- Transcript 'Harore.CG.MTP2014.S1...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S101.g05478.01.t
Possible name(s)
TDRD1; TDRD15; TDRD6
Gene model
Location
S101 [193,821 / 204,437]
Amino acid sequence
Length: 2,732
>Harore.CG.MTP2014.S101.g05478.01.p
MGKTLPPFQLKSFVYSNHSVGIGKEDMFYITHIERTDLFYSQLASKFKDIDNLMDNVQAH
CARSGLRKPVTMWELTYLPTCLVKHCDDKWYRAHYLSMSLTMRNLVNVIFVDYGNTTAVP
LSNVIACDCDSGLVEPPIQAIPCCLSELSSPILDQAESNAVMQFLNNFLPNREFQGTITG
RLNGRVYVDLFTAGKRVVDFLYGDVTGKHSPVLDQQCVGQHDSRLKEKFVAPSPIEPMSV
HSAVICGISSPDDFHLRLESSEKHFNDCSKEVDDYYMAVRQHDYQVMWVQNGDVVCVKHH
STMKWCRALVIDDSSCAYNKAVVKFVDLGEKKTVAFENMKILMKNMLEWPTMAVKCRLAK
VLPFQQFWSSEALHYFSHTCQNAQCRVRFKSYDMVLHEWTVDLKIQGLNVAHELVRNKHA
KVIDSAPGTTVSVASTSIKTKKPDMLPTGSMHQVYISAVESCNDFYLQMVENVPSLEDLC
CKIRSLEPTLKKVEALEAQKEHSYLARYDEDEQWYRARILKISQSNRETSFDVLFTDYGN
CSEIKVGGLCLIPEELVSLPDQAINCCLLGEEGIDTEKLEEMATGDDPLTAEVIEYDAIS
AKTIVRFTQPECNTKHVRFSEVTAPCDIISADKNEDLCKFKELDIVCGIQTKIYISHVEN
CSKISIQPGAEEELSKLMVEMDTFYKKDTTTHMMQDHLLQAGAACVAKYSVDDGWYRAVI
VIVEEDKNAAFVEFVDYGDEERVAKKDIRVIHPDFLELPKQAALCTLANVDLQKWTEDDT
EKLLNEVADVELEATFNKIVNPNEACDVGVYEVELSFCDGTSLNDKWRTVLRERDSHAIG
HHKGSGDGSTANEESNMLTISKKHVVSDRGDHVIVENLQLDTVRLDFDASLDNTSVSDNG
SIMTRKGIQNLVIEEGTVEDGETSTIVSPAKFYIHLSRLQKGFDDVMASAKEDSKSDENF
GEKIKPGEFCIAKTQHGDAWLRAKCLWVKHDMCQVFFVDFGHSETIPFHNVKYISEKTRA
HPTYATLCTLSFSGSELKFNPYENDIFNQFVLGRLISVRFNKLLSSGAWFVTLKMGHIDI
LDQLNSSIIKGMKKNCYISYCVSPTEFYLQLSEFAPELDRIHELVIRDLKSGKELSHVFE
KDFYLAKSPDDGQWYRAQCLSVQESSCEVLFVDYGNKSVVDRECLKYISEGTKSIATQAI
SCSIYAEKPVEEISEKQIDSFIDLTMNKELHVEFISRSVVGHWHVKLTVDNYDISQKLSF
QKPATICSVEPDIYSNIFYDLQPGTMHCAKVAHVSGMDNFTAILQSSNSSLLKTFLKDMS
TSLEAVNDINAGCFYVTTTAETMHCVKIVSVLKDKFTYVDLFSGICMEKSHEQIVFYEPQ
SQLKDFLSKSCIDCVLESSETLDLYDTLNDEFKKLVLGKYVVLTTISKISDLRWFVKLSL
LGEDLTVDSLEHQMCENALISVPQITITHTEDKEDVSIVEGFQCDDIDQALQTDTNTQDW
LAKNSSALLAYLSDGLNLLQDSPHTLSFLYETIKKVKLVVFVHRELSATSPKPYPASSLK
DEPNKLENEKAVKVDANGNNIGKDSSDEKRLFIEEPFEAVAIRIEDPGLFYIRQTLLITA
DCKRSDGNEQTDTDVVLEHVPVGTTCLAKHFVEPFKLYHWIKIVIIDFKDDIYLVEDTDT
KLQFSVTRDGLIVFSDKIQSWPSLCYKCFLSGVKPVANKNIWPCEVIEEFKSMMATSLTV
CILSPTSKAAGSMETYEVSVIADGKSVADVMIKRGLACKIDGYKPRIDSEKENRMPHGTL
VKSRVNILKKPFAEIPEIDLNFSVGSVDADDSCFCVSSTELPDFLAVPCSKIKSALKSVG
DDSLLDSVFEDSRLSPLFTPYSAVEVSAPFIDESKPKKTFKIYCSTASVGQIENNSSLDC
ESPEKTIEPPDQNTPLSQYLRTVIQEDDVCTYIPASPLDPPTLPLEEDIRCSLEQVEISG
SDITDQMADEKTAASRRDIRLFELAKEVVCNVYATVLHELEEESITPDSVLNITPEILQA
LEKGVSPYDIEISEKCDGSSNKITADIVLQDVQVQYLQESQGKETEEEITSHVSTEEVPL
IEIPFPSSDNPYDEMRKKLMLEKCRSIAQATKYEDVQNETHSYDDNVLVYNSQQQSSHVI
LQDSKVTSTSGTLKENSTYIDDSLDAIPTPCLHRDYILVSSECTLQEPDHKEDCCTDTAE
NKNIEQQSELGYTHDTDKPEMEILAGESIYIEDSLGTPQTDLVGGKGTFLEPIAEQEECD
TDLSQVEQNSDCFQEDNKSDDTSGSSGSTCDKNASTYIPCHDEGIGDASKADVLDIDTAS
TLENRYLLVKDSAVDSESSEGTTFTLEIPLISITDMDGESPVRVENIFADYLGCQLKDDA
CLAKHSEKKYICCLPDMHLEVGDTYPVTYIQSTSPIDIQLQFDLGKDSDDWRAGMCELNC
EIDQLEESEPVHWEPDMLCLVQSMTDLAWYRGRFLECVQASTTDTAQTYSVEYIDFGFVT
KVPADNLREMPDHLCVHVAQSVTCCLSNIRPATTTVNNPTEEQHTGQFWLAAVNEYLKDL
LFCTPLKAKVVGLCREEEDEKAVVELYVSKDNEEDQDVSVMLVKEGLAGFVVYNEKNKNV
ENDNEKNTVEEGWSTITDSAWETVLNTDISSQTDLLHSSNIDLSNITDGSGHLPLLEGEL
DDVVVLDPANGIKKEYQNDDDDQVGGNLAADV
Nucleotide sequence
Length: 9,042
>Harore.CG.MTP2014.S101.g05478.01.t
ATGGGAAAAACGCTACCTCCGTTTCAACTGAAGTCGTTTGTGTATTCAAATCATAGTGTT
GGGATTGGCAAAGAAGATATGTTTTACATCACGCACATTGAAAGAACTGATCTTTTCTAC
AGTCAACTGGCGAGTAAATTTAAAGATATTGATAATCTCATGGACAATGTTCAAGCTCAC
TGTGCAAGATCAGGGTTACGTAAACCAGTCACAATGTGGGAACTGACCTACTTGCCAACA
TGCCTGGTCAAACATTGTGATGACAAGTGGTACCGTGCTCATTATTTGTCAATGTCCTTG
ACTATGCGTAACCTTGTCAATGTCATCTTCGTAGACTATGGCAACACGACTGCAGTCCCG
TTATCGAACGTAATCGCATGTGATTGCGATTCCGGACTGGTCGAACCTCCTATACAAGCC
ATACCTTGCTGTCTGTCGGAATTGTCTTCCCCGATACTTGATCAGGCGGAATCAAATGCC
GTGATGCAGTTCCTCAACAATTTTCTACCAAACCGGGAATTCCAAGGAACGATTACTGGA
AGATTGAATGGAAGAGTCTATGTTGACTTGTTCACAGCTGGGAAACGAGTTGTTGATTTT
CTCTACGGAGACGTTACAGGGAAACATTCCCCAGTACTAGATCAACAATGTGTTGGCCAG
CACGATTCTCGCCTGAAAGAAAAATTTGTCGCTCCATCTCCAATCGAACCGATGTCTGTC
CATTCTGCTGTTATATGTGGGATTTCGAGTCCCGATGACTTTCATCTGCGCTTGGAGTCC
TCCGAAAAACACTTCAATGACTGCTCTAAGGAAGTTGATGACTACTACATGGCCGTGCGT
CAACACGATTATCAAGTTATGTGGGTTCAAAATGGTGATGTGGTCTGCGTTAAACACCAT
TCAACCATGAAGTGGTGTCGTGCTTTGGTCATTGATGATTCTTCCTGTGCTTATAATAAG
GCTGTAGTTAAATTCGTAGATCTGGGTGAAAAGAAAACGGTGGCTTTCGAAAACATGAAG
ATTCTCATGAAAAATATGCTGGAGTGGCCTACGATGGCAGTCAAATGCAGACTTGCTAAA
GTCCTACCTTTTCAGCAGTTCTGGAGTTCTGAAGCACTTCACTATTTCTCCCACACCTGC
CAAAATGCACAGTGTCGAGTTCGCTTTAAAAGCTATGACATGGTTCTTCATGAATGGACC
GTGGACTTGAAAATACAAGGGCTCAATGTAGCTCATGAGTTGGTAAGAAACAAGCACGCG
AAAGTCATTGATTCTGCACCCGGTACTACGGTAAGTGTTGCATCAACTTCTATAAAGACA
AAAAAACCAGATATGTTACCAACAGGCTCTATGCATCAAGTCTACATCAGCGCTGTTGAG
TCATGTAATGACTTTTATTTGCAAATGGTTGAAAACGTGCCATCGCTGGAAGATTTGTGC
TGTAAAATAAGATCATTGGAACCGACACTAAAAAAAGTCGAGGCTCTTGAAGCACAGAAA
GAACACAGTTACCTCGCAAGATATGACGAAGATGAACAGTGGTACCGAGCAAGGATCCTG
AAAATTTCTCAGTCGAATCGGGAAACGTCGTTTGATGTACTGTTTACTGATTATGGCAAT
TGTTCAGAAATCAAGGTGGGAGGTCTTTGCTTGATACCCGAGGAATTGGTTTCTCTTCCT
GATCAAGCTATCAACTGTTGCTTACTGGGAGAAGAAGGCATAGATACGGAAAAACTAGAG
GAAATGGCCACTGGGGATGATCCTCTAACAGCAGAAGTCATAGAATATGATGCTATTTCT
GCAAAAACTATCGTCAGGTTCACACAGCCTGAATGTAACACCAAACATGTCCGGTTCAGT
GAGGTAACAGCTCCCTGTGATATCATTTCTGCAGATAAAAATGAGGATCTTTGCAAATTT
AAAGAACTTGATATTGTCTGTGGCATCCAGACGAAGATATACATTTCGCATGTGGAAAAC
TGCAGTAAAATATCTATTCAACCAGGGGCAGAAGAAGAGTTATCAAAGCTTATGGTGGAA
ATGGACACGTTTTATAAGAAAGATACGACCACTCACATGATGCAAGACCATCTGCTCCAG
GCTGGTGCCGCATGCGTGGCGAAATATTCAGTAGACGATGGATGGTACAGAGCTGTAATC
GTCATAGTGGAAGAAGATAAGAATGCTGCTTTTGTTGAATTTGTTGATTACGGTGATGAA
GAAAGAGTCGCCAAAAAAGACATAAGAGTCATTCATCCGGACTTCCTTGAACTTCCTAAA
CAAGCAGCTCTTTGCACTCTGGCCAATGTTGACCTCCAGAAGTGGACAGAAGATGACACT
GAGAAACTTTTGAATGAAGTGGCTGACGTTGAATTGGAAGCAACATTCAACAAAATTGTA
AATCCCAATGAGGCTTGTGACGTCGGGGTGTATGAAGTCGAGCTTTCATTCTGCGATGGC
ACGTCTCTCAATGATAAATGGAGAACAGTCTTGAGGGAGAGAGATTCTCATGCAATTGGT
CACCACAAAGGCAGTGGAGATGGTTCTACTGCTAATGAAGAGAGTAACATGCTAACAATA
TCGAAAAAACATGTTGTAAGCGATCGTGGCGATCACGTTATCGTGGAAAACCTGCAACTC
GACACTGTCAGATTAGATTTTGATGCGTCTCTTGATAATACTTCCGTCTCGGATAATGGA
AGCATAATGACTCGAAAAGGAATTCAGAATCTTGTAATCGAGGAAGGAACTGTAGAAGAT
GGTGAAACTAGTACTATCGTCTCTCCTGCAAAATTCTATATCCATTTATCGAGACTACAA
AAAGGTTTTGATGATGTGATGGCGAGTGCAAAAGAAGACTCGAAGTCGGACGAAAATTTT
GGTGAGAAAATAAAACCTGGCGAATTTTGCATTGCTAAAACTCAGCATGGCGATGCTTGG
CTTCGTGCCAAATGTCTTTGGGTGAAACACGACATGTGTCAAGTCTTTTTTGTAGACTTT
GGACACAGTGAGACGATCCCTTTCCATAATGTAAAATATATTTCTGAGAAAACCAGAGCT
CACCCTACATATGCCACACTTTGCACTCTATCTTTTTCTGGTTCAGAACTTAAATTTAAT
CCATATGAAAATGACATCTTCAATCAATTTGTCCTCGGACGTTTGATCTCCGTGAGATTC
AACAAGCTTCTATCTTCGGGTGCTTGGTTTGTGACGCTGAAAATGGGTCATATTGATATT
TTGGACCAATTGAATTCATCAATTATAAAAGGAATGAAGAAAAATTGCTACATAAGCTAT
TGTGTTTCTCCCACAGAATTTTATCTCCAGCTATCTGAATTTGCTCCCGAACTGGACCGT
ATCCATGAATTGGTTATCCGGGACCTGAAGTCTGGAAAAGAATTGAGTCATGTTTTCGAA
AAAGACTTTTACTTAGCCAAAAGCCCAGATGATGGACAGTGGTATCGTGCGCAATGCTTA
TCGGTTCAGGAAAGTTCATGCGAAGTGTTATTCGTGGATTACGGGAATAAATCTGTGGTT
GATCGCGAATGCTTGAAATATATTTCTGAGGGTACGAAAAGTATAGCCACGCAAGCAATC
AGTTGTAGCATTTATGCGGAGAAACCTGTCGAAGAAATTTCTGAAAAACAGATCGACTCG
TTCATAGATTTGACTATGAACAAAGAGCTACATGTTGAATTCATCAGCCGGTCTGTCGTA
GGACACTGGCATGTGAAACTTACTGTTGATAATTACGACATATCACAGAAGCTTTCTTTT
CAAAAGCCTGCCACCATTTGTAGCGTGGAACCTGACATTTACTCCAACATTTTCTATGAT
CTTCAGCCCGGTACAATGCATTGTGCAAAAGTAGCCCATGTTAGCGGAATGGACAACTTC
ACAGCCATTCTACAAAGCAGCAATTCATCGTTATTGAAAACATTTTTGAAAGATATGTCA
ACAAGTTTGGAAGCTGTCAATGATATAAATGCTGGATGTTTCTATGTTACTACTACTGCT
GAAACCATGCACTGTGTCAAAATTGTCTCTGTTCTGAAGGATAAATTCACCTATGTTGAC
CTCTTCAGTGGTATCTGTATGGAAAAATCTCATGAACAAATTGTTTTTTATGAACCGCAA
TCACAATTGAAAGACTTTTTAAGCAAATCTTGTATCGACTGTGTCCTTGAGTCGTCTGAA
ACACTTGATTTATATGATACACTGAATGATGAATTCAAGAAGCTTGTCTTGGGAAAATAT
GTGGTCCTGACAACTATCAGTAAAATCAGTGATTTGAGATGGTTTGTCAAACTTTCTTTG
CTTGGAGAAGATCTCACAGTCGATTCCTTAGAACACCAAATGTGTGAAAATGCATTAATA
TCTGTTCCGCAGATCACCATAACTCACACAGAGGATAAAGAAGATGTTAGCATTGTTGAA
GGGTTTCAATGTGATGACATAGATCAAGCTTTACAAACTGACACAAACACCCAAGACTGG
CTTGCTAAGAACTCTTCAGCATTGCTGGCTTACCTAAGCGACGGGTTGAATCTATTGCAA
GACTCCCCTCATACTTTGTCTTTTCTTTATGAAACAATAAAAAAAGTCAAGCTTGTCGTA
TTCGTTCACAGAGAGTTGTCTGCCACTTCTCCAAAGCCTTATCCAGCTTCCTCATTGAAA
GATGAACCAAACAAGCTTGAGAATGAAAAGGCTGTCAAAGTTGATGCGAACGGTAATAAC
ATTGGCAAAGACAGTTCAGACGAAAAGAGGCTGTTCATTGAGGAGCCATTCGAAGCTGTT
GCGATCAGAATTGAAGACCCTGGACTGTTTTACATTCGTCAAACTCTGTTGATTACTGCC
GATTGTAAGAGAAGTGACGGAAATGAGCAAACTGACACAGACGTCGTTCTGGAGCATGTA
CCTGTGGGTACAACCTGTCTAGCAAAGCACTTTGTAGAACCTTTCAAGCTCTACCACTGG
ATTAAAATTGTGATTATTGACTTCAAAGACGACATATACCTAGTAGAAGACACAGACACA
AAGTTACAATTTTCTGTCACCCGAGATGGTCTGATTGTTTTCTCAGATAAAATCCAGTCA
TGGCCCTCCCTCTGCTACAAATGCTTCCTCAGTGGCGTTAAGCCTGTAGCCAACAAAAAC
ATCTGGCCATGCGAAGTTATTGAAGAATTTAAATCTATGATGGCCACCAGTCTCACTGTA
TGCATTCTGTCACCAACAAGCAAAGCTGCAGGTTCTATGGAGACTTACGAAGTCAGCGTA
ATCGCTGATGGAAAATCTGTAGCCGATGTCATGATCAAGCGTGGACTGGCGTGTAAAATA
GACGGATATAAGCCACGTATTGACAGCGAGAAGGAAAACAGGATGCCCCATGGAACCCTT
GTTAAGTCCAGAGTAAACATATTGAAAAAACCTTTTGCAGAAATTCCAGAAATAGATTTA
AACTTCTCTGTCGGTAGTGTGGACGCAGATGATTCTTGCTTCTGCGTTTCTTCTACTGAA
CTTCCCGATTTTCTTGCGGTACCATGCAGCAAAATAAAGAGTGCTTTGAAATCTGTCGGA
GATGACAGCCTGCTGGATAGTGTTTTCGAGGATAGCCGACTGTCCCCTCTGTTCACTCCT
TATTCTGCTGTTGAAGTCAGTGCACCTTTCATTGATGAGAGTAAGCCTAAAAAGACATTT
AAAATTTATTGCAGCACTGCATCTGTTGGACAGATTGAAAATAACTCTAGTCTTGATTGT
GAGTCTCCAGAGAAAACCATTGAACCGCCAGACCAAAACACACCGCTCTCTCAGTACCTA
CGTACAGTGATACAAGAAGATGATGTATGTACATACATCCCCGCTTCTCCCCTGGATCCC
CCCACCCTCCCACTCGAGGAGGATATTCGATGTAGTCTTGAGCAGGTCGAAATAAGTGGT
TCAGATATTACAGATCAAATGGCAGATGAAAAGACTGCAGCTTCAAGGAGAGACATCCGG
CTATTCGAACTTGCTAAAGAGGTTGTGTGCAATGTGTATGCAACTGTTCTGCATGAGTTA
GAAGAAGAATCCATCACTCCTGATTCTGTGCTAAATATCACTCCAGAAATCTTGCAAGCT
CTTGAAAAAGGAGTCTCTCCTTATGACATTGAAATCTCAGAAAAGTGTGATGGGTCCAGT
AATAAGATCACAGCTGATATAGTGTTGCAAGATGTTCAAGTTCAATATCTTCAGGAATCT
CAAGGGAAAGAAACGGAAGAAGAGATCACATCACATGTTTCAACAGAGGAAGTTCCTTTG
ATCGAAATCCCGTTTCCATCATCTGATAATCCCTATGATGAGATGCGAAAAAAGTTAATG
CTGGAAAAGTGTCGTAGCATTGCTCAAGCGACAAAATATGAAGATGTTCAAAATGAAACT
CATTCTTATGATGATAATGTCCTTGTGTATAACAGCCAACAGCAGAGCTCACATGTAATT
TTGCAAGATAGTAAGGTGACTTCAACATCTGGCACACTGAAAGAAAATTCCACGTACATT
GATGACTCATTGGACGCCATTCCCACACCCTGCTTACACCGAGATTATATTTTAGTGTCA
AGTGAGTGCACACTTCAAGAACCTGATCATAAGGAAGATTGCTGCACAGACACTGCTGAA
AATAAAAACATAGAGCAACAATCAGAATTAGGATACACGCATGATACCGACAAACCTGAA
ATGGAGATACTCGCTGGTGAATCAATATATATTGAAGATTCTTTGGGTACTCCCCAGACA
GATTTAGTTGGTGGTAAAGGCACCTTTTTGGAACCTATTGCCGAACAGGAAGAATGTGAT
ACAGACTTGAGTCAAGTTGAACAAAATAGCGATTGTTTCCAGGAAGATAACAAATCTGAT
GATACATCTGGATCATCGGGATCAACCTGCGATAAGAATGCCAGCACCTATATTCCTTGC
CATGATGAAGGGATTGGTGACGCAAGCAAGGCTGATGTATTAGATATAGATACTGCCTCA
ACTCTAGAAAACAGATATCTGCTCGTCAAGGACAGTGCAGTGGATTCAGAATCGTCCGAG
GGAACTACGTTTACATTGGAAATACCTCTGATCAGTATAACAGACATGGACGGAGAATCG
CCTGTGAGAGTGGAAAATATTTTTGCTGATTATTTAGGGTGTCAGTTGAAGGATGATGCG
TGTCTTGCCAAACATTCTGAAAAAAAGTATATTTGCTGCCTCCCTGACATGCATTTGGAA
GTGGGAGATACCTATCCCGTTACTTACATACAGTCGACCAGCCCGATAGATATTCAGCTT
CAGTTCGATTTGGGAAAAGATTCCGATGACTGGAGAGCAGGGATGTGCGAACTCAACTGT
GAAATAGATCAACTGGAAGAAAGTGAACCAGTTCATTGGGAGCCAGATATGTTGTGTCTT
GTACAAAGCATGACAGACCTAGCCTGGTATAGAGGACGATTCCTCGAATGCGTTCAGGCG
AGCACTACGGACACGGCTCAAACGTACAGCGTCGAGTATATTGACTTCGGTTTCGTCACT
AAAGTGCCTGCAGATAACCTGAGAGAAATGCCAGATCATCTGTGTGTTCATGTTGCCCAG
AGTGTGACATGCTGCCTTTCTAATATAAGGCCTGCAACAACCACTGTAAATAATCCTACC
GAAGAACAGCACACTGGTCAGTTTTGGTTAGCTGCAGTTAATGAGTACCTGAAGGATTTG
TTATTTTGTACACCATTGAAAGCCAAAGTTGTTGGACTCTGCAGAGAGGAAGAGGACGAG
AAAGCTGTTGTTGAACTCTATGTCTCGAAGGATAATGAGGAAGATCAGGATGTTTCCGTT
ATGTTAGTGAAAGAAGGTTTGGCGGGGTTCGTAGTATACAATGAAAAAAACAAGAACGTT
GAAAATGATAATGAGAAAAATACTGTGGAAGAAGGATGGTCCACCATTACAGATTCTGCT
TGGGAAACAGTTTTAAATACTGACATTAGCAGTCAGACTGATCTACTACACAGTAGTAAC
ATTGACCTCAGTAACATAACTGATGGATCTGGGCATCTGCCATTACTAGAAGGCGAGCTG
GATGATGTTGTGGTACTCGATCCAGCTAACGGAATCAAGAAAGAGTATCAGAATGATGAC
GATGATCAAGTAGGAGGAAATTTAGCCGCTGATGTTTGAAAAACTTGTTGACCTGCATGT
ATATACCTGGTTTGGACCACTATGCTTATTTACTTTAGTTTATTTGAGGAGTAGGTTTCT
TCACTGTGTGTAAATTTGCCAATTAGGTGCCTTATTGCCTTGTATAACTTTTGAGGAAGA
AAAGCTAATGTTATCTTCTCTAAATTGATAATATTGGTTTAGATGTGTTGGTAATGCTTT
TTTGACTAGCCATGCATACATAGTAAAGCACATTTTATATCCGGATCAGACAAGTAATAT
TGGGGATATTTGTGGTTCAAAGTTTATTGGCAACCTCAGAACTATTTCTCGAATTGAATA
AGGATTATGAATGTGTTTCAGTACAGTAATGATAGATGCACATATCAGTAACTTAACTCT
TTCACTTGCCAATTTAGTTCGTTCTGTGTTGCTGATGATATTCTTTCTAAACACTTCATA
AATATTCTTTGATGATGCCCATGTGAATGACTTGTACATTTTATGATGTAATTTCTGTCA
TAAAATCTTCCACGTAGCTTTGTCTAAAGTACAACTGCACAAAGGGAGGAACAGTTAGGC
AATTTGACGTATTGAAAGTTTTTTTTGATGACAGAACGTTTTATTGGGGGCAATAAAATA
GCTGCCAATTCAGCAGATAAGAATTTGTTGCAGTCCGCATGGCGGGTAAGTGGTTAGTCC
TTGATGTTGTCTCTACATTGTTATCGGCTGTTTATTCATTTAAGGATAACAATGAAGCTT
GACTTGGGAAGAAATCCTGAAACATGAAGCCTTCGGTTGGAAGATATCTTGAACGTTCAA
CACAAAATTTGAATAGTGCCTCGTATCTCGAGTAGAAAAACT
| Pfam |
Tudor (IPR002999) - T[24-146] 4.1E-16 - T[239-359] 1.4E-13 - T[447-568] 1.4E-26 - T[647-769] 7.0E-25 - T[922-1031] 6.9E-16 - T[1090-1205] 1.5E-19 - T[2461-2548] 2.4E-9 |
| SMART |
Tudor (IPR002999) - T[71-132] 16.0 - T[286-347] 9.1 - T[494-557] 1.6E-9 - T[697-756] 1.0E-12 - T[962-1019] 3.0E-5 - T[1136-1193] 1.5E-10 - T[2471-2535] 8.1E-7 |
| ProSiteProfiles |
Tudor (IPR002999) - T[74-134] 10.724 - T[497-559] 13.142 - T[698-758] 17.252 - T[963-1021] 11.369 - T[1128-1195] 12.356 - T[2472-2537] 11.651 |
| Gene3D |
SNase_OB-fold_sf (IPR035437) - T[245-270] 1.2E-22 - T[346-420] 1.2E-22 - T[454-481] 2.7E-24 - T[556-597] 2.7E-24 - T[653-679] 4.4E-32 - T[755-815] 4.4E-32 - T[1660-1782] 7.4E-6 - T[2434-2456] 2.4E-17 - T[2534-2628] 2.4E-17 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TDRD1_HUMAN | 24.239 % | 155 | 1.35E-37 |