Gene
KWMTBOMO06632 Validated by peptides from experiments
Pre Gene Modal
BGIBMGA011695
Annotation
megator_[Danaus_plexippus]
Location in the cell
Nuclear Reliability : 2.636
Sequence
CDS
ATGGAAGCTACGGAGAGTGAAACCGGTGCAAATCATTTGAAAAATGTTTTATCCGAAGCAGAAATCAATAATTTATCCAACAATGTCGTACAGAAAATTAATGACTATATCGAGTCAAAATTTGATGAATATCTGACAGCAAAAGCTCTACATGAAACCAGTAGAGTGCAACTAGGTGAAAAAATCGCCGTTCTTGAATCAGAAGTACTGGAAAAAACGGCCAAGTACGAAGATGCGGCAAAGAAGTTGATTACAGCAGATGAAACTGTAGAAGAACTAGGCAAGCAAGTCGAAACCTTGAAAGCTGAACTTGAAAAAGCTCATGATAAAATAACTCGATTAGAAAATGAAATTATATCTCTGAAAAGTGCTAGAGATTCAGCAGTTGATGAAAGAAATGACTTAACTCGTATTTTGCAAAGGCGTGATGCTGAAATAGAAAGATTGACGACTAATGATACTGCACTCTCGCAACAATTACGAGCAGCTATCGATGCAAAATGTGAAGCATTGGCACTCAACGACGAAATACAAAGCAAAGAATTGTCTTTACAATATCGTGAAAAACGAATAGAACAAGAAAGAACATTGTTAAATTCTCAAATTGCTGGCTTAACAGAAGAAGTTAACAGGCTCACTTCTGAACTGCAAACAGTTAGACTAAACAACACAAGTAGACTGGTGAGCTTGGAAACACAATTAGCTGAAAAGGTTGAAGAACTTAATGCAGCTAATGAAACCATAGTCCAATTAAATGAAATAAAAAAGAATTTAAACGCTCGTGCAGAAAGTCTAGCCCAGAGGCTGGTAGAACAGAGAGATATAGAGAACAAAATGACAGACAATTTTAAAAAGGAATTGGATGCAAAAACGAAGTTAGCAGATTTATTCAAAACAATGCATGATGATGCTGAATCTAAAACACACGAATTAACAGAAGGGATATCAGAATTACAAAAATTATTAAATGAAGCCACTGATAAATATGGAGAGTTAGAAACTAAATACAAGCAGGCAGAAGTAGATCATGAAGAAATGATGGAAAAGAAAAATGAAGTAATATCTTCTTTGAAAAACGAAATAGAACATGCGAATGATTTATTAAAAGCTGCTAATGCTCACAATCTTGACATGGCTTTGAGTGATTTAGCACCATCCGCTGCAACTGCAAGCAAATTATTAAAATCTGGAATGTCACTGACACAAATATATTCACAATTAGTAAAAGTGTCTGATGAATTAAACCAGGAAAAAGAAGAGAACAGAAGACTCAACATTACTATTAATACCATTGTACAAGAATTAGAAGAGAAAGCACCATTATTGCAAAAACAAAAAGCTGAATATGAAGAAGCTTTAGAGAGCAATGCGGCTTTGTCACAGCAAATCGATTCCTTGGTCATGGAGTGTAACCGGCTAAGAGATGATTATAATGAAACTTCAAAGATAGCTAATCACTACAATCGTGAAAATACAAAATTGAAGGGAGAGTTAGCTGACTTAGGTAGACAAGTTTGTTTCTTACTAAAGGAAATAGAACATGTTCGTGGTGGTCTTGTGCCTAATGGTGACCATGATTTATCAAATAATGCATCCAATATATCTAATTCGTCTGACATTAGCTCATCTAGAATAATATCGAAGACATTAGTCACTTTCACCGACATTCAAGAACTACAATCAAACAATCAAAAACTTTTACGTTTAGTACGAGATCTTACAGAAAAACAAGAAGAATTTGAACGTCACAAAGAACAGTTTGAAAGTGGTGAAATGCAAACCAAAATAGAATCATTGAAAAACAGGGTTACTGAATTAACTGAAGCTCAGGATCGTCAAACAAAAATGGTTAACGGACTAATTCGACAACGGGATATGTTTAAAAAACTATACCATGATCATATGAAAGGAAAGCGATGCGAAACTTCTGCTCTAGAAACTCTTGAGTTGGAAAAAAGTGGATCTTTTACAATGGATACATCATCCGAGGATATTAGTAAACCAATTGAAAAAGTTCCGTTTGAAATAAAATACAGAGAGGCCGAAAAGCATTTACAACTTCTAAAAGAAGAATTTAAAACGTATAAAGAAGAGAAAATCACTAATGAGAGGATGCTTTATGAACAAATTGACAACATGAGACAAGAAATTTCGAAACTGACTACAGCCAACAGTAAATGTGCTTCTACATCTGAATACAATAATGAACGATTAAAGATATTGCAAACTAATGTTGCTACATATAAGAAACAAATTGCCTCACTCGAAGATAAAAACAAGGCATATAATGCTACTATTGCAAAGCATGAAGTTTCTCTTCAACATCTGCGTGATGAAGCTCTAAACGCCCAAAGCAAATTAGCAGCTGCAGAAATACAATTGGAAAATTTGAAACTAGAATGTAAATTAATCAAAGATGCTGAAATACGTCTTCAAACTGAAAAAGAAGTATTAAATCGCGAAAGACAAGGTCAGTCATTGTTACTAAAAAATTTAGAACTAATTAAAGCCAGTCTTGAACGAGTTGAAGCCGAAAATCGAGCGAAAATAGAAACAAGATTGGATGAAGCTACTAGAGAATGTTCTGCTTTAAGACGCCGACTGCAAGAAGAACAAGATAGATTTAGAGAATTAGCAGCTCATCTTGAGCGACAAACTGAAATTGCTAAAACACGTATGCAGGAAGAAAAAGAAGCAGCAGATGTTTTGAGGAAGGAAATTACGGAAATGAGACAAGATTGCGTTGAAAAAAATAAAATCAATGAAGATTTGATGAAAAAATTGAAATTTGCACTTGCTCCTAATACAGATGGTTCTTTTGACACCGTCAAAAAAATAAAGGAATTAGAAAATAAATTAATAGATAAACAAAATGAAATTCAGTCACTAAAAGAACAACTGAATGTTGCTAAAGAACATATTAAACAATATTGTGACATCTCAGAAGGGGCAGAAAAAGAACTTAAAACACTGAACAAAGAATATCAGGCATATAAAACTGAGTCCGAAAACAAATTTTTAGATTACAATAGTAAAATACAGCAACTTCAAGAAAAATGTTCCGAATTAGAAGCTGAACTGTCGCTTCATGCTAATGGAGAACACTCGAATAGTAACATTGCTTTGAAAACAGAATTATCAAATGCTAAAGAAGAACTGAAAACTGCATTAGTAAATGTTGATAATTATCGTACGGAGCTCGACAAAGCTCGCGAAGAAGTATCTAAGTTGTCGAATGCAGTACAAAAAGCTGAAGAAAAATATACACATGAAATGATTCTTCATTCTACTGATATTCAAACATTGACTCAAGTAAAAGAAGAGTTGTCCAGAGCACAAAACCAACTTAATGAATTGGTAGCGTTCAATAATAGCACAATCGAAAAACTACAAACTGAAAAATCTTCTTGGTTAGAGAGACAGAAAATACTAACTAGTGAAAATGAACAGCTTACTCACAGACTCAAAGATCTTAATGATCAAAACTCTCTGTTACATGATCAAATTCAAGCTTTAGGGACTCAATTATCAGTTACACATGCGTCTAAATCACAATCAGAAAGCATAAACGAATCTGGTAATGATTCTAATATGAATCTATCAATCAATGAAGATGACATAAAATCATCAGAGCAATTATATCAAATTGTAAAATTCCTAAGAAAAGAAAAAGACATTGCAATGGCTAAATTTGATATTTTGCAAGCTGAAACTATGCGACTTAAATCACAATTAGAAATAGCAGAAAAGCAATTGGATGAAGCTAAGTTAACGTTAGCAACCGAAAGGGAGAAGTCTGAAGTAAGCATTGTGACTGTTAATAAACAATCTGATATTTTAAGAAAAGTTGAAACTTTGAATGCTTTAACGGACAGCAATCGAATATTAAGAGAAGAAAGAGACGCATTATCTCGTCGCGTTGAAGATCTCACTGCTGTCACAAAGGCCTTAGAAGATCAGCTAAATCCATTACAAGAAAGTAATTCCGATTTAATTTCTAAGAATGAAACCTTGCAGTCAGAAAATAATGCTTTAAAAGCAGACTGTGCCAGGTGGCGAACAAGAGTTAATGCTCTAGTCGAACGGGCCAATAAGACGAGCCCAGAAGATTGGAAACGTCTGCAAAACGAGAGAGAAACTTTGGCTAAAATGCTTACAAATGAAAAAGAAAACGTGCGTAAATTAAATGAAGAACTGGGGTCTCTTAAAGCCGACAGAAATAAAATTGAAGAACAATATACTATGCTTTCTCGACAGCAAAATAATCTTGTTGAAGAAAACAGAAAACTGAGTGAAGAAATACAAACACTTAAAGATGACATGTCTAAACTCACTGAAGAATTAACTAAAGTGAAAACAGAACTAACTGCTGTATCTGAAGCAAATAATAAATTGACTGATGAAATTTCCAACAAAGATGCTTTACTGACTGATATCAGAAATAAAGAAATGCAAATTAGAAAGATAGCTAAAAAGTACAAGGCTCAATACGAGGAATTAGTAAAATCAGTGGAGGAGGAAAAGAAAAAGGCTGAAGGTGATGCAGCCGCTGCTGATGCTGCAACAGAAAATACAAAAAAAATGGAAGATCAGTTGTCTGATCTTCAATCTAAATTAGAAACTGAAAAATCAAACAATGAAAAATTAAAACAAGAACTCGAAACTCTTCGATCTGTGAATTTGGATAAAGAAGAAAAAGCGAAACTAGTACTAAAGCAAGCTAAAAATAAAATTGTCCAGTTAACAGAGCAGAAAAATTCTTTAACTAGGGAATTGGATGAATCGCGTACTAAAATCGGTGCAATTGAACAAAGCACCAGAGATGAACAAGACGTGCGCTTGGCGCTAATAAAATCTCAGTACGAAGGGCGTCTTACACGATTAGAAAAAGAGCGCACTGAAGCACAAGCTGAAAAAACTAGAGAAGTTGATGCACTACTGCAAAAAGTCAATATGTTGCAAAGGCAATTAGCCAATCAAGCTTCTGCATCCAAACAACAAGCAACAGCCGAGAAGACCACAACGGAACCTCCAACTGCCAATATAAAACCAATGGCTGGAATCGCGCAACAAAGCGTGACTGCGAGCAGACGCGCAGGAGAAACGCCATTAGCTTCGATCCGTCCTATGGCACAGGTTGGCCCTACGGCTCCACATGATGCGCACACTACCGAGTACATGCCTGCATCCTCATCGCGGCCGCTCACGCGTGCCGCTCTTGCTGCGACTACGGCTCCACCGGAGTCTACTCAGGACATGGATACTGGTGAAGGGAGCATGGGTAGTTCAGTAACAGCCGACAACGTGCAGCCATCTTCCCATTCCCAAGCACCGCAACAGGCGGTAGCGATGGTCATGCCACGAATCGAGCAGCCGAGTGCCATAGCTACCGGCTCAGCGGGCACGTCTCCCAGCTCTGCTGCGACCAGCGCCCCCACGCCTGCCTTGCCTCCTCCCGCACAAGGTACAAGCAGTGCGACGCCCATTTCAGCAGCAACATCGCAAACACCGGGCAGCGTGAGTACGTCACACGCCGCCCCCGGAGTGAGTACGTCACAAACGGCGGCCGGCGTGAGCACGTCGCAAGTGACGGCCGGGGTGAGCACGTCGCAGGCGGCGCCGGGCGTGAGCACATCGCAGGCGGCGGCCAGTGTGTCGCCGCCGCCGCCCGGCGTCACCACCTCGCACCCGCCGCCCGACGCCCGTCCTCCCAAGCGCCGTCTTCAGCCCAGATCTACCGCCACAAAAAGAACAAGAGTCCAGGGATTCGAAAGGTCTGTAGAAGTGGAATATCAAGTACCAACTTCATCACGATGCGATCAAGACGACGAGGGTGTTATTGTAGTAGACTCTGAGGAAGACGACGAACGCTGCACTGGTACCATGTACAGAGAAGGTGAAGAGGATGAAGAAGATGTGGAAGAGGAACAGGAAGTGGAAGGCGCAGACGACGAAGAGGAAGTCGAGGGCGATGACTCTGAGAATACAGCACAACAGGATTCACCTGTGCAGTCCCCAGAGGCGGGCGCCGAGCCCACCCCCGCGCCGCCCGCGCCCCCGCAGCAACAGATCGAGGCCATCAGCTCTGGAACCGAACCAAGTGGCGCCTTGTCTTTAGGAGGCAACGGTGCAGATGACGGCGATGACAGTATAGTTCCTTCAACACCTACGTTGTACGTGCCACGTAGAAATGATGGTTTCGGAGAGGCGGTGGTGTCGCCGGTGGGCGGCGCGGACGCTCGCTTCACGTTCTCCGAGGCGACGGGCGCCGACGCGGCCCCGCTGCAGCACCACGACACGCACGCCGACCTCGCGCCCGCCATGCCGCCCGCCACCACCGACCCTCATCATCGGGGTGAAAGCAGCGAGACTAGGGAATGGGAAGAGTCCCGTGGAGAGGAAGAGGCCGCTGCGGTGAGCTCACAGGGAAGCGAACCTTCATCGCCGCATCAGCAGATAGCAGAAGAAGGTCGCGAGGCGGAGGCTAGTGCACCGGCACGCCGCGCGCCCACGCGGTCTCCGCACTCTCCTCACTCCCATAATCAACGATGGATGAGGGCTGCAGACAGCGAGAGTGGCGCACGTGGACGCGGTATGCGATCACGAGGACGGCCGTCAAGAAGACCTCACAACTACATGAGGTTTTAA
Protein
MEATESETGANHLKNVLSEAEINNLSNNVVQKINDYIESKFDEYLTAKALHETSRVQLGEKIAVLESEVLEKTAKYEDAAKKLITADETVEELGKQVETLKAELEKAHDKITRLENEIISLKSARDSAVDERNDLTRILQRRDAEIERLTTNDTALSQQLRAAIDAKCEALALNDEIQSKELSLQYREKRIEQERTLLNSQIAGLTEEVNRLTSELQTVRLNNTSRLVSLETQLAEKVEELNAANETIVQLNEIKKNLNARAESLAQRLVEQRDIENKMTDNFKKELDAKTKLADLFKTMHDDAESKTHELTEGISELQKLLNEATDKYGELETKYKQAEVDHEEMMEKKNEVISSLKNEIEHANDLLKAANAHNLDMALSDLAPSAATASKLLKSGMSLTQIYSQLVKVSDELNQEKEENRRLNITINTIVQELEEKAPLLQKQKAEYEEALESNAALSQQIDSLVMECNRLRDDYNETSKIANHYNRENTKLKGELADLGRQVCFLLKEIEHVRGGLVPNGDHDLSNNASNISNSSDISSSRIISKTLVTFTDIQELQSNNQKLLRLVRDLTEKQEEFERHKEQFESGEMQTKIESLKNRVTELTEAQDRQTKMVNGLIRQRDMFKKLYHDHMKGKRCETSALETLELEKSGSFTMDTSSEDISKPIEKVPFEIKYREAEKHLQLLKEEFKTYKEEKITNERMLYEQIDNMRQEISKLTTANSKCASTSEYNNERLKILQTNVATYKKQIASLEDKNKAYNATIAKHEVSLQHLRDEALNAQSKLAAAEIQLENLKLECKLIKDAEIRLQTEKEVLNRERQGQSLLLKNLELIKASLERVEAENRAKIETRLDEATRECSALRRRLQEEQDRFRELAAHLERQTEIAKTRMQEEKEAADVLRKEITEMRQDCVEKNKINEDLMKKLKFALAPNTDGSFDTVKKIKELENKLIDKQNEIQSLKEQLNVAKEHIKQYCDISEGAEKELKTLNKEYQAYKTESENKFLDYNSKIQQLQEKCSELEAELSLHANGEHSNSNIALKTELSNAKEELKTALVNVDNYRTELDKAREEVSKLSNAVQKAEEKYTHEMILHSTDIQTLTQVKEELSRAQNQLNELVAFNNSTIEKLQTEKSSWLERQKILTSENEQLTHRLKDLNDQNSLLHDQIQALGTQLSVTHASKSQSESINESGNDSNMNLSINEDDIKSSEQLYQIVKFLRKEKDIAMAKFDILQAETMRLKSQLEIAEKQLDEAKLTLATEREKSEVSIVTVNKQSDILRKVETLNALTDSNRILREERDALSRRVEDLTAVTKALEDQLNPLQESNSDLISKNETLQSENNALKADCARWRTRVNALVERANKTSPEDWKRLQNERETLAKMLTNEKENVRKLNEELGSLKADRNKIEEQYTMLSRQQNNLVEENRKLSEEIQTLKDDMSKLTEELTKVKTELTAVSEANNKLTDEISNKDALLTDIRNKEMQIRKIAKKYKAQYEELVKSVEEEKKKAEGDAAAADAATENTKKMEDQLSDLQSKLETEKSNNEKLKQELETLRSVNLDKEEKAKLVLKQAKNKIVQLTEQKNSLTRELDESRTKIGAIEQSTRDEQDVRLALIKSQYEGRLTRLEKERTEAQAEKTREVDALLQKVNMLQRQLANQASASKQQATAEKTTTEPPTANIKPMAGIAQQSVTASRRAGETPLASIRPMAQVGPTAPHDAHTTEYMPASSSRPLTRAALAATTAPPESTQDMDTGEGSMGSSVTADNVQPSSHSQAPQQAVAMVMPRIEQPSAIATGSAGTSPSSAATSAPTPALPPPAQGTSSATPISAATSQTPGSVSTSHAAPGVSTSQTAAGVSTSQVTAGVSTSQAAPGVSTSQAAASVSPPPPGVTTSHPPPDARPPKRRLQPRSTATKRTRVQGFERSVEVEYQVPTSSRCDQDDEGVIVVDSEEDDERCTGTMYREGEEDEEDVEEEQEVEGADDEEEVEGDDSENTAQQDSPVQSPEAGAEPTPAPPAPPQQQIEAISSGTEPSGALSLGGNGADDGDDSIVPSTPTLYVPRRNDGFGEAVVSPVGGADARFTFSEATGADAAPLQHHDTHADLAPAMPPATTDPHHRGESSETREWEESRGEEEAAAVSSQGSEPSSPHQQIAEEGREAEASAPARRAPTRSPHSPHSHNQRWMRAADSESGARGRGMRSRGRPSRRPHNYMRF
Summary
Uniprot
A0A212FDD3
A0A2A4JSC9
A0A2H1VWE7
A0A194QQD6
A0A1E1WRN5
A0A0L7LHH0
+ More
Q17E94 A0A1Q3EXP3 A0A1Q3EXK8 A0A088ARK1 A0A2A3ED02 B0W978 A0A0L7R496 A0A2J7Q6G9 A0A2J7Q6G7 A0A1W4WU14 A0A1W4WUC2 A0A067QXH6 A0A0M9A8M6 A0A182H6J3 E2A8Y3 A0A1B0CRR3 A0A151IRL0 A0A1L8DAN7 W4VRY4 A0A2P8XLF2 A0A195BYU2 A0A158NMB4 A0A151JWK4 A0A026WHU1 A0A151IE56 F4WK08 A0A3L8DJ87 E2B7U3 A0A151X1W6 A0A139WKQ8 D6WGQ0 A0A1Y1MDL2 A0A0C9RLW7 A0A0J7KLX2 A0A1I8NNF9 A0A0L0CDS0 T1P9Z6 A0A1I8M6F0 A0A1B6FI76 A0A182QGG3 N6UDE0 A0A182K841 A0A1J1IXW7 A0A034VQG5 A0A0A1XN69 A0A182IW14 A0A182NZD0 A0A182XV06 A0A1A9XPR9 A0A1B0AM57 A0A1A9ZPA9 A0A1A9V7N3 A0A1A9WND6 A0A182MDY2 A0A1B0GC14 A0A182RPC2 A0A182VRS0 A0A2M4A2Z5 A0A182FNT6 A0A2M4B7Z9 A0A0Q9XAR2 B4KRC3 A0A2M4CIE6 W5JMC2 A0A0Q9W5K4 B4LLE2 A0A2M4CRX7 B4J7M3 B3MG27 B4MPQ8 B4P603 B3NSC2 A0A146L1V3 A0A146KNJ2 A0A0R3NX48 B5E0U9 A0A336LSK8 A0A0R3NPQ4 A0A3B0JMA3 A0A3B0JH28
Q17E94 A0A1Q3EXP3 A0A1Q3EXK8 A0A088ARK1 A0A2A3ED02 B0W978 A0A0L7R496 A0A2J7Q6G9 A0A2J7Q6G7 A0A1W4WU14 A0A1W4WUC2 A0A067QXH6 A0A0M9A8M6 A0A182H6J3 E2A8Y3 A0A1B0CRR3 A0A151IRL0 A0A1L8DAN7 W4VRY4 A0A2P8XLF2 A0A195BYU2 A0A158NMB4 A0A151JWK4 A0A026WHU1 A0A151IE56 F4WK08 A0A3L8DJ87 E2B7U3 A0A151X1W6 A0A139WKQ8 D6WGQ0 A0A1Y1MDL2 A0A0C9RLW7 A0A0J7KLX2 A0A1I8NNF9 A0A0L0CDS0 T1P9Z6 A0A1I8M6F0 A0A1B6FI76 A0A182QGG3 N6UDE0 A0A182K841 A0A1J1IXW7 A0A034VQG5 A0A0A1XN69 A0A182IW14 A0A182NZD0 A0A182XV06 A0A1A9XPR9 A0A1B0AM57 A0A1A9ZPA9 A0A1A9V7N3 A0A1A9WND6 A0A182MDY2 A0A1B0GC14 A0A182RPC2 A0A182VRS0 A0A2M4A2Z5 A0A182FNT6 A0A2M4B7Z9 A0A0Q9XAR2 B4KRC3 A0A2M4CIE6 W5JMC2 A0A0Q9W5K4 B4LLE2 A0A2M4CRX7 B4J7M3 B3MG27 B4MPQ8 B4P603 B3NSC2 A0A146L1V3 A0A146KNJ2 A0A0R3NX48 B5E0U9 A0A336LSK8 A0A0R3NPQ4 A0A3B0JMA3 A0A3B0JH28
Pubmed
EMBL
AGBW02009074
OWR51740.1
NWSH01000733
PCG74514.1
ODYU01004854
SOQ45159.1
+ More
KQ461190 KPJ07170.1 GDQN01001477 JAT89577.1 JTDY01001049 KOB75013.1 CH477284 EAT44784.1 GFDL01014985 JAV20060.1 GFDL01014998 JAV20047.1 KZ288282 PBC29598.1 DS231862 EDS39775.1 KQ414657 KOC65673.1 NEVH01017474 PNF24179.1 PNF24180.1 KK852855 KDR14914.1 KQ435726 KOX78183.1 JXUM01114220 JXUM01114221 JXUM01114222 GL437703 EFN70082.1 AJWK01025142 AJWK01025143 AJWK01025144 KQ981126 KYN09317.1 GFDF01010553 JAV03531.1 GANO01000133 JAB59738.1 PYGN01001789 PSN32802.1 KQ976395 KYM93098.1 ADTU01020337 ADTU01020338 ADTU01020339 KQ981652 KYN38637.1 KK107238 EZA54644.1 KQ977890 KYM98979.1 GL888190 EGI65458.1 QOIP01000007 RLU20480.1 GL446209 EFN88236.1 KQ982584 KYQ54414.1 KQ971327 KYB28401.1 EFA01249.2 GEZM01034660 JAV83671.1 GBYB01014352 JAG84119.1 LBMM01005740 KMQ91239.1 JRES01000644 JRES01000350 KNC29639.1 KNC32004.1 KA645557 AFP60186.1 GECZ01019874 JAS49895.1 AXCN02000138 APGK01026888 KB740648 KB630779 KB631357 ENN79720.1 ERL83864.1 ERL84255.1 CVRI01000064 CRL05053.1 GAKP01014892 JAC44060.1 GBXI01001826 JAD12466.1 JXJN01000342 AXCM01000496 CCAG010018969 GGFK01001865 MBW35186.1 GGFJ01000038 MBW49179.1 CH933808 KRG04601.1 EDW09339.1 GGFL01000743 MBW64921.1 ADMH02001019 ETN64443.1 CH940648 KRF80307.1 EDW61894.1 GGFL01003440 MBW67618.1 CH916367 EDW02171.1 CH902619 EDV36722.1 CH963849 EDW74097.1 CM000158 EDW90878.1 CH954179 EDV56424.1 GDHC01016095 JAQ02534.1 GDHC01021593 JAP97035.1 CM000071 KRT03030.1 EDY69421.1 UFQT01000142 SSX20815.1 KRT03031.1 OUUW01000001 SPP74679.1 SPP74680.1
KQ461190 KPJ07170.1 GDQN01001477 JAT89577.1 JTDY01001049 KOB75013.1 CH477284 EAT44784.1 GFDL01014985 JAV20060.1 GFDL01014998 JAV20047.1 KZ288282 PBC29598.1 DS231862 EDS39775.1 KQ414657 KOC65673.1 NEVH01017474 PNF24179.1 PNF24180.1 KK852855 KDR14914.1 KQ435726 KOX78183.1 JXUM01114220 JXUM01114221 JXUM01114222 GL437703 EFN70082.1 AJWK01025142 AJWK01025143 AJWK01025144 KQ981126 KYN09317.1 GFDF01010553 JAV03531.1 GANO01000133 JAB59738.1 PYGN01001789 PSN32802.1 KQ976395 KYM93098.1 ADTU01020337 ADTU01020338 ADTU01020339 KQ981652 KYN38637.1 KK107238 EZA54644.1 KQ977890 KYM98979.1 GL888190 EGI65458.1 QOIP01000007 RLU20480.1 GL446209 EFN88236.1 KQ982584 KYQ54414.1 KQ971327 KYB28401.1 EFA01249.2 GEZM01034660 JAV83671.1 GBYB01014352 JAG84119.1 LBMM01005740 KMQ91239.1 JRES01000644 JRES01000350 KNC29639.1 KNC32004.1 KA645557 AFP60186.1 GECZ01019874 JAS49895.1 AXCN02000138 APGK01026888 KB740648 KB630779 KB631357 ENN79720.1 ERL83864.1 ERL84255.1 CVRI01000064 CRL05053.1 GAKP01014892 JAC44060.1 GBXI01001826 JAD12466.1 JXJN01000342 AXCM01000496 CCAG010018969 GGFK01001865 MBW35186.1 GGFJ01000038 MBW49179.1 CH933808 KRG04601.1 EDW09339.1 GGFL01000743 MBW64921.1 ADMH02001019 ETN64443.1 CH940648 KRF80307.1 EDW61894.1 GGFL01003440 MBW67618.1 CH916367 EDW02171.1 CH902619 EDV36722.1 CH963849 EDW74097.1 CM000158 EDW90878.1 CH954179 EDV56424.1 GDHC01016095 JAQ02534.1 GDHC01021593 JAP97035.1 CM000071 KRT03030.1 EDY69421.1 UFQT01000142 SSX20815.1 KRT03031.1 OUUW01000001 SPP74679.1 SPP74680.1
Proteomes
UP000007151
UP000218220
UP000053240
UP000037510
UP000008820
UP000005203
+ More
UP000242457 UP000002320 UP000053825 UP000235965 UP000192223 UP000027135 UP000053105 UP000069940 UP000000311 UP000092461 UP000078492 UP000245037 UP000078540 UP000005205 UP000078541 UP000053097 UP000078542 UP000007755 UP000279307 UP000008237 UP000075809 UP000007266 UP000036403 UP000095300 UP000037069 UP000095301 UP000075886 UP000019118 UP000030742 UP000075881 UP000183832 UP000075880 UP000075885 UP000076408 UP000092443 UP000092460 UP000092445 UP000078200 UP000091820 UP000075883 UP000092444 UP000075900 UP000075920 UP000069272 UP000009192 UP000000673 UP000008792 UP000001070 UP000007801 UP000007798 UP000002282 UP000008711 UP000001819 UP000268350
UP000242457 UP000002320 UP000053825 UP000235965 UP000192223 UP000027135 UP000053105 UP000069940 UP000000311 UP000092461 UP000078492 UP000245037 UP000078540 UP000005205 UP000078541 UP000053097 UP000078542 UP000007755 UP000279307 UP000008237 UP000075809 UP000007266 UP000036403 UP000095300 UP000037069 UP000095301 UP000075886 UP000019118 UP000030742 UP000075881 UP000183832 UP000075880 UP000075885 UP000076408 UP000092443 UP000092460 UP000092445 UP000078200 UP000091820 UP000075883 UP000092444 UP000075900 UP000075920 UP000069272 UP000009192 UP000000673 UP000008792 UP000001070 UP000007801 UP000007798 UP000002282 UP000008711 UP000001819 UP000268350
SUPFAM
SSF57667
SSF57667
ProteinModelPortal
A0A212FDD3
A0A2A4JSC9
A0A2H1VWE7
A0A194QQD6
A0A1E1WRN5
A0A0L7LHH0
+ More
Q17E94 A0A1Q3EXP3 A0A1Q3EXK8 A0A088ARK1 A0A2A3ED02 B0W978 A0A0L7R496 A0A2J7Q6G9 A0A2J7Q6G7 A0A1W4WU14 A0A1W4WUC2 A0A067QXH6 A0A0M9A8M6 A0A182H6J3 E2A8Y3 A0A1B0CRR3 A0A151IRL0 A0A1L8DAN7 W4VRY4 A0A2P8XLF2 A0A195BYU2 A0A158NMB4 A0A151JWK4 A0A026WHU1 A0A151IE56 F4WK08 A0A3L8DJ87 E2B7U3 A0A151X1W6 A0A139WKQ8 D6WGQ0 A0A1Y1MDL2 A0A0C9RLW7 A0A0J7KLX2 A0A1I8NNF9 A0A0L0CDS0 T1P9Z6 A0A1I8M6F0 A0A1B6FI76 A0A182QGG3 N6UDE0 A0A182K841 A0A1J1IXW7 A0A034VQG5 A0A0A1XN69 A0A182IW14 A0A182NZD0 A0A182XV06 A0A1A9XPR9 A0A1B0AM57 A0A1A9ZPA9 A0A1A9V7N3 A0A1A9WND6 A0A182MDY2 A0A1B0GC14 A0A182RPC2 A0A182VRS0 A0A2M4A2Z5 A0A182FNT6 A0A2M4B7Z9 A0A0Q9XAR2 B4KRC3 A0A2M4CIE6 W5JMC2 A0A0Q9W5K4 B4LLE2 A0A2M4CRX7 B4J7M3 B3MG27 B4MPQ8 B4P603 B3NSC2 A0A146L1V3 A0A146KNJ2 A0A0R3NX48 B5E0U9 A0A336LSK8 A0A0R3NPQ4 A0A3B0JMA3 A0A3B0JH28
Q17E94 A0A1Q3EXP3 A0A1Q3EXK8 A0A088ARK1 A0A2A3ED02 B0W978 A0A0L7R496 A0A2J7Q6G9 A0A2J7Q6G7 A0A1W4WU14 A0A1W4WUC2 A0A067QXH6 A0A0M9A8M6 A0A182H6J3 E2A8Y3 A0A1B0CRR3 A0A151IRL0 A0A1L8DAN7 W4VRY4 A0A2P8XLF2 A0A195BYU2 A0A158NMB4 A0A151JWK4 A0A026WHU1 A0A151IE56 F4WK08 A0A3L8DJ87 E2B7U3 A0A151X1W6 A0A139WKQ8 D6WGQ0 A0A1Y1MDL2 A0A0C9RLW7 A0A0J7KLX2 A0A1I8NNF9 A0A0L0CDS0 T1P9Z6 A0A1I8M6F0 A0A1B6FI76 A0A182QGG3 N6UDE0 A0A182K841 A0A1J1IXW7 A0A034VQG5 A0A0A1XN69 A0A182IW14 A0A182NZD0 A0A182XV06 A0A1A9XPR9 A0A1B0AM57 A0A1A9ZPA9 A0A1A9V7N3 A0A1A9WND6 A0A182MDY2 A0A1B0GC14 A0A182RPC2 A0A182VRS0 A0A2M4A2Z5 A0A182FNT6 A0A2M4B7Z9 A0A0Q9XAR2 B4KRC3 A0A2M4CIE6 W5JMC2 A0A0Q9W5K4 B4LLE2 A0A2M4CRX7 B4J7M3 B3MG27 B4MPQ8 B4P603 B3NSC2 A0A146L1V3 A0A146KNJ2 A0A0R3NX48 B5E0U9 A0A336LSK8 A0A0R3NPQ4 A0A3B0JMA3 A0A3B0JH28
PDB
3JBH
E-value=8.84879e-07,
Score=133
Ontologies
GO
GO:0005623
GO:0006606
GO:0005643
GO:0017056
GO:0007094
GO:0008270
GO:0003676
GO:0005634
GO:0060250
GO:0051233
GO:0030496
GO:1901673
GO:0042405
GO:0016363
GO:0000022
GO:0031965
GO:0005730
GO:0007549
GO:0006338
GO:0090267
GO:0005719
GO:0072686
GO:0034976
GO:0051781
GO:0090235
GO:0031490
GO:0005652
GO:0090316
GO:0009408
GO:0070090
GO:0051225
GO:1990047
GO:0045840
GO:0045944
GO:0048133
GO:0005952
GO:0008603
GO:0008026
GO:0005524
GO:0005234
GO:0006811
GO:0016020
GO:0006260
Topology
Length:
2215
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0
Exp number, first 60 AAs:
0
Total prob of N-in:
0.00000
outside
1 - 2215
Population Genetic Test Statistics
Pi
229.637029
Theta
197.080275
Tajima's D
0.600052
CLR
0.166192
CSRT
0.547522623868807
Interpretation
Uncertain
