTGCTAAGTTGATTTACAGAGTATGGTCCTAGCTGTG
GTGTCTGCCAATATTGATCCTGCCTCGACTTAGGTAGGATGGGCATCACA
GATATATAGTCATCTTCTACGATGGCATCCCATTCGCCATATACCGCTTT
GAGGTACCAATAGTAGCCGAAGATATTGCCATTGGGTGCATAGTGGACAG
TGCCATTCCACTTGTTTTTTTCTATCTCATCAAATGGAACAAATCTGTAC
AAATTTCTGCATTTTAATATAGTGGATAATCTTGCATAAACCTATTCACT
TGGCTTCGCACAGAAGTAATCACTTTTTCATCCTCATGGTTCATGATTAC
TTCATCTATCCACTCTACTATCTGCTTACATCCTTTTTCATCTATACCTC
TACTGGTTATTGCTGCTGACCCTATACGGATCCCAGAGGTGACAAAAGGT
GATCTGGTATCAAAAGGCACCATGTTTTTATTGATGGTAATATCTGCTTT
GACGAGGGCATTTTCAGCATCGCGACCTGTCACAGTTCCCTTATTTCTCA
GGTCTATGAGCATGAGGTGATTGTCAGTTCCTCCAGATATAAGTTGATAC
TTTTTATCCATAAATGCCGTGGACATTGCCTGAGCATTTTTGATGACTTG
CTTTCCGTATTCGACAAATGAAGGTTGCAGAGCCTCTCCAAAAGCCACAG
CCTTAGCTGCTATGACGTGTTCTAGAGGACCGCCTTGCATACCTGGGAAT
ACTCCACTATTGAGTACGGCAGACATCATGATAGGACTGCCTTTTTTTGT
GGTACGTCCCCACGGATTCTCAAAATCTTTACCCATCATAATGATCCCGC
CTCTAGGACCTCTGAGTGTCTTATGAGTAGTAGAGGTCACGATGTGGCAG
TGCTTCATAGGAGAGTCTAATTGCTTAGCAGCTATTAACCCTGCTGGATG
AGCGATATCAGCAAGCAAGAGTGCTCCTACCTCATCAGCAATGGCTCTAA
ATCGCTCGTAGTCCCACTCTCTAGAGTATGCAGATGCACCACAAATCAGT
AGCTTAGGCTTGGCTTCATGTGCGGCAGCTTCCACTTTGTCCATATCTAT
GAATCCTGTATCTTTTTCTACACCATAGAAGTGTGCATCGTATACTTTAC
CTGAGAAATTGACGGGACTGCCATGAGATAAATGCCCACCGTGTGACAGG
TCAAATCCGAGGATGCTATCTCCTGCATTCAAGACGGCAAGAAAAACGGC
AGCATTTGCTTGAGCACCGGAGTGTGGCTGCACATTGGCATAGTCCGCTC
CGAACAATTCTTTGAGCCGATCGATGGCTAGCGTTTCTATTTCATCCACT
ACTTCGCAGCCGCCGTAGTACCTTTTACCAGGGTATCCTTCAGCATACTT
ATTTGTAAGACAGCTACCCATGGCATCTATGACAGCTTGGCTTGTGAAAT
TTTCAGAGGCTATGAGCTCTAAGCCCACTCTTTGCCGGTGGAGTTCTTTT
TCGATGAGATTGTTTATGATAGTATCCATATGACTGTTGTTACTTTGGGT
AGAATTTTGACCTTGAGACAAAGAAAAGAATTACTTACAATATTTATGTA
GGTATATATTTATTGTTTGACCGGGGTACCAAGCACGTTGGCTAAAAAAA
AGGTCCCGATGACAAGTGATTGCCATCGGGACGCTAAGTTTACTTCTTAT
TGTATGATCTTAATTCTGTACAACGATCTTTTCAGTCGTTACTACTTCAT
TGCCAGCTCTCACTGTGAGGAAGTATACTCCTGCTTGTAGGTTAGATGTA
TCAAAAGTTCTAGCAGATTTGATACTGTTTTGTATCGTTTGGCTACTTAT
GATTCTACCTTCTACTGAGGTGAGTTCTAACTGTAGTGCTTCACTTTTCT
CAGAGGTGACACTTATAGTTACGTAAGCACTGGCAGGGTTTGGAGCTACT
CCGATATTCAAGTGTCCAAATTTTTCTACATCGTCTGTTGCCACTACACC
ATTCGAATTCACGATGAAGTCTAGCATGTTGGAGCAGATTTCATCATTTT
CAGTATCACTTTCTATACAAGCGATAGATGAGAATGCTTGGAGATCAAAT
ATCTCTACATCGTCCACAAACCATCCTGGATTGTCAACGGGTGCTGCTAC
AGTTTCGTTTGAACCAAATCTGAACTGGATGCTGATATTCTGACCTTTAT
AAGCAGACAGATCTACATAGCTGTCTACCCATTCGCCTTCTGTACTACCT
GAGAATCCTCTTAAGTTAGGAATAGCAAATGTACTATACTCCAAGTTGGT
GTTGTAACCGTTTCTGATGAATTTTTCTGGGACTAGTGCGAATGTATTTC
CACCATTGGTACTGATTCTTACAAATCCCCCATCATTTATTTGCTCTGTA
TCGTACTTGTGGAAAAATCTCATCACTGGTCTGTTACCTCCTACATTTAC
GTCATGAAGGGTTATCGTCTGATCATTTTCTTCAGTAGCTGATTCTCTAA
CGAATAGAGATACGTCCCCACTAGCTGCTTCTAAATCTGAAATTGACCAA
ATACTAAATCCTTCTAAAAACTCTATTTCATAGTCACCATCACCTGAATC
GATATCGTCATAAAATAATGTATTGGAATTCAATCCAGCATCTATTTCTA
TAGTGTAAGTAATGACCAGTTCTGCTTCATAGTCCATCGTTCCTACATCG
AACGTCAAAGTAGATCCGTCTACGATTACCGGTGCAGAGGATGACCCCTC
AATAAATACAGCCCCATCTGGCAACTGATCTGTGATGACGACTCCTGTTT
TAGTCTCTGGTATGTGGTTATTAGCTGTGATTGTAATTTCTACTTGATCA
CCAGCCTCTACCAGTGTTTTGGCATCTTTTCTGATTTTCAGAGTCTGTAC
CGCTAACGGTAGTATCTCAAAGTCAGCGACACCATCTGTTACGTCATTTG
AACTTCCTGATGTTGCTTTCCATCCCAGACCTCTCTTAGCAAATGCGGTC
CATATCGCTAGCTCATGTTCGCCATTGTAGAGTATTTCATCTGCTGTTAT
AATAGCATCTCTCATAGCTATGAGTGAAGGATTACAAGGAGCCAATTTCA
TGCCCTCCATGGCAAGTCTCCCCACTATGTAGTTTCCAGCAGTCTCATCT
TGCCATGTTATATCTAGGCCTTTTTCATCTACTATATTCCAGTACATTTC
CCATAGAGCTATAGTCCACACTTCACCTATAGAGTAAAGGAGTGGAGCTC
CATCAGCATCTATAAATCCTGGCACTTCAGAGTAGTTTCTTGGATTTATG
GTAAGATCAGTGGTGTAAGGATATGTTCTGATCCCACCAGCTGCTGGAGA
TAGGAAGTCTACATAGTTTCCTATACCTCTGTCGTCTGTTCGAGTGTCAC
CTTCCTCTACAGTCAGTAGTAAAGCAAAGAAGTCTGATATTCCTTCACCC
ATCTGCTCAGCATTATTTAAGCAGCCTGCTTGTCCTGGTCCTCCTATCAA
TCTGTTAGATATACCGTGCCCATACTCGTGAGCTATTACACCGTTGTCGA
ATGCAGCATCTCTGTATCCAGGTCCTACCGGCTCCCGTTCTTGAATTGTA
ATGCTGACTTCGTTTCCTTGAGTTAGTTCGCTTCGCATACGATCGCAAGT
ACTCTTCGCTACAAATATTGAAGTAATAGTGATATCTTCTATAAAAACAA
CTCCAGTCATACCACCTGTACTTTCGCCACTACTTCCTGGGCCATCCGCA
CCTGGTATGTTACATATAATACACGCTGTAGCTCCTGCTTGCTGAGCATT
ATATACCTTTTGGCTAAATGGACATGTTCCTCTATCTATAAGAGCAATCT
TACCATCTACCTCTGCAATATTGGCAATATCTCCACATCCTTCAGTAGGG
CTAGCTGGGTCAGCATCCCTAGCGATGATTACTTGCCCGGTGATGGGATC
ACTATTGCCAAATGGGACCGGTGTACCGAAGTCAGCAGTACCTATCTGAG
ATATAAAACCTGAGATATTTGCTGGTTCGTCTATACTGAGGGCTCCACCA
CTATTTTCCCATAGGAACATTTGCATTCTTCCGCTACTTCCGTCCGCAGG
AGTACTGAAGTTTGCATTGTTGAGCGTAGGTGCAGCAGCTTCGAAGCCGT
CAAATGCCTGAGCTAATACTGGGTCGCCGCCGCTACCTCCATTACCGTAG
GTGTTCTGTTGGAAGTTTCCTGCATTCTCCGTAAATCCTAGTATGTAAGT
GATATCGTGAATCTGGTTATTTGCTGCAAACAGATTGACTACTGAAGTGC
TCTCGTTCTCTTCAGCCTGTCCTTGTAGGTCATAAGGGAAGTCAAAGTTA
AGCTCCATGCCTCCGTCTGGTTCGTCACCGATGGAGAAGTCAGTCCCTTC
TTTGTCTAGGAATGCATGTACATTATTACCTCTTGTGATAGTGTACTCCG
GGCCTTCCATATTGTTTGTATCATGCCACCCCATTGGAGATCCTCCTCCT
GGAAATATCTCATCTGTAAATACGGTTCGATCACCATGTATCGGACTCTC
TGCAGGAAATGCAAATGCATTGTATGTCGCTCCCATCGATAGTGCTGCAT
TGGCTGCATTGACGGTGAGGTTTTGATGTTGTGTCTGAGTTACTTGCTTT
GTTGCAGCACAGTCCGTGTGCTTGGCGTACTTGCCATGATCGTGCTGACA
GTATATAGTATAGTTGTGCTTAGATACTAGCATGCCATCAGCCGCATTTA
CTTTAGCATTCCAGTAGTCAGCAGTTCCTTTGAGATCTAGGCTCATGTCC
CATACTAGGATTAGCTGATCATCTACTACCGCATATTCTTTCTTTACTTT
TACCTCGTTGTGCACGAAGTCTAGCTGACCAAATTTATGAACGCCATTGA
TCACAGACCTAGCAGTGGTTATTTTGCCAGGATTGACACCTAGAGCATTA
CCAGCTGCTGCTACTGCATCACTTGCTGAAATATTTGCACTTGAGCTTGT
TATTTTGCTCTTGGCATTGGCTACGAAGTTCGATCCTACGTTGTAGACCT
TCCCTTCCTTTGATATCACGATCGGAGTGATGGCATTGGCTACTGGCACT
CCATCGATGGCTTGCTGAAAGTAGATGTAGGTAATGCCAGTCTTTTTGTC
TGTGTACATGTCGGAGATAAGTGCTCCTTGATAGTCTTCCGCAGTCAGTT
GCCATGCAGCTGCTTTTTGCTCGATGTACCTCATGCCTTTATCCACAGGT
GTGACACCCTGGGCAAACATGCCAATGGACAAGAATGTAAATAGAAAAGT
GTAGAGTAACGATTTTACCATTTCAGTATTGATTTTAGTGTTTCACAAAA
AAAAGAAGGGCAGATGGAGTATGCATCAATCATCTGTCAATCTTATAAAG
GTCGAATATAGCATTTTGGTTTAAAAACTAATAGTGTACTTATGTATGGA
ATGTCGACACGGACACAATATATATGAGAAATGCAACTTGATGTCTGCTG
CTGCACTTCAGAAGGTAGAGATAACTATCCAAAAAGCACTGACAATGAGC
CAAGTAACTGGTGCAAAGCATGATAAAGTATTTCGCCAAGAAAAAATAGA
TAATTTATAGGGTATATATGTATTCGCTCTAGATAACTGACTGCTTACTG
TACTTTCAGGTCGAGAATATTGCCCATCTCGTAGCACAGCCTGCAGCGAG
GCTCGTACTTGTCTTTCTCGCCTAGTACTACCGTTTCTTTTTCTTCGGAC
AGGCGGTAGGAGTGAGTAGCTAAGTTGCCACAGTGAGGACAGATGGCATG
GACCTTGGTTACATATTCGGCTACAGCCAATAAGTAAGGAATAGGACCAA
ATGGCACTCCTCTGAAGTCCATATCAAGACCGGCGATGATCACCCTAGTG
CCTCGGATAGCGAGTTTCTGACAGACTGCCGGCAGATCGGCATCAAAAAA
CTGTGCTTCGTCGATGCCTACGACTTTCTCATCTGTGATGTGATTGAGAA
TATCCTTGCTAGCGGAGACCACTCGAGAAGGGACGGCATTGTCATCGTGA
GATACTACATCCTGGTCATGATAGCGGGTGTCGCTAGAGGGCTTGAAAAT
GGCTATCTTCTGATTGGCTATTCGAGCCCTTTTGATCCTTCTAATCAGCT
CCTCAGTCTTACCTGAAAACATAGAACCACAGATGACTTCTATCCATCCA
CTTCGCTGACCTCTAAAGCTCGGTTCTAAAAACATATTTAATTTTCAAGT
ATATGAAGCACAAAATTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNTGGGAGAGGACAAGTCCCAGCTGGACTA
CCATGGGCTGTCGCAGGAAGTGCATCTGGCAAATATTTGTCATGATATAG
GACTGGACACATACATAGGTAAGGGGCATCAGTATCCATCACTGCACATA
GATCGATACTCAGTGATCAAAGACAAAGCAAGTGACAAAGGCCCCATAGC
AGGTATAATAGCGGCACTCCTACAAGCTCCGGACAAAGGTTGGCTGGTCC
TTGCCTGCGATATGCCCTTCGTGAGTAGGGAGTCTATAGAGCAGCTGATA
CTACATAGGGACAGCGATGGTTTTGCTACCACTTATCAGCTACATGGAAG
CACCAGATACGAGCCGCTTTTTTGTATTTATGAGCCCAAGATATTGCCAT
ACTTACTAGCTGAGTTGAATGATGGGAAAGGAAAGGTCTCAGCTGCTTTT
CGCAATATTGCCGTGAAGGCCATACTTGTAAAGGATAGCAAAATAATCGC
TAATGTGAATACTCCAGAGCAGCGTGCGGAGGTGAGACAAGCCCTGGCTA
ATCATAAAAAAAACTGAGTTGTAAATCTATATTTTCACTACCTGTGTGGT
GCTCGTACTTCCCTCTATCGATAACCTTACTTGGTAGCTACCTGCGGGTT
TTTGAGACAGATCTACTTCAATGGTATTCTCGCCAAGAACAATCTTTTGA
CTCTGAGCTAGGACCTGACTACCGCTAGCATCGTAGATTTCTATTTGGCT
ATAGCCAATGTGGTCACTCGTATATATAAGTGTGACGGGGCCAGCTGACG
GACTGGGATAGGCTGTCAATCTGGTAGGACCGCTGGTCACTGTCTCCACA
CTAGTATCAAAGTCAAATATGGGAATAACAGTCATTGCTTGATTAACATT
TACCTCAATGATAGGCTGCATGCTTTGTACTGCTCCCTCCCAGTGAGAAA
ATATATAGCCCTCTTCTGCCACCGCTTCTAGTGTGATCGGTACGGACTCA
TAGTAGAGCCCTGACCAGAATGACTGAGCGATGTCGAGCCGGTCGTTTAC
AAGTACTGATCCAACTTGATGCTGAGGATTATTGATTGTAAGTGTATGGA
AGGCTGGTAAGTTCAGTGTATTTAAGATATGATTTCTAAGGTTCGCTGGT
CGGTTGCTAGCAAAGGTCTTCATTCCGCTGATGGCCTGCAAACTAAAGTT
GACGTCACCTTCCCATCTACTGTAGTGTCTTGCAGCCTCTGACTGAGTGA
TGCTAGCTACATTATCAATATGGTCTCTGACTCTGCTGATTAGGAATCGG
CTATTGAGTTCATCAGCCAGTCTATTTACAAACTCGTTTCTAAACGAAGT
ATTGGCCATCATCTTTCGAAATAGTAAGGTAGACCAAGCGGGATTGGGCC
ATCCTGGGCCATTCGGGTTGAGGGCAAAAGCCAAGGTATTATGCCTGTAA
GCTTCGCCGTCCCAAATGCCAAAGCCGAAATCTGTATCATACAGAATCCA
TCGCCATTTACCACCTGTGCCTTTCCAGTATTTGATGTTATTGCCTGGCC
AGTCTGTATTGCTAAGGTAGATTTGAGTGGCGTAGTAGAGTGCAAAGTTT
TCTACATCCACTTGGTCGGCTACTTGGTCATAATTGGAAGTGATGGAGAG
GTCATTATTGGTCACAAAGTCTATCAATGCTCTGTAGTCTTCATCTGTAC
CGTGCACAGTGATGCTATTGGCCTCGACGATGTCTATCTCGTCGCTCTCT
AGTCCTGTTCTTTCGATTATGAAGTGTTCATTGACCTTCTCTCTCATATT
TTGATAGCCCCAGTACTGCCCGTTGATATATACGGCCATGGGTCTGAATG
CCTGAAATTCCAAATCTGCTCCTTCCATCAAACTGGTCAGAGCGGCATCT
CGGATATTGGACATCAGGAAGTCGTTGCCACTGTTTCGCAGGGTCCAAGC
TTGAAAAGACTCGGTAGATCGTGAGTCAAACATCTTGTAGTCGAAGGCAT
CGGCTCCATACCTAGATCGTGCATGCAGAGACAGCGACTTTTGTGGTCGA
GCTCTGGACCAGCCTCCAAATATTTTCACACCAGCATTTACCGCAAAAGT
GGACACTCCGTCTTCGTAGATGGTCAGGTGAACTGGCCGCTCCCAGTCTT
GCCAGAAGTTAGCTCCGAAATTTGGAGGGCCAGCCTCGGCATTGTCGCCT
AAGACGTAGATGCCCGTTTGCTGGTCAAACAGATTGGCTGGATCGGTCAC
CAAGCTAATAACGGGTATGTCGTGCTCATTGTCAAAAAGAAAAGTCCGCT
GAGCTATCTCGCTAGGGTAGTATCCACTCTTGAATATCGCAGCACGTACT
ACGGTGTTTTCTGAAATATTGATCGGACTTGCATAAAGCGGTGAAGTTGG
TCCCGGCTCTGTAGCATCTAAGGTGTATCTGATTTCACCGTCTGGTACTG
GAGAGCTTAGTGACAATGTGAGTTGGTCTACAAAGCCTCCGTCATTAGAA
AACTGGACTTCGTCAATGATGATTCCTTCGAAAGTAGCTCCCTCATTGGC
AGCTCCTGGAGTCGGGGTAGTATAAAACGCTAGGCTACCGTCCGCCGCTC
TGCCGTATGATGCATCCGCTGGAATATTGGCAAAAGCCAAACTATCAATC
AGTATACCTTGAGGATCAAAGAGGTAGAGTGTCTCCCCTTCGCTAGCTAA
CTTGAAGTTGGTATGAAGTGGTGGCTCACCTTGGATATTCAACTCTACTG
GTGGGCTGCTGCCAATATTTCCACCCTCAGATAAAACTAGGGTAATGAAT
GGTATGCAAGATAAGTCTGAAGAAGTGACGCTGATATTGACCAACCTGAT
GGCTAGGATATTCGGTCCATCCGACAAATGATCAGCTGGATTAGTAAAAA
TGTGCTGCTCGGTAGTCCCACTAGTGTAGAGCTGAGCTTCTCGATCTGTC
TCAGCAGAAAATACACCATTGCCCTGCTCGATGATATTGGAGCGGGACAC
TTCTACGCCATTTATATAAGCAACGTAGGCATCATCAAAGTCGATGTCAA
AAATGAGCTGCTGCACATTATCGATGTCTGCAATATCAAACGGAATACGG
AGGAGCAAGCCAGTAGTGCCCGTGGGAACGGTAGTCGCATCGTCGCCATC
GCCGTAGCCAATGCCTGTAGGCCCAGTGCTCCAGAATGCATCATTGTATT
GGATCTCAGTCCAGCCAGTACTAGTAGCTTGTGAGATCAAGTAGCTAGCC
GTAGCACCGCGATCTATGATCGTCCTAGCTTCACCCAGCAATGCTCTGTC
TTTATCACTAGCCCATACCTGGAGGTAGGCATCTGGAGCGAGTCGCTTAG
CTGGGAAGGTCCATTTGGTAGGCCGGTCTCGTCTGTCGGATATGGTCCAT
CCATTGAGGTCGACGTCTGTAGTGCTGGTATTTCTCAGTTCGAACCAGTC
GGGAGTATCGCCGTCCTCATCGGTGAGGCTAGCATTGGAGCTGACTACTT
CATTGATGAGGATAGTCTGCCCATAGCTGACATCAGTTGCCGCTAGCAAT
ATCATAGGTAACCAGAAGTAAGTAAGTAATCGCCCCATGCGGGAAAGATA
TGCAATATCAGTAAAGTCGTCTGCAATAGATAGGTGAGATTTGTTNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNTGGTAAGTGAGCAGACAAAGCGAGGGCAGTTAT
GGCGAATGAGTGGTGGAGGGAGCAATTATTTTGGAGGGGATAATTTACCA
AAGTGGTTGTAAAATAGATAGTTATAATGGCAGTGAGAAGGTACGGCGAA
AGTAGGCGGATATTTTTTGAGGGCCATGCTTGGAATACCGTAAAATGATG
TTACATTTGCAACGCTTAACTAAAAGCACGGTCTGGTAGTTCAGCTGGTT
AGAATACCTGCCTGTCACGCAGGGGGTCGCGGGTTCGAGTCCCGTCCAGA
CCGCGAAAAGCCTTCAACGAAAGTTGAGGGCTTTTTACGTTTCTAACCGT
GACTCGAAGCTAACCCGCCGGCAATTGATATTGCCGTTCCCTCCTTTAAT
AGTGACGTTTAGTCACTATTATCCTTAAGGACCAGTCGCTCTTCATCCAG
ACCGCGAAAAGCCTTCAACGAAAGTTGAGGGCTTTTTACGTTACTGGATG
CGACTCGAAGCTAACCCGCCCTCGATTGAAATCGAGGTGCCTTTTCTAAG
ACTTGACTTTTTATTAAGTCTTTCCTTCGGACCAGTCTCTCTTCATCCAG
ACCGTGAAAAGCATTCCAGGAAAATAGAGGGCTTTTTACGTTTGTAGCAC
AAGACACCTCTGCTCAGCATCGATTTGATATAGCTCACTTGTTTTGAAGT
CTCTGATTAAAGAACTTCTCGTTGATGGCTCCAGCCGTCGATGCCTATGC
AATGTCGCTAGCGTAGTGTTGATGACAGTCATAAGTTTTTTTCTTTGTTA
AGGACTCAAATGGAGATTGCAGGCCTGAAAAAATAAGTGAGTTGGAATCC
ATGGCTAGAGCCATCGACTAGGAGGAAAAACTATTAAATTAGAAAATTGC
CAATAGGCTGGTACTATTTATTGAGAATTAGATTTGCGGATTTGTGATAG
ACTGTATAAGATGAAGTCTTGGAGCAATACATTAAAGATCTTCAAAAGAT
GATTACCTTAAGAGATGTAAAATGGATTTTTGCAAAAAGTGGACTTCCTC
GTAATAGTGGACAGTAAGATAAGTTAAATTTGTAACCAATAACTTGTCAA
CATGACAAGAATTAGAAGAAAGTACACTACGATAGAGAAAGCAAGCTGTG
GAAATCTGATACTTAAGATTCGGTAGTGTCGAGAAATAGTTTTGACTTAC
CTTTAGCTAGCTACTAGATGATTGAGGCAGCACCAACATGTCCAATACCT
CCAAATATTTACCCAGATCCCAAAAACATGACCAAAATATTCATATTTTT
GGACACGTGTGTTAATTACGTCCGCTTTTCTCCCCATCTTGGACATGTCT
AAAAGCAATGCCTTATGATCTATGACATTCCTTCACTTCCCCTAGCACAA
GACCTAGAGACAAAGGCAGTACTCAAAAAGGTATCTACTGCTAGGAGTGC
CTTAGCTGAGCTGAAAGGTGTAGCTGCCAGCATACCCAATATGACTATAC
TGGTCAATACCCTCTCCCTACAGGAGGCAAAAGACAGCTCCGAAGTAGAA
AACATAGTCACCACCTACGACGAACTCTATAAGGCCGAGCTGCAACTGAC
CAAAGCCAAAAGCATAGCCGCCAAGGAGGTGCAGCACTATGTGGTCGCTC
TCAAAAAAGGATTTGAC

Synonyms

The feature 'adenosine trna methylthiotransferase' has the following synonyms


Synonym
Tk08191

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