# STOCKHOLM 1.0
#=GF ID 3.20.20.140/FF/000122
#=GF DE Probable allantoinase 2
#=GF AC 3.20.20.140/FF/000122
#=GF TP FunFam
#=GF DR CATH: v4.3
#=GF DR DOPS: 77.878
#=GS Q55C91/19-489  AC Q55C91
#=GS Q55C91/19-489  OS Dictyostelium discoideum
#=GS Q55C91/19-489  DE Probable allantoinase 2
#=GS Q55C91/19-489  DR ORG; Eukaryota; Dictyosteliales; Dictyosteliaceae; Dictyostelium; Dictyostelium discoideum; 
#=GS Q55C91/19-489  DR GO; GO:0000256; GO:0004038; 
#=GS Q55C91/19-489  DR EC; 3.5.2.5; 
#=GS Q9VWW1/10-460  AC Q9VWW1
#=GS Q9VWW1/10-460  OS Drosophila melanogaster
#=GS Q9VWW1/10-460  DE Uncharacterized protein, isoform A
#=GS Q9VWW1/10-460  DR ORG; Eukaryota; Metazoa; Arthropoda; Hexapoda; Insecta; Pterygota; Neoptera; Holometabola; Diptera; Brachycera; Muscomorpha; Ephydroidea; Drosophilidae; Drosophilinae; Drosophilini; Drosophila; Sophophora; melanogaster group; melanogaster subgroup; Drosophila melanogaster; 
#=GS Q54SV3/1-453   AC Q54SV3
#=GS Q54SV3/1-453   OS Dictyostelium discoideum
#=GS Q54SV3/1-453   DE Probable allantoinase 1
#=GS Q54SV3/1-453   DR ORG; Eukaryota; Dictyosteliales; Dictyosteliaceae; Dictyostelium; Dictyostelium discoideum; 
#=GS Q54SV3/1-453   DR GO; GO:0000256; GO:0004038; 
#=GS Q54SV3/1-453   DR EC; 3.5.2.5; 
#=GS A8IWA3/55-496  AC A8IWA3
#=GS A8IWA3/55-496  OS Chlamydomonas reinhardtii
#=GS A8IWA3/55-496  DE Allantoinase
#=GS A8IWA3/55-496  DR ORG; Eukaryota; Viridiplantae; Chlorophyta; Chlorophyceae; Chlamydomonadales; Chlamydomonadaceae; Chlamydomonas; Chlamydomonas reinhardtii; 
#=GS F0ZVS5/2-460   AC F0ZVS5
#=GS F0ZVS5/2-460   OS Dictyostelium purpureum
#=GS F0ZVS5/2-460   DE Uncharacterized protein
#=GS F0ZVS5/2-460   DR ORG; Eukaryota; Dictyosteliales; Dictyosteliaceae; Dictyostelium; Dictyostelium purpureum; 
#=GS B3NTC8/8-458   AC B3NTC8
#=GS B3NTC8/8-458   OS Drosophila erecta
#=GS B3NTC8/8-458   DE Uncharacterized protein
#=GS B3NTC8/8-458   DR ORG; Eukaryota; Metazoa; Arthropoda; Hexapoda; Insecta; Pterygota; Neoptera; Holometabola; Diptera; Brachycera; Muscomorpha; Ephydroidea; Drosophilidae; Drosophilinae; Drosophilini; Drosophila; Sophophora; melanogaster group; melanogaster subgroup; Drosophila erecta; 
#=GS B4R6Y4/10-459  AC B4R6Y4
#=GS B4R6Y4/10-459  OS Drosophila simulans
#=GS B4R6Y4/10-459  DE GD17391
#=GS B4R6Y4/10-459  DR ORG; Eukaryota; Metazoa; Arthropoda; Hexapoda; Insecta; Pterygota; Neoptera; Holometabola; Diptera; Brachycera; Muscomorpha; Ephydroidea; Drosophilidae; Drosophilinae; Drosophilini; Drosophila; Sophophora; melanogaster group; melanogaster subgroup; Drosophila simulans; 
#=GS B4I6R3/10-459  AC B4I6R3
#=GS B4I6R3/10-459  OS Drosophila sechellia
#=GS B4I6R3/10-459  DE GM22893
#=GS B4I6R3/10-459  DR ORG; Eukaryota; Metazoa; Arthropoda; Hexapoda; Insecta; Pterygota; Neoptera; Holometabola; Diptera; Brachycera; Muscomorpha; Ephydroidea; Drosophilidae; Drosophilinae; Drosophilini; Drosophila; Sophophora; melanogaster group; melanogaster subgroup; Drosophila sechellia; 
#=GS B4Q2X2/10-458  AC B4Q2X2
#=GS B4Q2X2/10-458  OS Drosophila yakuba
#=GS B4Q2X2/10-458  DE Uncharacterized protein
#=GS B4Q2X2/10-458  DR ORG; Eukaryota; Metazoa; Arthropoda; Hexapoda; Insecta; Pterygota; Neoptera; Holometabola; Diptera; Brachycera; Muscomorpha; Ephydroidea; Drosophilidae; Drosophilinae; Drosophilini; Drosophila; Sophophora; melanogaster group; melanogaster subgroup; Drosophila yakuba; 
#=GF SQ 9
Q55C91/19-489          VLSAKNDDNKLK----VIRGRNVIYNGNVIPLSILIRNGKTIGIKDYSFNPKKLNENYEILY---DDRECNNNEDFIIMGGLVDSHVHVNEPGRTEWEGFESATSAAAAGGVTTIVDMPLNSSPVTTSFKNLLDKIESMKGKLRVDVGLLGGIVP---GNSKEIKKMVLQGGVLGFKSFLLPSGI---DEFPPVNENDIQEAMNEMKLLKCQYNNSDVIMMFHAEVEEPIKEATVRLKNENADPKLYKTYLDSRPKISENQAISKLID-----ITRQNQIVSTHIVHLSSSESIEQIREAM-DQGVPISAETTYNYLHLTSESVPYGNTLFKSAPPVREHENKELLWNAI-INGTIKLIVSDHSPCTINLKQLKEDNQSIGDFLKAWGGISSLELGLPIIWT-ECKNRG---IPITQLSEWLSNGPSKLVGLNDRKGSIEIGRDADFVIFNPNESFIVNEKKLFLKNKFSAYNGEKLFGVVYETILRGNSIFKKG
Q9VWW1/10-460          ----------------IFLGDG--------SQNALIHGGIIVDTEGIIRRVLRSPQEVNTYLYNTESESVYDFGDLVLMPGLIDPNVHINEPGRKDWEGFATATKAAAAGGFTTIIDRPTNAQPPTVSVAHLKAKTSTARGKIYVDVGFWGGLVP---GNGDQLAAL-LGAGVMGLQCTLCDPAAPVSQEFPAVNESQLEEALSQLDK---DQAEGEAIVAVHAELPLTTE-----IHPDEEAPREYGTFLVTRPPQMEISATQLLCR-----LANRHPRRCIHILNCSSGESLPLVEECR-RQGGNLTVDTCPHYLALAAEDVPDCGTEFKTWPPIRERRNQEQLWQALRPGGAIRMIGSDHSPATPGARALTC-GRGRGNFLKAWPGINSLQLSLSVVWTAAANRRGSANLTIADIHRLMCQEPANLCGLSASKGRIAEGYDADFCVWSPEEEFTVGPELLYTATKATPYAGQKLRGVVHATVVRGLHVYQQ-
Q54SV3/1-453           ----MNSENIIK----VIKGKKVVINGEIKPASILIKNGIIIDIKDYSSEI---KEEHEVLI---------EEEKLVIMGGLVDSHVHINEPGRTEWEGFLSATSAAASGGVTTIIDMPLNSSPVTTTFENLQTKIESMPGKLRVDVGLLGGIIP---GNSSEISRMVLEGGVVGFKSFLVHSGI---DEFPHVKEDDIQEAMNVMKKLKDEQGGRDVVMMFHAEIEEPIKEATERLQRENADPKLYDTFLKSRPRVSENIAIDKVIE-----LTKKNM-IKTHIVHLSSSDAIEAIHEAVHNDGVPITAETTYHYLYFESEQVPYGNTLYKCCPPVRESENKDLLWKAV-TNGTINIIVSDHSPCTLDLKLIEQ-----GDFMKAWGGISSLQLGLPIIWT-EASKRG---VPLAKLSEYMSDAPSRLVGLNDRKGSIKIGRDADFVIWDPEESFTVDQGLLMVKNKNSPYHGEKLLGVVHHTILRGNKIFSKG
A8IWA3/55-496          ---------ALKWPAYVIISDRVVFPDGVRPGAVYIEGKKIVAVSD------------NTTV---DSPHMLNFKHAVVAPGVIDVHIHLNEPGRVEWEGIWNGTRAAVMGGVTTVIDMPLNSNPVTTDVVQLEAKKRAAKVKAWTNVGFWAGLVPENAGNHSLLGQL-VDAGALGFKSFMCNSGI---NDFGNVGGDDIAAALPFLKS-------RGVPFFVHAEVVSPVESDPA------ADPTSYTTYMATRPPKFEQDAIRLLIEKLDADTTPAAPGFNVHIAHLADSGSLDMIKEAQ-TR-HPLTVETCAHYLTFSAEDIPNGKTQYKCAPPLRDAANKAALIAAV-ASGAIDLVSSDHSPAPPSLKEIES-----GNFLKAWGGISGAQYLLPATWT-ALEAAG---GSLSDLVRLLSEAPARLAGLAGSKGRIAPGYDADLVVFEPASRANTSVALNLHTHKLSPYTDVPLKGKVVAAVVGGELTAMYG
F0ZVS5/2-460           --NTGNCNNKLK----ILKGRNIIINNSIKEASVLVRNGIICGIKEYNYEP---TEEFDLLI----SKELSENKDIVIMGGLVDSHVHVNEPGRTEWEGFVCATSAAAAGGVTTIIDMPLNSSPVTTSLDSLNKKIEAMKDKLRVDVGLLGGIVP---GNSNEIKRMVLEGGVVGFKSFLVHSGI---DEFPHVQETDIQEAMEIMKSLAVEEGGRDVVMMFHAEIGEPIEKATAKLIEENADPRKYNTFLQSRPREAENIAINMILE-----LSKKNN-VRTHIVHLSSSDILDTLDNAIHKEKIPITAETTFHYLYFVSEKVPDGETLYKCCPPVREEENKELLWQAL-QRGTINIIVSDHSPCTLELKLVEE-----GDFMKAWGGISSLQLGLPIIWT-EAKKRD---IPIHNLSKWMSDEPARLVGLNDRKGSIKIGRDADFVVWNPKEEFVVDQDKLMVKNKHSPYHQQRLFGIIYETILRGDSIFKK-
B3NTC8/8-458           --------------RRIFTGDG--------TQNDLIHGGIVVDTEGIIRRVLRSPQEVNTYLYNTESESVYDFGDLVLMPGLIDANVHINEPGRRDWEGFTSATKAAAAGGFTTIIDRPTNAQPPTVSVAHLKAKTSTARGKIYVDVGFWGGLVP---GNGAQLAPL-LSAGVMGLQCTLCDPAAPVSQEFPAVNEAQLEEALSQLDK---DQAEGDALIAVHAELPLTTE-----IQPDEEAPREYGTFLVTRPAQMEISATQLLCR-----LAGRHPRRCIHILNCSSGESLPLVEECR-RQGGNLTVDTCPHYLALAAEDVPNCGTEYKTWPPIRERRNQERLWQAIRLGGAIRMIGSDHSPATPGARALTC-GRGRGNFLKAWPGINSLQLSLPVVWT-AGKRRG-CNLTIADIHRLMCQEPANLCGLSASKGRIAEGYDADFCVWSPEEEFSVGPELLHTATKATPYAGQRLRGVVHATVVRGLHVYQQ-
B4R6Y4/10-459          ----------------IFLGDG--------SENALIHGGIIVDTEGIIRRVLRSPQEVNTYLYNTESESVYDFGDLVLMPGLIDPNVHINEPGRKDWEGFATATKAAAAGGFTTIIDRPTNAQPPTVSVAHLKAKTSTARGKIYVDVGFWGGLVP---GNGDQLAPL-LGAGVMGLQCTLCDPAAPVSQEFPAVNESQLEEALSQLEK---EQAEGEAVVAVHAELPLTTE-----IHPDEEAPREYGTFLVTRPAQMEISATQLLCR-----LAVRHPRRCIHILNCSSGESLPLVEECR-RQGGNLTVDTCPHYLALAAEDVPDCGTEFKTWPPIRERRNQERLWQALRLGGAIRMIGSDHSPATPGARALTC-GRGRGNFLKAWPGINSLQLSLPVVWT-AANRRGPSNLTIADIHRLMCQEPANLCGLSASKGRIAEGYDADFCVWSPDEEFTVGPELLYTATKATPYAGQRLRGVVHATVVRGLHVYQQ-
B4I6R3/10-459          ----------------IFLGDG--------SENALIHGGIIVDTEGIIRRVLRSPQEVNTYLYNTESESVYDFGDLVLMPGLIDPNVHINEPGRKDWEGFATATKAAAAGGFTTIIDRPTNAQPPTVSVAHLKAKTSTARGKIYVDVGFWGGLVP---GNGDQLAPL-LGAGVMGLLCTLCDPAAPVSQEFPAVNESQLEEALSQLDK---DQAEGEAVVAVHAELPLTTE-----IHPDEEAPREYGTFLVTRPAQMEISATQLLCR-----LAVRHPRRCIHILNCSSGESLPLVEECR-RQGGNLTVDTCPHYLALAAEDVPDCGTEFKTWPPIRERRNQERLWQALRLGGAIRMIGSDHSPATPGTRALTC-GRGRGNFLKAWPGINSLQLSLPVVWT-AANRRGPSNLTIADIHRLMCQEPANLCGLSASKGRIAEGYDADFCVWSPDEEFTVGPELLYTATKATPYAGQRLRGVVHATVVRGLHVYQQ-
B4Q2X2/10-458          ----------------IFLGDD--------SHSGLIHGGIIVDTEGIIRRVLRSAQEVNTYLYNTESESVYDFGDLVLMPGLIDPNVHINEPGRRDWEGFASATKAAAAGGFTTIIDRPTNAQPPTVSVAHLKAKTSTARGKIYVDVGFWGGLVP---GNVDQLAPL-LSAGVMGLQCTLCDPAAPVTQEFPAVNEAQLEEALTQLDQ---DQAEGEAVIAVHAELPLPTE-----IHPDEEAPREYGTFLVTRPPQMEISATQLLGR-----LACRHPRRCIHILNCSSGECLPLVEECR-RQGGNLTVDTCPHYLALAAEEVPDCGTEFKTWPPIRERRNQEQLWQALRLGGAIRMIGSDHSPATPGARALTC-GRGRGNFLRAWPGINSLQLSLPVVWT-AANRRG-SNLTIADIHRLMCQEPANLCGLSASKGRIADGYDADFCVWSPEEEFTVCPEQLYTATKATPYAGQRLRGVVHATVVRGLHVYQQ-
#=GC scorecons         000001001012000065375421111011435468456565554533233121245255441113533325445485659779467969999937999724794997599599789595964959555349349445555954779965796890009944464361746975965657446651114796494735656963365310043334565445999533656111104224455953949773699333933964463500000552444233599564776656436475304543567679537993646947945493794399697349663964951349694574999995754573543012119697899599676764985599054446700145645645466459659499545995943959997575494646474344643449367945459395854776793355441
#=GC scorecons_70      ________________*__*______________**__*_*___________________________________*_*_****__**_*****_*****__**_***_**_*****_*_*__*_*_____*__*______*__*****_*****___**___*__*_*__**_**___*_________***_*_*__*_***__*________________***_____*____________*__*_***__**___*__*___*_________________**___**___*____*________**_**__***_*__*_**___*_**__**_**__**__**_*____***__*_*****_*___*_________*******_**_****_**__**_____**_____*__*___*___**_*_**___**_*__*_****_*__*_*_*_*____*____*__**____*_*_*__*****_______
#=GC scorecons_80      ___________________*_______________*________________________________________*___**_*__**_*****__***___**_***_**_*****_*_*__*_*_____*__*______*___***__**_**___**________*__**_*____*_________**__*_*_____*____________________***__________________*__*_***__**___*__*_____________________**___*_________*_________*__*__***____*_**___*_**__**_**__*___*__*____*_*__*_*****_*_____________*_*_***_**_*_*__**__**______*________________*__*_**___**_*__*_****_*__*_______________*__**____*_*_*__*___*_______
#=GC scorecons_90      ________________________________________________________________________________*__*___*_*****__***____*_**__**_**__*_*_*__*_*_____*__*______*____**___*__*___**___________*__*_______________*__*_______*____________________***__________________*__*_*____**___*__*_____________________**__________________________*___**____*__*___*__*__**_*___*___*__*____*_*____*****_______________*_*_***_**______*___**_______________________*__*_**___**_*__*_***_____*_______________*___*____*_*________*_______
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