- Clone 'ciad049a07' >
- Transcript 'KH2012:KH.C4.191.v1....' >
- Transcript 'Phmamm.CG.MTP2014.S9...' >
- Transcript 'KH2012:KH.C9.791.v1....' >
- Transcript 'Harore.CG.MTP2014.S1...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S151.g06086.01.t
Possible name(s)
ANKRD62; ANKRD7; POTEB2
Gene model
Location
S151 [29,735 / 57,668]
Amino acid sequence
Length: 2,289
>Harore.CG.MTP2014.S151.g06086.01.p
MKKLFRRGKKKSASETGSIASGSGSGYNVSPKKDLGKLHKAAHDGDLAKLKSVLKRSDVN
LLDKDNRTPLHFACVTGKYEAVKMLTDIPQIKLNLCDNNRCSALIKCVQSDHRACLTILL
EKGADVSLSDENGNTALHIAASIPNNDIVYLLGDYGADPTCQNKDGAMPLHIVAGLGSDE
LVIYFLDAGVDVNCKDSFGKTPLMYAAHKGHLSTVKLLLSRDCNAAIRDDKGWTADDYAS
MDGHHPISHVIVEHEMKHRSASTPKKSASPFASSSQHTTPQRLGVQVGTMSEEDDILKDN
FLDGPALDRRGYLSPDDESQSVSKVSNDDSWADSDEEISEKAKPTQAKPKLNLLKIIRGG
SKDKDIYSSVTPKSERTSNNQQHQIPSKTTTNLFLTSSARKELEKKEKQQPSPVSEEEKD
DDPSERKLRDRYESNSARGLPVSPSKPPLPKPRMQNSPNNDRTASAQDSNDAWDSTDEDE
SDDVPSKKTINPSKEPSKSAKPNKAIMSELGFDEDELENLYSDNESKSVSEASKHHVSQI
KPKDEQLDDDSDSWDDSESELQDNLKDKDSAASRNYMAKLSSLKFEDESDDKEEKKDILP
QSHNTGTSKNKIEDDSSSEDEDSFPESMQNQAKEKSVNVNVRKPGLGNKMSSLGIVFTDT
DDSHDEESEIESESSWERENRNNKKPVAVKNSELKESFINNLSENKQHSDTKKMQEEEVR
RTEKELLKQKEYEESRKAEKLLREEQEERRKADEALMLKKEEERKKAEELLREKEREERQ
KAEEVLMRKKEEERRQAEERLREKEQEERLKAEEALKQEERRKADLRREQEREERRKAEE
TLKLKEQEQKRKSAEELKEKERELREAEELEKLNRMNAEIEKQNAELARRRQVVEEEPKD
SQNSDPINQSFRNALERAADRVTDSGDSESEDFDLGIDAKTNVAETKKHDIPVTEHNTRA
VEHIAPHMSTKGLKNFKAPKPSPKSAKRSYGKNITEVLSDSETDTDFSFSENVPEVKHLS
PLSDSIKLVEQIQIIKAQLTREKDVSGRAFNEVEKLKVEIKLLHAKERRLIEEKRKWELD
HVEMESNQRELEFEVKTQHESLETAKFRFSQAEDKCVRLENQLQIETDERRKQEDLVAYL
RKELKIANDNANQLETRLANERSTKSFAEKLEADSLMLNQSIRDESVKSNRKLETLEEML
NERNEELIKVKLERDRYEDSSTRYKSELNRLRSQDSDDRSDLATLNKELTEKLEDMESQL
RESEEALQITALRSVQCEQAYQQCKVELEEEKKKNEKSYSDSNEVDRRLKADLEDSRVML
HGEQEKVKTLEMSEDNLKSKLSELQERLMRAETKASHLENNLELSSSSVKLRSEEAGRWE
NDARKLQEQLNEKEKNLLKLHRENAEQAGKVEALKVEVHQRESECVQMRQETDDLRSRST
LSVTEQQDKFNSRISETHLFLEKHMNEILSDFTNITDSTDSPLQHEHENERIAYEMKNVQ
LTEQVDHWKLEVERMEKERLLKEEQLAQAQQDRIETHKQLGYADAFSKSTSKEHQHSMTE
NSTLKDENIKLQSRVSLFEEKFDEKSLLVSDLQKELSQVNQKLTNASNQIEVFSEKQKLK
EIEMMRIEQHSKDLLSEKNRIISELESVKLAKEKLEKERENEAYSKTLMEGRISSLDREK
LITDEKLANEVKHSRTLQTEADRHCRDWEAEVKAHSVTKSGLLQIEKENEDQRKTIDDMT
AKLSRALEERKTFKTKYERMKKVKSNLDRRAESYRLAANDASRRSAELESDCESQISQLS
VDHIAETGHLEITITKLKEQISSLTQRFKDRTSPSQDFTGICPERYEEEMKKVHREKDRL
NEELQRFRSHVEKNYVDRTQLEAVRQEERVQAQAALAPTLDQVNSYLKDRQIAQDIVDEM
KQKNEEQRYRQAVRRISSLEEELALLRRRNEDMSIRQQSQHSTEYSKLYERAVKDNEIMQ
QQLSRSKEQVEDLKLNLVKERRKFQTYFSNTLGGSLPNSGQEHRSFSFMNGTDITPKLSA
SATNRLLSSTPNENDNDPLSKFRKTLDVSIAQHLANSKEISMPSFSGERDNLTPSGSSAG
GTPRSDRSSQRHLSSDDARLLQVKRVTSLSTYQQFHWIIVTKKGLIAILCNYYLLKLLKQ
QLNSSFSVIFSCLSSWRFAVIKFQIYYCKPLHIIVSGKSVSGVQLVLMGLSLVPILRSTK
HTSKVLPSQVTVISLFVYTLTIHHLQLGIMTILVLSCYFGPLNFASVSSIRSLKCDQAGI
QLRRCNHII
Nucleotide sequence
Length: 7,985
>Harore.CG.MTP2014.S151.g06086.01.t
AAGTGGCTAGGATTGCATCTATGCTCAGTTTAAGTTCGCAGTATGCTTCTTATATAAATA
TTACAAAGATAAACCGATGTATACATTGAGCAAAACAAAATGAAGAAGTTATTTCGTAGA
GGAAAGAAAAAATCGGCTTCGGAAACGGGAAGTATCGCGAGCGGGTCGGGGTCAGGATAC
AATGTGTCTCCAAAAAAGGATCTTGGAAAGCTTCATAAAGCTGCTCATGACGGAGATCTT
GCTAAATTGAAATCTGTTCTTAAACGCTCTGATGTTAATCTCCTAGACAAAGATAATCGA
ACTCCCTTACACTTTGCATGTGTCACTGGGAAGTATGAAGCTGTCAAGATGCTGACAGAC
ATTCCACAAATCAAGCTTAACCTTTGTGACAACAATCGGTGCTCCGCTCTCATCAAATGT
GTTCAGTCTGACCACAGAGCTTGCTTAACAATCTTATTGGAAAAAGGTGCTGATGTTTCA
CTGTCTGATGAAAATGGAAATACTGCCCTCCACATAGCAGCTAGCATACCGAACAATGAC
ATAGTATATTTGCTTGGCGACTATGGTGCAGATCCTACTTGCCAGAATAAAGATGGAGCT
ATGCCACTTCACATAGTTGCTGGCCTTGGCAGCGATGAACTGGTCATTTATTTTCTAGAT
GCTGGAGTAGATGTGAATTGCAAGGATAGTTTTGGAAAAACACCACTCATGTATGCAGCT
CACAAAGGACACCTCAGCACAGTGAAACTGCTTTTATCAAGAGACTGTAATGCAGCTATC
CGTGATGATAAAGGGTGGACGGCTGATGATTATGCTAGTATGGATGGCCATCATCCCATT
TCCCATGTAATTGTTGAACATGAAATGAAGCACCGGTCTGCATCTACACCTAAAAAATCT
GCAAGTCCATTCGCTTCCAGTTCACAACATACCACTCCGCAACGGCTCGGTGTGCAAGTT
GGCACAATGTCGGAAGAAGACGATATATTGAAAGATAATTTTCTTGATGGTCCTGCCCTA
GATAGGAGAGGGTATTTGTCTCCTGATGATGAGTCTCAAAGTGTAAGTAAAGTATCAAAT
GATGACTCTTGGGCTGATTCTGATGAAGAAATTTCTGAAAAGGCAAAGCCCACACAGGCG
AAACCGAAGTTAAACTTGTTGAAAATCATAAGAGGTGGCAGCAAAGATAAGGACATATAT
TCATCTGTGACACCAAAAAGTGAACGAACAAGCAATAATCAGCAACATCAGATACCATCA
AAAACAACCACAAACCTTTTCTTGACTTCTAGTGCACGGAAAGAGCTGGAAAAAAAAGAA
AAACAACAGCCCTCACCTGTTAGTGAAGAAGAAAAAGATGACGATCCATCGGAAAGAAAA
CTTAGAGATAGGTATGAAAGTAATTCAGCTCGAGGACTGCCTGTGTCTCCTTCAAAACCA
CCTTTGCCGAAGCCACGAATGCAGAATTCTCCTAATAATGACCGAACTGCCAGTGCGCAA
GATAGTAATGATGCTTGGGACAGTACCGATGAGGATGAAAGTGATGATGTGCCGAGTAAA
AAAACCATAAATCCATCAAAAGAACCTTCTAAATCAGCAAAGCCTAACAAAGCTATCATG
AGCGAGCTTGGTTTTGATGAAGATGAACTGGAAAACCTATACAGCGACAACGAGAGTAAA
TCTGTTTCTGAAGCCTCAAAGCATCACGTGTCTCAAATTAAACCCAAAGATGAACAGCTC
GATGATGATTCTGATTCCTGGGATGATTCTGAGTCAGAATTACAGGATAATCTCAAGGAT
AAAGATTCCGCTGCCAGTCGGAACTACATGGCAAAACTTTCATCTTTGAAGTTTGAAGAC
GAGTCTGATGACAAAGAAGAGAAAAAAGATATACTACCACAAAGCCATAATACTGGGACA
AGCAAAAATAAAATCGAAGATGACAGTAGCAGTGAAGATGAGGATTCTTTTCCTGAGAGC
ATGCAGAATCAAGCAAAGGAGAAGTCAGTCAATGTGAATGTAAGAAAACCAGGTTTAGGT
AATAAAATGTCCAGCTTGGGAATTGTATTCACTGATACTGATGACAGCCACGATGAAGAA
AGTGAAATCGAATCAGAAAGTTCTTGGGAAAGAGAAAACAGGAATAATAAAAAACCTGTT
GCTGTCAAGAACAGTGAATTGAAAGAATCTTTTATCAACAATCTAAGTGAAAATAAACAG
CATAGCGATACAAAGAAGATGCAAGAAGAAGAAGTAAGAAGGACGGAAAAAGAATTATTA
AAACAAAAGGAATATGAGGAAAGCAGAAAAGCAGAAAAACTGTTAAGAGAGGAGCAAGAG
GAAAGACGGAAAGCTGATGAAGCATTGATGCTAAAGAAAGAAGAGGAAAGAAAAAAAGCA
GAAGAATTGTTAAGAGAGAAGGAACGGGAGGAAAGACAGAAAGCTGAAGAGGTATTGATG
CGAAAGAAGGAAGAGGAAAGAAGACAAGCAGAAGAACGGTTAAGAGAAAAGGAGCAGGAG
GAAAGGTTGAAAGCTGAAGAAGCATTGAAGCAAGAGGAAAGACGGAAGGCAGATCTGCGT
AGAGAACAAGAGCGAGAGGAAAGGAGGAAAGCTGAAGAAACATTGAAATTGAAGGAACAA
GAGCAAAAAAGAAAATCAGCAGAAGAATTAAAAGAAAAAGAACGTGAACTTAGGGAAGCT
GAGGAGCTGGAAAAGTTAAACAGAATGAATGCAGAGATTGAAAAGCAGAATGCCGAGCTA
GCAAGAAGGAGACAAGTGGTCGAAGAAGAACCGAAAGATTCTCAAAATTCCGATCCAATA
AACCAGTCATTCAGGAACGCTTTGGAAAGAGCCGCAGACCGTGTTACTGATTCCGGAGAC
TCCGAATCTGAAGACTTTGATTTAGGAATTGATGCAAAGACAAATGTGGCAGAAACAAAA
AAACATGATATACCAGTGACTGAACACAACACTCGTGCAGTTGAACACATAGCACCGCAT
ATGAGCACTAAAGGTCTTAAGAACTTTAAAGCTCCTAAACCTTCTCCAAAATCTGCAAAA
AGATCTTATGGCAAAAATATCACTGAAGTTTTATCAGATTCGGAAACAGATACAGACTTC
TCCTTTTCAGAAAATGTTCCAGAAGTGAAGCATTTGTCTCCATTGTCAGATTCTATCAAA
CTGGTGGAGCAAATACAAATAATTAAAGCTCAGCTGACCAGAGAGAAAGATGTCTCAGGG
AGAGCATTTAATGAAGTAGAAAAGCTGAAAGTTGAAATCAAACTCCTCCACGCAAAAGAA
AGGAGGTTGATCGAAGAGAAGAGAAAATGGGAACTTGATCATGTTGAGATGGAATCCAAC
CAAAGAGAACTCGAATTTGAAGTGAAGACCCAACACGAAAGTTTGGAGACTGCTAAGTTT
CGGTTCTCACAAGCTGAGGACAAATGTGTCAGACTGGAGAATCAACTGCAAATAGAAACG
GATGAAAGAAGAAAACAGGAAGATCTTGTAGCATACCTTCGGAAGGAGCTGAAGATTGCC
AATGATAATGCAAATCAGCTTGAAACTAGACTAGCAAATGAGAGGTCAACAAAATCTTTT
GCTGAAAAATTGGAGGCTGACAGTCTAATGCTAAATCAGTCTATTCGGGATGAATCAGTT
AAGAGTAATAGGAAACTAGAAACTCTTGAAGAAATGCTTAATGAAAGAAATGAAGAATTG
ATCAAAGTCAAATTAGAGAGAGACAGATATGAAGATTCAAGTACAAGGTACAAATCAGAA
CTGAATAGACTGCGCTCACAAGATTCTGACGACAGAAGTGATCTTGCCACTTTGAATAAG
GAACTGACTGAAAAGTTGGAAGATATGGAATCTCAGCTAAGAGAAAGTGAAGAAGCATTA
CAGATCACTGCCCTGCGGTCAGTACAATGTGAACAAGCCTATCAACAATGCAAAGTTGAA
TTGGAAGAGGAAAAGAAGAAGAATGAAAAGTCTTATTCTGATTCGAATGAAGTTGACAGG
CGCCTTAAAGCAGATCTTGAAGATTCTCGTGTAATGTTGCATGGGGAACAAGAGAAAGTA
AAGACCTTGGAAATGTCTGAAGACAATCTTAAGTCCAAATTGTCTGAACTTCAGGAAAGA
CTCATGAGAGCAGAAACTAAAGCAAGTCACCTTGAAAATAATCTTGAGCTATCGAGCTCT
TCTGTGAAGCTAAGGTCAGAGGAAGCAGGTAGATGGGAAAATGATGCGAGGAAGTTGCAA
GAGCAGTTAAATGAAAAGGAAAAAAATTTACTGAAACTCCACCGTGAAAATGCAGAACAG
GCCGGAAAAGTGGAAGCTCTCAAGGTGGAAGTCCACCAAAGGGAATCAGAATGTGTTCAA
ATGAGACAAGAAACAGATGATCTCAGAAGCAGAAGTACATTGAGTGTAACAGAACAGCAG
GACAAATTCAATTCCAGAATAAGTGAAACTCATTTGTTCTTGGAAAAGCATATGAACGAA
ATATTGTCTGATTTCACCAACATAACCGATAGCACAGACTCACCTTTGCAACATGAACAT
GAAAATGAAAGGATTGCATATGAAATGAAAAATGTTCAGCTTACTGAACAGGTTGATCAC
TGGAAATTAGAAGTTGAAAGAATGGAAAAAGAAAGGTTGCTTAAGGAGGAGCAGTTAGCG
CAGGCACAACAGGATCGTATCGAAACGCACAAACAACTTGGGTATGCCGATGCTTTCTCA
AAATCTACATCGAAAGAACATCAGCATTCGATGACAGAAAATAGCACACTGAAAGATGAA
AACATTAAACTCCAGTCTCGAGTCTCACTGTTTGAGGAAAAGTTTGATGAGAAATCATTA
CTGGTCTCTGACCTTCAAAAAGAATTGAGTCAGGTGAATCAGAAGTTGACAAACGCAAGT
AATCAGATCGAGGTCTTTAGCGAAAAACAAAAGCTGAAGGAAATTGAGATGATGAGAATC
GAGCAGCACTCAAAAGATTTATTGTCTGAAAAAAACAGGATAATATCGGAATTGGAATCT
GTCAAGTTAGCTAAAGAAAAACTTGAAAAAGAGAGGGAGAACGAGGCCTACTCAAAAACT
TTGATGGAAGGACGAATATCTTCATTGGACAGAGAAAAACTAATTACTGATGAGAAATTG
GCTAATGAAGTCAAACATTCAAGAACATTGCAAACTGAAGCAGATCGGCATTGCCGCGAC
TGGGAGGCAGAGGTGAAGGCGCATTCCGTGACGAAATCAGGTTTGCTTCAAATCGAGAAA
GAAAATGAAGATCAGAGAAAAACAATAGATGATATGACTGCTAAATTATCGAGAGCTTTG
GAAGAACGGAAAACTTTCAAAACAAAGTATGAACGCATGAAGAAAGTTAAGTCTAATTTG
GATAGAAGAGCTGAATCATACAGGCTGGCAGCCAACGACGCCAGTCGTAGAAGTGCTGAA
CTCGAATCGGATTGTGAAAGTCAGATTTCCCAGCTCAGTGTTGATCACATTGCTGAGACA
GGTCACCTTGAAATAACCATAACTAAGCTTAAAGAGCAAATTTCCAGCTTGACCCAACGT
TTTAAAGATCGGACGAGTCCCTCGCAAGATTTTACTGGCATCTGTCCTGAACGCTATGAA
GAAGAAATGAAGAAAGTTCACAGAGAAAAGGACAGATTGAATGAAGAGCTGCAACGATTC
AGATCGCACGTTGAGAAAAACTATGTTGACCGAACTCAGCTAGAGGCAGTAAGACAGGAA
GAAAGAGTTCAGGCTCAAGCTGCGCTTGCTCCTACACTAGATCAAGTCAACTCTTACCTC
AAGGATCGACAAATTGCCCAAGATATTGTCGATGAAATGAAGCAGAAAAATGAGGAACAG
CGTTACCGACAAGCGGTGAGAAGAATCTCTAGCCTGGAAGAAGAATTAGCTCTATTGAGA
CGAAGGAATGAAGACATGAGTATCAGGCAACAGTCTCAACATAGTACAGAATATTCTAAG
TTGTACGAAAGAGCAGTGAAAGATAACGAAATCATGCAGCAGCAATTGTCTCGTTCAAAA
GAACAAGTGGAAGACCTTAAATTAAATCTGGTGAAGGAACGAAGAAAGTTTCAAACTTAC
TTTTCCAATACTCTTGGAGGAAGTCTACCAAACAGTGGTCAGGAACACAGAAGCTTTTCA
TTCATGAACGGAACAGACATTACTCCGAAGCTCAGTGCTAGTGCTACGAACAGACTGCTA
TCTTCAACTCCGAATGAAAACGATAATGATCCTCTTTCTAAGTTTCGAAAGACACTGGAT
GTAAGTATTGCTCAACATCTGGCAAACAGCAAAGAAATTTCTATGCCATCCTTTTCTGGC
GAACGTGATAATCTCACACCATCAGGCAGCAGTGCTGGTGGAACACCGCGGTCCGATAGA
TCATCACAACGTCACTTGAGCAGCGATGATGCACGACTGTTACAGGTTAAACGGGTTACC
TCCTTGTCAACCTATCAGCAATTCCACTGGATAATAGTCACGAAAAAGGGGTTGATAGCA
ATCTTGTGTAATTATTATCTTCTAAAATTGTTAAAACAACAACTCAACAGCAGCTTTAGT
GTTATTTTTAGTTGCCTTAGTAGCTGGAGATTTGCAGTAATTAAATTTCAAATTTACTAC
TGTAAACCTTTGCATATAATTGTTTCAGGGAAATCCGTTTCTGGGGTTCAACTTGTTCTG
ATGGGCCTTTCTCTTGTGCCTATACTTCGGTCAACCAAACATACATCAAAGGTATTGCCT
AGTCAAGTCACAGTAATTAGTCTTTTTGTTTATACACTCACTATTCATCATTTACAGTTA
GGTATTATGACAATTCTTGTTTTAAGCTGCTATTTTGGCCCTCTCAACTTTGCTTCGGTA
AGTTCTATAAGGTCATTGAAATGTGATCAAGCTGGCATTCAGCTCCGTAGATGCAATCAT
ATCATATAAGTTTCAGTTTCAAAGCAATGATTAGGATAGACTGAAACCTCCAACTACAGT
TTTCTCAGCATATATAAACTATATTTTAACATGATTCCAATGCAGCTGAGAATAAGCATT
TGTCATTGAGGAACGTAACACAAGTCCAAAATTCACTGCATTTAATCTTGGCGATATTTT
GTGATTCTCTAGGGAGGTAAATGGAAGGTCTCTCATATTATTGCAAAAATCCCAAATAGA
AAACATGAACTGTTGTTCCTTACCTATCTTTGGATCATTTCGTCCTGCCGTCTCGTCAAA
CATTGTGTCCTCAAAATACATTAGGTTTAAGCCATATGACACTTAGAGAAAGCCTGTATT
CTGTTGTATATTATGTATTTATATATAAATTATAAGTTACTGTATTTTAATGCATACTCA
ACAGTAACATATTTAGCATAACAGTTTTATAATCACTGTTTTGATATTATTTCATTCTGG
AAATCTCTTGGTTACTTTTTATTACATAGTCATTTATTACATAGTCATAATTCTAAAATC
TTTGTGTCTTGCAACAGTACTTTTGGTGCTATTATTTTTATTTTTATACCAAAAATGTTG
CTTTCTTGCCACTTTTAGTACACAGTTCATTCATCAAGTGAATACATATTGTATAAGAAA
TGCATGTATGACTGTTGAATAATATACAGCAAATATCCTCACAAGCGCTGATATATTACT
AAATAGTTTTGATGGTATTCTTCCTTTATGGACTTATGTGATATTAATTGGGTCAAGACA
TGCTTTGAATATTCTGGAAAGGATCTTGTCATTGCAGTTGTTTTTCGGCGCCCCTTAGAT
GCGTTTTATGTATTTAGGTATATGATTGAGACATGAAAGAAGAGTCTTTTGGTGAGATGA
GTGAGAGGAAAAAATTCAATGCAGTAGACTTTAGCTAGTCGATACAAGTCCAATTTAGTC
CTGCTGTTTTTGTGTTAATGATTTCTGTTTTGGCTTCAATGGATCTGGTTTTGCTATTTT
CCAAT
| Gene3D |
Ankyrin_rpt-contain_sf (IPR036770) - T[15-296] 9.8E-58 |
| SUPERFAMILY |
Ankyrin_rpt-contain_sf (IPR036770) - T[33-256] 1.92E-56 |
| Pfam |
Ankyrin_rpt-contain_dom (IPR020683) - T[38-130] 4.0E-11 - T[170-254] 1.2E-11 |
| ProSiteProfiles |
Ankyrin_rpt-contain_dom (IPR020683) - T[57-254] 46.66 |
| ProSiteProfiles |
Ankyrin_rpt (IPR002110) - T[65-85] 8.79 - T[132-164] 11.434 - T[165-197] 11.434 - T[198-230] 11.728 |
| SMART |
Ankyrin_rpt (IPR002110) - T[65-95] 0.074 - T[99-128] 1.4 - T[132-161] 0.0026 - T[165-194] 0.29 - T[198-227] 2.4E-4 |
| CDD |
Ankyrin_rpt-contain_dom (IPR020683) - T[94-219] 3.0199E-36 - T[193-254] 1.13836E-14 |
| Pfam |
Ankyrin_rpt (IPR002110) - T[132-163] 1.6E-4 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| ANKR7_HUMAN | 40.171 % | 129 | 4.24E-33 |
| POTEA_HUMAN | 38.073 % | 134 | 2.19E-32 |
| ANR62_HUMAN | 38.43 % | 150 | 1.57E-36 |