- Transcript 'KH2012:KH.L96.100.v1...'
Transcript Model
Transcript Id
KH2012:KH.L96.100.v1.A.SL1-1
Possible name(s)
NWD1; NWD2; TEP1
Gene model
Location
KhL96 [753,330 / 763,976]
Amino acid sequence
Length: 1,581
>KH.L96.100.v1.A.SL1-1
RTHDLRVVLLYFIMPKLLDDTKYTKDANEERIILIQGRKVNLNRLEQTNVVRIFVSSTFS
DMRVERNTLLEKAYPDLRSFCQKLGLDFQAMDMRWGIQDSAMIDHSICELCLDEIKTCKR
LSIGPFFVAFLGNRYGYRPVPSTISVQNFDKFEVIANEKGYTSSNLLTKWYMYQKDANAV
PVHYVLQPITSEYPHFNDDDVKYEKERNIQRQKWSDTSQQLADVIRKCASEARRRKLLVK
IKGEHFFESVTELEIKEGLFSSAGSATYLYEREISDLQHNISDTAARNFVDLSGNTENLL
NNLKAEVTKLGQTKGNSSLVKTYKVKWAAGKVLPNEHLCMMFLFGFSGITEKSKSHSAYL
TKFCHDFVTDFKTAISQAVSNSGKQEEKAAEKSDLLFDEVIHHAAFAQTKLKSFCGRSQL
IETILSKLDGDTSSQPVVAFGESGRGKTALMAKLVDSRRNMSSNESLVYRFLGTSPHSSN
IHSVLQSITLQICELIPTPPPLYHELQNFTSLVMKFNEVLDTASAVISRGDTQTHLGEKL
IIFLDSLDQLSELDGAHRLNWLPKHLPPHVHIILSTLPDLNLGILDTLHRTLPSSNFTEV
TDLDRETGCEILNTWLKDSGRTLSQPQHDFVMDAFVKSPQPLYLKLAFDEARLWKSYTDV
SSLYLGKSAKEAISLFFKRLENTHGELFVARSIGYLVASRNGLGEAELNDLLSLDNEVLD
CSYRHWSPPSHNVVRIPTLLWTRLRNDLGADIVERQSTGYTVLALYHRQFIEVARQRYLG
SDVKEKVHQNIAEYFLGKWSDGKKKSLKLNIWKNKEMKANRNVATQPLKFTAKIFNFRKL
DELPFQLLSAGMWQELNDVVVSSADWLTHKIEAFSIKEMLQDYDMILSKKPDTEITLIRN
ALKLAKPTLEFPGKVTNHVCSEIIGRLAYFTKDFPRLVGKLVTESEQLLKRMNKMCLIPL
CGSFPPPGGPLRTTLTGFSKSVTCMEVSCDASALFAGSRDGTIMIWELGVDEVLHTIHLH
KDTVLCFATAGLRLASSSADNTLQVLNWDTGSIVASMVEDHTEHTYHCNLALNDDGTVLV
SACGKQINIWDVSSSSIQHSIKESNYLSCNILLCGQAVIAGYKNGAIMSWSLETGNTMYD
TTTGNNGTKNENSGIFSVANFLIQDKLMSLFNNGKVDLYNSSSGVLISSYDVDTNVEMSA
CAGGYVAFSCEKEIHVWKIEGQELKKTSVLQHHHDSVSTLNFNKTGDILVSGGRDHTLLC
WTIGKDGITLADNMSGMGAPVDHVVLSGNIVASSSKNVFYVKLWNLNRTKVVKDPPSFPF
QLGNHVISSCGKYICYFYEDLIIHDLELKSNVKVMRAGKSEITCMKFTPDSCYIVCATVK
GDLELVHCVDHQVMQTTSISNSSVSLLALSSDGSQLLAVTGNGDMETLHFMKTEGFEPVM
ECLTCSIGIEDAVTAVSLSPENSGYITAFIGVNSGIISVVSVHLAAGSSPKVTLQVILKE
HKSKVTNLTLSSDRQMLFSGSEGATRRIWKFKSGEWKLHQEMLFDSLLNTGVTCSAFISD
SYVITGSQERSIKVWNTNTES
Nucleotide sequence
Length: 5,040
>KH2012:KH.L96.100.v1.A.SL1-1
TGTATGATGGGAAGCGCAAGTTTGACGTACTCATGATTTAAGAGTTGTGCTATTATATTT
CATCATGCCGAAACTTTTGGACGACACAAAATACACCAAAGATGCTAATGAGGAAAGAAT
TATTTTGATTCAAGGTAGAAAAGTTAACTTGAACAGACTGGAACAAACGAATGTTGTGCG
CATATTTGTCAGTTCAACATTTTCTGACATGAGGGTCGAACGCAATACTTTGCTTGAAAA
AGCTTACCCAGACCTGCGGAGCTTTTGCCAAAAACTTGGTCTAGATTTCCAGGCAATGGA
CATGAGATGGGGTATACAGGATTCAGCAATGATTGATCACTCAATATGTGAGCTCTGCCT
TGATGAAATAAAAACCTGCAAGAGATTGTCTATTGGACCATTTTTTGTGGCATTCTTGGG
GAACAGATATGGTTACCGGCCAGTGCCTTCTACTATTTCTGTTCAAAACTTTGATAAATT
CGAGGTTATTGCTAATGAGAAAGGCTACACATCCTCCAATCTTCTGACTAAATGGTATAT
GTACCAAAAAGACGCAAATGCTGTTCCAGTACACTATGTTCTTCAGCCTATTACCTCGGA
ATATCCTCATTTTAACGATGATGATGTAAAGTATGAGAAAGAAAGAAATATTCAGAGGCA
GAAATGGTCGGATACATCACAGCAACTTGCGGATGTTATTCGTAAATGTGCAAGTGAAGC
CAGGAGAAGAAAACTGCTTGTTAAAATCAAAGGAGAACACTTCTTTGAATCTGTCACAGA
ACTTGAAATAAAGGAAGGTCTCTTCTCCAGCGCTGGGTCTGCTACATATTTATACGAAAG
AGAAATAAGTGACCTGCAACACAATATCTCTGACACAGCTGCTCGTAATTTTGTTGATCT
GAGTGGAAATACAGAAAATCTCTTAAATAACCTGAAGGCTGAAGTCACCAAACTTGGTCA
AACAAAAGGCAATTCCAGCTTGGTGAAAACCTACAAAGTTAAATGGGCTGCAGGAAAGGT
GCTTCCTAATGAACATTTATGTATGATGTTCTTATTTGGGTTTTCAGGCATTACCGAGAA
GTCTAAAAGTCATTCTGCATATCTTACAAAATTTTGTCATGATTTTGTCACTGACTTCAA
AACTGCTATTTCACAAGCTGTATCTAACTCGGGTAAACAAGAAGAAAAGGCAGCGGAAAA
ATCTGACTTACTTTTCGATGAAGTGATACATCATGCAGCTTTTGCTCAGACAAAACTAAA
GTCTTTTTGTGGAAGGTCCCAACTTATTGAAACTATTTTGAGCAAGCTTGATGGTGATAC
TTCCAGCCAGCCAGTTGTAGCATTTGGTGAATCAGGACGTGGTAAAACTGCACTGATGGC
AAAACTGGTCGATTCAAGACGAAACATGTCTTCAAATGAATCCTTGGTTTATCGGTTTTT
GGGAACTTCTCCACATTCATCAAACATACACAGTGTTTTACAGTCCATTACCTTGCAAAT
ATGCGAGTTAATACCAACACCTCCACCTCTTTACCATGAGCTGCAAAACTTTACGTCACT
TGTTATGAAGTTTAATGAAGTCTTGGACACTGCATCTGCTGTAATAAGCAGAGGAGACAC
TCAAACACATCTAGGAGAAAAACTTATTATTTTCCTTGATTCATTGGACCAGCTGTCAGA
ACTTGATGGTGCACACAGATTGAACTGGTTGCCCAAACATCTGCCACCTCATGTTCACAT
CATACTTTCCACACTACCTGATCTTAATCTTGGTATACTGGACACCTTACATCGAACACT
GCCCAGCTCTAACTTCACTGAAGTGACAGACCTTGATAGAGAGACAGGGTGTGAGATATT
AAACACTTGGTTGAAAGATTCGGGAAGAACACTGTCTCAACCACAACATGATTTTGTGAT
GGATGCTTTTGTGAAATCTCCACAACCACTTTATTTAAAGCTTGCCTTTGATGAAGCAAG
GTTATGGAAATCATATACTGACGTATCTTCTCTTTATCTTGGGAAGTCGGCAAAGGAGGC
AATTTCTCTTTTCTTTAAACGACTTGAGAATACACACGGAGAACTCTTTGTAGCAAGGTC
CATTGGCTATCTTGTGGCATCCAGAAATGGTCTGGGTGAAGCAGAGTTAAATGATTTGCT
TTCACTCGATAATGAAGTATTAGATTGCTCATACCGACATTGGTCCCCACCATCGCATAA
TGTGGTTCGTATTCCAACATTGTTGTGGACAAGACTAAGAAACGACTTGGGAGCTGATAT
TGTGGAAAGACAGTCAACTGGTTACACTGTGCTTGCACTTTATCATAGACAATTTATAGA
AGTAGCAAGGCAAAGATATCTTGGTAGTGATGTCAAAGAAAAAGTTCATCAAAATATCGC
GGAGTACTTTCTTGGGAAGTGGTCTGATGGAAAGAAGAAGTCTTTGAAATTAAATATTTG
GAAAAACAAAGAAATGAAAGCCAACAGGAATGTTGCAACACAGCCGCTAAAATTTACTGC
AAAAATTTTCAACTTTCGGAAACTGGATGAACTCCCTTTTCAACTCTTAAGCGCCGGCAT
GTGGCAAGAATTAAATGATGTGGTAGTCTCTAGCGCAGACTGGCTAACACACAAAATCGA
AGCTTTTTCAATCAAAGAAATGCTTCAAGATTATGATATGATACTTTCAAAGAAACCAGA
CACTGAAATCACATTGATCAGAAATGCTTTAAAACTTGCTAAGCCAACCCTGGAATTTCC
AGGTAAAGTTACAAACCATGTATGTAGTGAAATAATTGGTAGGTTGGCTTACTTCACCAA
AGATTTCCCACGATTAGTTGGGAAGCTAGTAACAGAGTCCGAACAGCTCCTGAAGAGAAT
GAACAAGATGTGTTTGATCCCTTTATGTGGTTCATTTCCCCCACCTGGTGGTCCACTGCG
TACCACACTCACAGGTTTCAGCAAGTCTGTCACATGCATGGAAGTTTCATGTGATGCATC
TGCATTGTTTGCTGGCTCCCGTGATGGGACAATCATGATATGGGAACTAGGTGTGGATGA
AGTATTACACACAATACATCTACATAAGGATACAGTGCTCTGCTTTGCCACTGCAGGTTT
AAGATTGGCTTCCTCATCCGCTGATAATACATTGCAAGTATTGAATTGGGATACAGGAAG
CATTGTAGCTTCCATGGTGGAGGATCACACAGAACATACCTATCATTGTAACCTTGCATT
GAATGATGATGGTACAGTACTTGTATCTGCATGTGGTAAACAGATCAATATTTGGGATGT
GTCTTCTTCAAGTATCCAGCACTCCATAAAAGAATCAAATTATCTCTCATGTAATATTTT
ACTTTGTGGTCAAGCTGTTATAGCAGGGTATAAGAACGGTGCTATTATGTCTTGGTCTTT
AGAAACAGGGAACACTATGTATGACACCACGACAGGTAATAATGGAACGAAAAATGAAAA
TTCAGGCATTTTTTCTGTGGCAAATTTTCTGATTCAAGACAAGTTAATGTCTTTATTCAA
TAATGGGAAAGTTGATCTTTACAACAGTAGCTCAGGTGTCTTGATAAGCTCATATGATGT
TGATACCAATGTAGAGATGTCCGCTTGTGCAGGAGGTTATGTTGCATTCAGTTGTGAAAA
AGAAATACATGTTTGGAAAATAGAAGGACAGGAATTAAAGAAAACAAGTGTCTTGCAACA
CCATCATGATTCTGTATCTACATTGAATTTCAATAAAACTGGTGATATATTGGTATCTGG
TGGTAGGGATCATACACTGCTATGTTGGACCATTGGCAAGGATGGGATCACACTTGCTGA
TAACATGAGTGGCATGGGAGCTCCTGTAGATCATGTTGTGTTGTCTGGAAACATTGTGGC
AAGCTCATCTAAAAATGTTTTCTATGTGAAACTTTGGAACCTGAATCGCACCAAAGTAGT
AAAGGATCCACCATCCTTTCCATTTCAATTAGGAAATCATGTAATTAGTAGTTGTGGAAA
GTACATCTGCTATTTTTATGAGGATCTCATTATTCATGATCTTGAATTAAAAAGCAATGT
AAAAGTAATGAGAGCTGGGAAGAGTGAGATCACATGCATGAAGTTTACACCAGATTCTTG
CTACATAGTTTGTGCCACGGTTAAAGGCGATTTAGAGCTTGTTCATTGTGTTGACCATCA
AGTAATGCAAACAACATCAATCTCAAATTCCAGTGTTTCCCTTTTAGCACTGAGTAGTGA
TGGTAGTCAACTGCTTGCTGTAACTGGGAATGGTGATATGGAAACACTGCATTTTATGAA
AACAGAAGGGTTTGAACCAGTTATGGAATGTCTCACCTGTAGTATTGGTATAGAAGATGC
TGTCACTGCTGTTTCACTTTCCCCAGAAAACTCTGGTTACATAACTGCATTTATTGGAGT
AAATTCAGGCATAATTAGTGTTGTTTCAGTGCATTTAGCAGCTGGTTCTTCTCCCAAAGT
AACTTTACAAGTCATATTGAAAGAACACAAGAGCAAAGTTACAAATTTAACTTTGTCAAG
TGATCGGCAGATGCTGTTTTCAGGCTCTGAAGGGGCTACTAGGCGAATATGGAAATTTAA
GTCTGGAGAATGGAAGTTGCACCAAGAAATGTTATTTGATTCCCTACTCAACACTGGAGT
TACATGTTCTGCATTCATATCTGATTCCTATGTGATTACTGGATCCCAGGAACGGTCAAT
TAAGGTTTGGAACACAAACACAGAAAGTTGAAACGTCGGAAAAATCGAACTCATCATCAT
CATCACTGAATACGGGCATCTTTTCATCTGATTCTTTTTTAGCATCACTGGTCTGCTCCA
ATGTATTTACATTTAAGTGCAGAGTTAAATAAAAAAAGGAACATAGTTGATTAACCAGTT
TACCAAAAACAGTAAATTGTTATTTTTGCAAGTTGCAACATACTTGTTTAGTTATATCGT
TTGCTTACATTTTAAGCCTCTGTTAGTTATGCGATAGTGTCAGATTATCAAAACAGTAAT
| Pfam |
DUF4062 (IPR025139) - T[52-148] 1.3E-15 |
| SUPERFAMILY |
P-loop_NTPase (IPR027417) - T[409-688] 1.19E-12 |
| Gene3D |
WD40/YVTN_repeat-like_dom_sf (IPR015943) - T[966-1198] 3.4E-28 - T[1199-1349] 1.0E-11 - T[1350-1439] 5.5E-7 - T[1440-1581] 8.8E-16 |
| SMART |
WD40_repeat (IPR001680) - T[968-1007] 3.5E-5 - T[1010-1047] 0.4 - T[1050-1091] 5.0 - T[1223-1262] 3.9E-5 - T[1348-1387] 2.5 - T[1491-1530] 0.45 - T[1535-1576] 0.46 |
| SUPERFAMILY |
WD40_repeat_dom_sf (IPR036322) - T[971-1263] 1.12E-32 |
| Pfam |
WD40_repeat (IPR001680) - T[973-1006] 2.4E-4 - T[1227-1261] 0.0054 |
| ProSiteProfiles |
WD40_repeat (IPR001680) - T[975-1016] 11.712 - T[1230-1263] 12.046 - T[1498-1535] 11.143 - T[1559-1581] 9.506 |
| ProSiteProfiles |
WD40_repeat_dom (IPR017986) - T[975-1314] 21.463 - T[1498-1581] 14.74 |
| ProSitePatterns |
WD40_repeat_CS (IPR019775) - T[994-1008] . |
| SUPERFAMILY |
Quinoprotein_ADH-like_supfam (IPR011047) - T[1169-1323] 8.63E-30 - T[1355-1426] 8.63E-30 - T[1495-1579] 8.63E-30 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| NWD1_HUMAN | 32.462 % | 615 | 0 |
| NWD2_HUMAN | 25.895 % | 313 | 1.22E-86 |