# STOCKHOLM 1.0
#=GF ID 1.10.510.10/FF/001088
#=GF DE Uncharacterized protein
#=GF AC 1.10.510.10/FF/001088
#=GF TP FunFam
#=GF DR CATH: v4.3
#=GF DR DOPS: 82.736
#=GS A0E640/2-339  AC A0E640
#=GS A0E640/2-339  OS Paramecium tetraurelia
#=GS A0E640/2-339  DE Uncharacterized protein
#=GS A0E640/2-339  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0CN37/1-345  AC A0CN37
#=GS A0CN37/1-345  OS Paramecium tetraurelia
#=GS A0CN37/1-345  DE Uncharacterized protein
#=GS A0CN37/1-345  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0CJZ3/1-341  AC A0CJZ3
#=GS A0CJZ3/1-341  OS Paramecium tetraurelia
#=GS A0CJZ3/1-341  DE Uncharacterized protein
#=GS A0CJZ3/1-341  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0C7Y4/1-340  AC A0C7Y4
#=GS A0C7Y4/1-340  OS Paramecium tetraurelia
#=GS A0C7Y4/1-340  DE Uncharacterized protein
#=GS A0C7Y4/1-340  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0BTL5/1-337  AC A0BTL5
#=GS A0BTL5/1-337  OS Paramecium tetraurelia
#=GS A0BTL5/1-337  DE Uncharacterized protein
#=GS A0BTL5/1-337  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0C4A1/1-328  AC A0C4A1
#=GS A0C4A1/1-328  OS Paramecium tetraurelia
#=GS A0C4A1/1-328  DE Uncharacterized protein
#=GS A0C4A1/1-328  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0EC11/1-330  AC A0EC11
#=GS A0EC11/1-330  OS Paramecium tetraurelia
#=GS A0EC11/1-330  DE Uncharacterized protein
#=GS A0EC11/1-330  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0BNP7/1-329  AC A0BNP7
#=GS A0BNP7/1-329  OS Paramecium tetraurelia
#=GS A0BNP7/1-329  DE Uncharacterized protein
#=GS A0BNP7/1-329  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0DT01/3-350  AC A0DT01
#=GS A0DT01/3-350  OS Paramecium tetraurelia
#=GS A0DT01/3-350  DE Uncharacterized protein
#=GS A0DT01/3-350  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0CWY8/1-347  AC A0CWY8
#=GS A0CWY8/1-347  OS Paramecium tetraurelia
#=GS A0CWY8/1-347  DE Uncharacterized protein
#=GS A0CWY8/1-347  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GS A0DQ33/1-328  AC A0DQ33
#=GS A0DQ33/1-328  OS Paramecium tetraurelia
#=GS A0DQ33/1-328  DE Uncharacterized protein
#=GS A0DQ33/1-328  DR ORG; Eukaryota; Ciliophora; Intramacronucleata; Oligohymenophorea; Peniculida; Parameciidae; Paramecium; Paramecium tetraurelia; 
#=GF SQ 11
A0E640/2-339          KKLPKLPSSYLEPKIFDNKYIVKEQLSSGSFGVVYLAIHKVTREEVAVKLEKGQQ-ETLDREVYLLTKLQGILGVTKLFWFGREQCYNVMVIELLGKDLGYYGKTYKQLSLKSGLQLLEQLITIFNCVHQRGIVHRDLKPENIMMGKTNTSQAFLVDFGVSKQIFDKG-KH--IPFKDKKSFIGTARYASVAAHKGFEIGRKDDLESLMYVIIYLIL--------GQRNQLIEENCLGQD----------CCCRRTLCKELPPAFAEYLN--------YLKGLKYEDQPDYELLKKIMRKCSEIN--TYDNQFEWTEKQSQQQQDKIGENKQQSSFLVVPNGLGDQQQR----QNTKKQ---SYMGSQSSNAVKYVP--------
A0CN37/1-345          --MKKLPSSYLEPKIFDNKYIIKQNLSSGSFGVVYLAIHKVTREEVAVKLEKGEQ-ETLDREVYLLTKLQGIQGITKLYWFGSEQNYNVMVIEILGKDLGYYLKQYKQLSLKTGLQLLEQLITIFSFVHNKGIVHRDLKPENIMMGKTNTTQAYLVDFGVSKQIFDQG-KH--IPFRDNKSFIGTTRYASIAAHKGYEIGRKDDLESLMYVIIYLIL--------GKLPWQNLQNIGDKDRTIVVGEVKMQTSIQSLCKDLPSPFSEYLN--------YLKGLDYQDQPDYELLKKIMRQCSDAN--TYDNQFEWTDKVPE----KLGEVKQQSSFLAVPNGLND-QNR----QNTKKQ---SYMGSQSSNIVKYIP--SNQD--
A0CJZ3/1-341          --MKKLPSSYLEPKIFDNKYIIKQKLSSGSFGIVYLAIHKVTREEVAVKLEKGEQ-ETLDREVYLLTKLQGVQGITKLYWFGSEQNYNVMVIEILGKDLGYYIKQYKQLSLKTGLQLLEQLITIFSFVHNKGIVHRDLKPENIMMGKINSAQAFLVDFGVSKQIFDQG-KHMQIPFRDKKSFIGTTRYASIAAHRGYEIGRKDDLESLMYVIIYLIL--------GKLPWQNLQNIGDKDRTIVVGEVKMQTTISQLCKDLPTGFSEYLN--------YLKGLKYQDKPDYDLLKKIMRQCSDAN--SYDNQFEWTDKIPE----KPGETKQQSSFLAVPSGLND-QQR----QGTKKQ---SYMGSQSSNIVKY----------
A0C7Y4/1-340          --MKKLPSTYLEPKIFDNKYIIKNQLSSGSFGVVYLAIHKITREEVAVKLEKGEH-ETLDREVYLLTKLQGIQGITKLYWFGAEQNYNVMVVELLGKDLGYYSRTYKQLSLKTGLQLLDQLLTTFKLVHSRGIVHRDLKPENIMMGKQNTSIAYLVDFGVSKLILDKG-KHMQSPFKDRKSFIGTTRYASIAAHKGFEISRKDDLESMMYVIIYLIL--------GKLPWQNLQNIGDKDRTVAVGEVKMSTTIETLCKELPIQFVDYLK--------YLKNLGFEDQPDYDMLKTLMKQCSNPN--TYDNQFEWSDKQQN--KDSVLEVKVQGSFLAVP-GNDG-AQR----SNTKKQSNISNLGSSSS---------------
A0BTL5/1-337          --------------MINEQYLIKKKISQGSFGVVYVGQDVQSNQYVAIKIEKNDQGSSLEKEAKILQHLNGTLNIPRLYYFGEHKKQMLMVISFLGKDLTYYIRQYKKFSLKCVLLIAEQMLSILENIHLKSVLHRDLKPENILTGRDNDSNLYLVDFGISKFYRDKKGRH--INFSENKPFLGTSRYASLGAHKGQELSRRDDLESLGYVLIYLLKGQVFYLDLGSLPWQ-VLKLQDEQKIKAVGDMKNTIPLNELCSGLPNEFERMID--------YARKLDFRATPDYKFLRQMFQKLAHSQNIQDQLRYDWDYTPSS-----LQVPSSEIAVLKRSRRTTD-QEPQDLLQNRKKQASSSTLNGA-----------------
A0C4A1/1-328          --------------MINDKFLIKKKISQGSFGVVYVGQDVQTNQYVAIKIEKNDQGSSLEKEAKILQHLNGTLNIPRLFYFGEHKKQMLMVISFLGKDLTYYIRQYKKFSLKCVLLIAEQMLSILENIHLKSVLHRDIKPENILAGRDNDSNLYLVDFGISKFYRDKRGRH--INFSENKPFLGTSRYASLGAHKGQEQSRRDDLESLGYVLVYLLK--------GSLPWQ-VLKLQDEQKIKAVGDMKDTMTLHELCNGLPNEFERMID--------YARKLDFKAAPDYKFLKKMFQHLAHSQNIQDQLRYDWDFTPSS-----LQVPSSEIAVLKRSKRTVE-QDQQEQLQMRKKQASSSTFNG------------------
A0EC11/1-330          ------------MNYINNQYQLIKKLSAGSYGVVYEGENIQNKSFVAIKIEKKDKPLTLEREVQALSRLQKITGIPQIYWNGTHNGQNILVMQLLSKDLGYYLKEYRKFSLKTVLMIADQLLLTLKNIHSKSILHRDLKPENLMY---HQRQVYIVDFGISKMYRDSNQKH--IPFRDGRPFVGTTRYAPIAAHKGHELSRKDDLETLIYILVLFLK--------GVLPWQNQILQNNKEKQKLIGEKKIKLSSTEICQDLPIEFQKALEQIKCVYLSHIKSLGFSVEPDYDYLINLFRKLGQRHGFEYDNLFDWC---------------KEEEIIAQAKMTQQ-SEK---IQQFSL--KWQIQQIRCISQSLQI---------
A0BNP7/1-329          ------------MNYINNQYQLIKKLSAGSYGIVYEGENIPTKTSVAIKIEKKDKPQTLEREVSSLSRLSKIAGIPQIYWNGTHNGQNVLVMQLLSKDLGCYLKEYRKFTLKTVLMIADQLIQILRNVHQKSILHRDLKPENLMY---HQRQIYIVDFGISKIYRDSTQKH--IPFREGRPFVGTTRYAPIAAHKGHELSRKDDLETLIYILVLFLK--------GVLPWQHQLSQNNKERQKLIGEKKIKLSSTEICQDLPIEFQKALD--------HIKSLGFSVEPDYDYLINLFRKLGQRHGFEYDNLFDWC---------------KEEEVIAQAKIMQQ-SEK---MQPFSV--KCQSLQIPSTLECFEKKQSSISN--
A0DT01/3-350          -------SPSSPNRVINNQFRLKKKLSAGSYGVVFEAEDIIKNQMVAVKIEKKEKNSTLDREIHILTRLQGTQGVPKLIWSGTDNNSNVLVQQLLSKDIGAYLKEFRKFSLKTVLIITDYLLQVIRRIHNKSVVHRDLKPENIMY---HSKQIYIVDFGISKLYRDNNLKH--VPFKDGRSFVGTTRYAPIAAHKGYEIGRKDDLESIIYIDILMLK--------GSLPWQNMLGQNNKERQKQVGEKKIKMTPQEICIDLPIEFAKALE--------YIRSLQYQSDPDYDYLIQLFRKLAQSRKIDYDDVYDWTIQNNN----PNSISQKQENQIIQVASLQQ-FEK----TPFSKTNKCHSLKVPSTQDILQERKKSFQNIS
A0CWY8/1-347          -----MNSPSIPNKIINNQYVLKKKLSAGSYGVVFEAEDLQKKQMVAVKIEKKEKNSTLDREIHILTRLLGTQGVPKLIWSGIDSNSNILVQQLLTKDIGAYLKEYRTFSLKTVLIITDYLLQIIRRIHNKSVVHRDLKPENIMY---HQKQIYIVDFGISKLYRDNNLKH--APFKEGRSFVGTTRYASIAAHKGQELGRKDDLESLIYINILLLK--------GTLPWQNILSQNNKERQKQVGDKKMKMTPTEICIDLPIEFLKALE--------YIKSLQYQSDPDYDYLIQLFRKLAQSRRIEYDDVYDWTQSQNQ----LLASNQKQETTIKQISSLQQ-FER----SPRATQNKCQSLKIPSTYDIFQDRKKSVQ---
A0DQ33/1-328          -----MNSPSIPNKIINNQFVLKKKLSAGSYGVVFEAEDLLKKQLVAVKIEKKEKNSTLDREIHILTRLLGTQGVPKLIWSGIDNNSNILVQQLLTKDIGAYLKEYRKFSLKTVLIITDYLLQGIRRIHNKSVVHRDLKPENIMY---HQKQIYIVDYGISKLYRDNNLKH--VPFKESRSFVGTTRYASIAAHKGQELGRKDDLESLIYIDILLLK--------GILPWQNMLGQNNKERQKQVGEKKMKMTPAEICVDLPIEFSKALE--------YIRSLKYQSDPDYDYLIQLFRKLAQSRKIEYDDVYDWTSQSNQ----SSSNNQKQETTIKQISSLQQ-FER----SPITMQNKWQ----------------------
#=GC scorecons        0000011311112345676736656794997979736453345429979699465147977954495594654676675649354446669446959976594758756899559364767645543793767699989999773220634548699897993549441790066957476969969996679989495697999977497475665000000009377773343345655342675373345335693699459353750000000075749474349996494465665544412466437794122220000122223463436444334350355000053344412152433232111110000000000
#=GC scorecons_70     ________________****__*_***_*******__________*******_*___*****___*__*_*__**_**_*_*_____*_**___*_****_*_*_**_****__*_*_*_**_____**_*_************_________*********___*___**___**_*_*_*_*************_*__********_**_*_**_________*_****_______*______*__*_______**__**__*___*_________*_*_*_*___***__*____*_________**__***_________________*___*________________________________________________
#=GC scorecons_80     ___________________*_____**_*******__________**_*_**______*_**___*__*________*___*________*___*_**___*_*_*___***__*_____*_______*_*___**********_________*_****_**___*___**____*_____*_**_***___****_*__******_*_*__*____________*_****______________*__*________*__**__*___*_________*___*_*___***__*__________________*_*______________________________________________________________________
#=GC scorecons_90     __________________________*_**_*_*___________**_*_**______*__*___*__*____________*________*___*_**___*___*____**__*_____________*_____***_****_____________****_**___*____*____*_____*_**_***___****_*__*_****___*_______________*_______________________________*__**__*_________________*_____***__*____________________*______________________________________________________________________
//