# STOCKHOLM 1.0
#=GF ID 1.10.510.10/FF/001087
#=GF DE Uncharacterized protein
#=GF AC 1.10.510.10/FF/001087
#=GF TP FunFam
#=GF DR CATH: v4.3
#=GF DR DOPS: 79.400
#=GS A0DTN3/4-356  AC A0DTN3
#=GS A0DTN3/4-356  OS Paramecium tetraurelia
#=GS A0DTN3/4-356  DE Uncharacterized protein
#=GS A0DTN3/4-356  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0E1I0/4-354  AC A0E1I0
#=GS A0E1I0/4-354  OS Paramecium tetraurelia
#=GS A0E1I0/4-354  DE Uncharacterized protein
#=GS A0E1I0/4-354  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0CPN7/2-334  AC A0CPN7
#=GS A0CPN7/2-334  OS Paramecium tetraurelia
#=GS A0CPN7/2-334  DE Uncharacterized protein
#=GS A0CPN7/2-334  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0BPQ7/2-329  AC A0BPQ7
#=GS A0BPQ7/2-329  OS Paramecium tetraurelia
#=GS A0BPQ7/2-329  DE Uncharacterized protein
#=GS A0BPQ7/2-329  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0E292/1-370  AC A0E292
#=GS A0E292/1-370  OS Paramecium tetraurelia
#=GS A0E292/1-370  DE Uncharacterized protein
#=GS A0E292/1-370  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0DS93/1-370  AC A0DS93
#=GS A0DS93/1-370  OS Paramecium tetraurelia
#=GS A0DS93/1-370  DE Uncharacterized protein
#=GS A0DS93/1-370  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0CUD9/1-353  AC A0CUD9
#=GS A0CUD9/1-353  OS Paramecium tetraurelia
#=GS A0CUD9/1-353  DE Uncharacterized protein
#=GS A0CUD9/1-353  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0E1R0/2-379  AC A0E1R0
#=GS A0E1R0/2-379  OS Paramecium tetraurelia
#=GS A0E1R0/2-379  DE Uncharacterized protein
#=GS A0E1R0/2-379  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0DTX5/2-377  AC A0DTX5
#=GS A0DTX5/2-377  OS Paramecium tetraurelia
#=GS A0DTX5/2-377  DE Uncharacterized protein
#=GS A0DTX5/2-377  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0BLU1/1-359  AC A0BLU1
#=GS A0BLU1/1-359  OS Paramecium tetraurelia
#=GS A0BLU1/1-359  DE Uncharacterized protein
#=GS A0BLU1/1-359  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0BL80/1-357  AC A0BL80
#=GS A0BL80/1-357  OS Paramecium tetraurelia
#=GS A0BL80/1-357  DE Uncharacterized protein
#=GS A0BL80/1-357  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GF SQ 11
A0DTN3/4-356          ------------------AVVLKQKKLAAGMVIAGKYKLLEKIGAGSFGMVFKSQYLKNGDLVAAKFEKRDDSQKGV-SLLIREIKVLSEVNGL-------KGFPQIKFYGRDENYNFFMETYLGLNLEQLLRKSGNRFSLHTTLRIGIQIIERLQAFHEKNLIHRDIKPENFTISRQDVTQIMAIDFGLAKYYRDTAGKHIPFVNNKGLIGTARYASINALLGNEQSRRDDIEAIAYVLIYFHLGELPWQNIQVASKEEKYKQILVLKQNNELDKYSDKIP-------KCLMKMLKIAKSYEFNQTPDYMGLTKLLQDELTTDA---------KMDWESL--LETNNDKMSVSIDMIENDNQFDDLQDDKQQEVLNSMQKISQQQT-KFINGRLNNS--
A0E1I0/4-354          ------------------AMGWKQKKLTAGMVIAGKYKLLEKIGAGSFGMVFKSQYLKNGDLVAAKFEKRDDSQKGV-SLLIREIKVLSELQ---------KGFPQIKFYGRDENYNFFMETYLGLNLEQLLRKCGNRFSIHTTLRIGIQIIERLQAFHEKNLIHRDIKPENFTISRQDATQIMAIDFGLAKYFRDTGGKHIPFVNNKGLIGTARYASINALQGNEQSRRDDIEAIAYVLIYFHLGELPWQNIQVASKEEKYKQILVLKQNNELEKYSDKIP-------KCLMKMLQIAKSYEFNQTPDYMGLTKLLQDELTTDA---------KMDWESL--LETNIDKMSVSIDMIENDNQFDDLQDDKQQEVINSMNKIAQQET-KFINGRLNNS--
A0CPN7/2-334          --------------NDGDNSRMIQKKLNPGTVIAGKYKLLEKIGAGSFGMVFKTQNLKNGELIATKFEKRDESQKGV-SLLIREIKVLQDVKGL-------KGFPQLKFYGRDDHYNFFMESYLGMNLEQLMRKCGGKFTQNTVLKIGLQLLERVQAFHEKNLIHRDIKPENFTIGRQDCCQIYVIDFGLSKYYRDSNGKHIPFVSNKGLIGTARYASVNALIGNEQSRRDDIESLVYVLIYFYLGELPWQNIQVVNKEDKYKKILQMKQNNSLDKLNDLLP-------KSLVKMLKISKSYEFQQTPDYIGLKKLLQDDLTTDT---------KFDWEKIQGLFSDKESLSVSIDVQSNSNQFDDLIDIQ-----------------------------
A0BPQ7/2-329          --------------NDGDNSKMFSKKLNPGTVIAGKYKLLEKIGAGSFGMVFKTQNLKNGELIATKFEKRDESQKGV-SLLIREIKVLQDV----------KGFPQLKFYGRDDHYNFFMESYLGMNLEQLMRKCNGKFSQNTVLKIGLQLLDRVQAFHEKNLIHRDIKPENFTIGRQDSTQIFVIDFGLSKYYRDSNGKHIPFTSNKGLIGTARYASVNALIGNEQSRRDDIESLAYVLIYFYLGELPWQNIQVVNKEDKYKKILQMKQNNSLDKLNDLLP-------KSLVKLLKVSMSYEFQQTPDYAGLKKLLQDDLNIDS---------KFDWEKIQGLFSEKNNMSVSIDVQSNTNQFDDLID-------------------------------
A0E292/1-370          MNQSQIQTNHKSIKKDPGE---NSNKLSSGSIVATKFRLIDKVGQGSFGMIYKTENMETGEIFATKFEKREENSNGS-VSLCKILRVNDNINLI--------GFPQIVFYGRDEQYNYFMQTYLGYNLEQLLKRCNYKFSIQTVLRIGIILMERIKMLHSKNLIHRDLKPDNMCIGYDDIDQIYLIDFGLAKYYRNSQGDHIPQNERRGMIGTARYASLTAHLGKEQSRKDDIESLGYVLVYLAKGRLPWMNLNTSTKSEKYQKIKEFKQQITLEKLCEGLP-------KCFLNLFIYARGLDFQGEPEYSFLRDQFQKQYQIEVQSSQNHVPLDFEWERLPELKKRKQRVIANLLKQKLEKQTEVKPELDI-KKSYDEK-PEQRGS-SFLN--------
A0DS93/1-370          M---RSTQKHATTHSD------NPFKLSVGQIIAQKFKLIDKVGQGSFGMIYKTENLETGDIFATKFEKRDENSNGV-SLLVKEIKVLIEVQEFEGNILIDKGFPQIVFYGRDEHYNYFMQTYLGQNLEHLFRKSNYKFSMTTVCRIGMSLIDRLKLLHSKNLIHRDLKPDNVCIGYEDVDKIYLIDFGLAKYYREQNGNHIPQVDKKGIIGTARYASLTAHLSKEQSRKDDIESLGYVLVYLAKGKLPWMNLNTTTKSEKYQKIKEFKQQLTLEKLCEGLP-------KCFLNLFIYARGLDFQGEPDYEFLKELFQKQLQQETYSQQGQTTLEYEWERFPEIKKRKSRLWTNQQKQKIEKPVQLGVDSDP-RKSSEDKGQEHKGS-S-----------
A0CUD9/1-353          M---RSNKKHGTVHAD------NQSKLSVGQIIAQKFKLIDKVGQGSFGMIYKTENLETGDIFATKFEKREENSNGM-SLLVREIKNL-----------------KIVFYGRDEHYNYFMQTYLGQNLEHLLKRSNYKFSLTTVCRIGMNLIDRLKLLHSKNLIHRDLKPDNMCIGYEDVDQIYLIDFGLAKYYRDQNGNHIPQTEKRGIIGTARYASLTAHLAKEQSRRDDIESLGYVLVYLAKGKLPWMNLNTSTKSEKYQKIKEFKQQLTLEKLCEGLP-------KCFLNLFIYARGLDFQGEPDYAFLKELFQKQFQQELSSLQTLATPEYEWERFPEIKKRKARLQTNQLKLKMEKLVQQGVDSDA-RKSSEDKGQDHKGS-S-----------
A0E1R0/2-379          KSPVRKEKKHQTHNPSSQQDKFQQKLLYPGQIVAGRFKLIEKVGQGSFGSIFKTENIETGEICASKFERRESAKNSV-SLLVREIKILLVLKGI-------PGFPQILHYGRDENYNFFMITYLGQNLEHLIRKTK-RFSQINCLRIGLQLLDRLEQMHQKNLIHRDLKPENLVIGWQDIDVIYLIDFGLSKCYKDNQGVHIPMIEKKGIIGTARYASIGAHLGREQSRRDDLESLAYVLIYLNKGKLPWMNMPIQDKSIKYNKILEYKQQISHEKLCDNLP-------KCYYLLLQHAKSREYTEQPNYTYIKEQFSKALDDQEYIDNI----SFDWEKLPELKSKKSRRS-NSQKKTNEKKPKISISKEQ-SIVQEHKQQNQQPSLQIIQQTQQKSQV
A0DTX5/2-377          KSPIRKEKKHQTHNPTSQQEQFQQKLLYPGQIIAGRFKLIEKVGQGSFGSIFKTENIETGEICASKFEKRESQKNSM-SLLVREIKILLELKGI-------AGFPQILHYGRDENYNFFMITYLGQNLENLIRKTK-KFSQINCLRIGLQLLERLEQLHLKNLIHRDLKPENIVIGWQDIDVVYLIDFGLSKYYKDNHGNHIPMIEKKGIIGTARYASIGAHLGREQSRRDDLESLAYVLIYLNKGKLPWMNLPIQDKSIKYSKILEQKQSISHEKLCDNLP-------KCYYLLLQHAKSREYTEQPNYAYIKEQFSKALGDLEYMDNI----SFDWEKLPEMKSKKSRRS-NSQKRTTDKKPRISITKEH-SIVHESKQQ-QLPPLQLVQQTQQKSQ-
A0BLU1/1-359          M--NRNTKKHQTQLQTN-----SATHLHSGTIIADKFILMEKVGQGSFGYIFKTENSETKEIVATKFEKRENRSNGTASMLVREIKVLLELSGV-------DGFPQIQYYGRDENYNYCMITYLGHNLEYLLRRSK-GFSQLSCLKLSLQLIERLESLHNKNIIHRDLKPENMVIGYLDSHIVYLIDFGLAKYFKDSNGQHIPLSDKKGIIGTARYASIAAHQGFEQSRKDDLESLAYVLIYLNLGKLPWMNLQIADKHEKYQTILEMKKNTKLEELTEGLPQVIEYFIQCYLLLLQHAKSREFSESPNYAFLKDQFRKTINEKESEESFY---MFDWEKLAEVKNKKQTLQ---NQLGNPPVVRSTIKRSS-AVVDYPKK-------------------
A0BL80/1-357          M-KNRKTKKHQTHLQTN-----SHALLHSGTIIADKFILLEKVGQGSFGYIFKTENIETKEVVATKFEKRENKSTSTGSMLVREIKVLLELSGV-------EGFPQIQYYGRDENYNYCMITYLGHNLEYLLRKSK-GFSQLSCLKLSLQLIERLESLHNKNIIHRDLKPENLVIGYIDTHNVYLIDFGLAKYFKDSNGQHIPLSDKKGIIGTARYASIAAHQGLEQSRKDDLESLGYVLIYLNFGKLPWMNLQIADKHEKYKTIYELKKNIKLELLTEGLS-------QCYLLLLQHAKSREFQESPNYAFLKDQFKKAISEKECEESFY---MFDWEKLAEVKNKKQIHQ---SKIENPPVIRSTIKRSSAAIVDHPKKQLS----------------
#=GC scorecons        2000211223121123101001344493494779477596797959999477976656667649699989744456507696778867244222000000027778736999975997793799939995957754159843546777657679653693997999969979449744944476599999698777449499934457969999999964954739999799697759997964495999596553494599559454975446766473780000000775437644766378444969437655655353343111110000367995634544463444132343344433433442320223221422121120101000000000
#=GC scorecons_70     __________________________*__*_***_**_*_****_****_******___**__*_******____*__***_******______________*****_******_*****_****_***_*_**____**____****__*_***___*_************__**__*___*__*****_*****__*_***____**_********__*__*_***********_******__*_***_*_____*__**__*___**___****_*_**_______**___**__***_**___*_*__*___*___________________***________*____________________________________________________
#=GC scorecons_80     __________________________*__*__**_**_*_**_*_****__***_________*_*****________*_*_****_*______________*****__*****_***_*_****_***_*_**____**______**__*__*____*_*******_****__**__*___*__*****_***_*__*_***____**_********__*____****_**_***_*****___*_***_*_____*__**__*___**____*_____**_______**_______*___**___*_*__*_______________________***_____________________________________________________________
#=GC scorecons_90     __________________________*__*___*____*__*_*_****___*__________*_*****__________*____*___________________*___****__**__*__***_***_*_______*______________*____*_**_****_**_*__*___*______*****_**_____*_***_____*_********__*____****_**_*___***_*___*_***_*_____*__**__*___*______________________________________*_*___________________________**_____________________________________________________________
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