- Transcript 'KH2012:KH.C10.503.v1...'
Transcript Model
Transcript Id
KH2012:KH.C10.503.v1.A.ND1-1
Possible name(s)
SFSWAP
Gene model
Location
KhC10 [3,322,557 / 3,342,282]
Amino acid sequence
Length: 892
>KH.C10.503.v1.A.ND1-1
QAWLSCRMQQGFVHPSRAHFIKPSSQKSKQPLRSALSKRHHATKRPPAVVESTKPNEDDL
LVFGYASKLFPPDKHSASVAKNLHLIKWNEDGHANILIDRYDCRASLHDLSEFDGNSWNK
KHQLSEEEVRLETYLDDERYRALHVEELEENIRQEEELKRLHAVINETPSSKFSQVQFRY
DNDNSDQESQKDRYNPCDPTNDEEEVDEKPFFAPASLAVPEEMEIPATEKMHAIIEKTAK
FVSKQGAQMEIVLKAKQSSNSQFQFLQFGHYLNPYYKHIVTRIKEGKYNPEVQETKDKSE
AEESDSGSDDDSEGGGYLHPSLFAATHKSREAENLEKTKAIRTVDPNHPLAKLIEKGRAA
NAVKQHQKMAESMQDYYKSNNTANGNTNAETTNATLPPFMSMSGHTTSIQQPTSTIQSED
TSHTQRYITTAVQIVPPPPDLQPVVENIARRVAMEGGGLEATIFTTNPVTFGFLNPTHEL
HPYYHYRKLAWVKHLYPDPTAQTKPQFRGHTARTDETEVENQQEKGPETVITVKSSKRKF
TEEYEPPPVKITKTIPATVPIVPENLPIPAPTESQPAPVVPAPIAPPSSFTAVTPSGEEA
SIATLRQKQAARRAKALLFLNAKKKLQEQENGSKGTPERNITASAATEDIFDLSNPSSPA
TVDSPSRTAEKEGEVSRPKRTSRFDILPRGMTSLPLAVTQHPVMSAGPTPGYLSSRHDVT
KTSRDVTPVSTRSDDGDVPSAYRVENEPARRSRERDRRKSRSSSRRHKHRSHDYRRHSDD
DRSPSNHRSSRRYSRKTESRDSSKTSKRKKEKRRRKSRSKSRSSSNRSSSEREESQTKHS
KVRHREKSRGGSSEDTSDVTPTHSARDKNNDDVASDVSVTSEKYRSEGELTS
Nucleotide sequence
Length: 3,251
>KH2012:KH.C10.503.v1.A.ND1-1
ATGTTTGGTGATTTGTATCAGAAGTCATATTTCTCAGTTTTTTTTATCTGTCACACGGTT
TACACATCAGCTGGCAGGTCGCAGGTTTACTTATCAAAATATTCGAAATCCCAGTTTTAA
AGGCACATCACATAAATTATCAGTCCACAAGCATTAAAGCATGTTTGGGGTTTTGAATTG
GCGATAAGCACGGTATAGGTACCAGTATATTCGGCTTACAATAATGCGCATTTCATATAT
ATCTCAGCAATTCAAACCGCCAGTAAGAGCCTGGATAACAGGCTTGGCTAAGTTGCAGAA
TGCAGCAAGGATTTGTTCATCCCTCACGCGCACATTTTATTAAACCTTCAAGCCAGAAAT
CAAAACAACCGTTGCGGTCGGCTTTATCTAAGCGCCACCATGCTACGAAAAGGCCACCGG
CTGTGGTAGAGAGCACTAAACCAAACGAAGACGATCTTCTGGTCTTTGGTTATGCAAGCA
AGCTGTTCCCACCAGACAAACACTCGGCCTCAGTTGCGAAAAATTTGCACCTAATCAAAT
GGAATGAAGATGGTCATGCCAACATCTTGATTGATAGATACGACTGTCGCGCTTCACTTC
ACGACCTCTCGGAGTTTGATGGAAACTCTTGGAATAAAAAGCACCAGTTATCTGAGGAAG
AAGTGAGATTGGAAACTTATTTAGATGATGAGAGATACCGAGCTCTGCATGTAGAAGAAC
TGGAAGAAAATATAAGACAAGAGGAAGAATTAAAGAGACTTCATGCTGTAATCAACGAAA
CTCCAAGCTCAAAGTTCAGTCAGGTCCAGTTTCGTTATGACAATGATAACAGTGATCAAG
AAAGTCAAAAAGATCGTTACAACCCGTGTGATCCCACTAATGATGAAGAGGAGGTTGATG
AGAAACCTTTTTTTGCTCCCGCATCACTTGCTGTTCCGGAAGAAATGGAAATCCCAGCCA
CTGAGAAAATGCATGCGATTATTGAGAAAACGGCAAAGTTTGTCAGCAAACAAGGAGCAC
AGATGGAAATTGTATTAAAAGCAAAGCAATCTTCCAATTCACAGTTTCAGTTCTTGCAGT
TCGGCCATTACCTTAACCCATATTACAAACATATTGTAACGAGAATAAAAGAAGGAAAAT
ATAATCCTGAGGTTCAAGAAACTAAAGATAAGTCTGAAGCGGAGGAGTCCGATAGTGGAA
GTGATGATGACAGTGAAGGAGGAGGATACTTGCATCCAAGTCTCTTTGCTGCAACTCACA
AGAGCAGGGAAGCAGAGAACTTGGAGAAAACCAAGGCTATAAGGACAGTAGACCCAAACC
ACCCCTTAGCTAAACTCATTGAAAAGGGGAGAGCAGCAAATGCAGTAAAGCAACATCAGA
AGATGGCGGAATCTATGCAGGATTATTATAAAAGCAATAACACTGCTAATGGAAACACAA
ATGCAGAAACCACAAACGCAACACTCCCCCCTTTCATGTCAATGAGTGGCCACACCACTT
CTATACAACAGCCCACCTCCACAATACAGAGTGAAGATACTAGCCACACACAACGTTATA
TAACTACTGCTGTGCAAATTGTTCCGCCACCCCCAGATTTACAACCTGTTGTAGAAAATA
TTGCCAGGAGAGTAGCCATGGAGGGGGGTGGGTTAGAAGCAACTATTTTTACCACTAACC
CCGTCACCTTCGGCTTCCTAAACCCAACCCATGAGCTACACCCATATTATCACTACCGTA
AACTTGCGTGGGTGAAACACCTTTACCCCGACCCCACTGCCCAGACCAAACCCCAATTCA
GAGGACACACAGCAAGAACAGACGAGACAGAAGTGGAAAATCAACAAGAAAAAGGTCCAG
AAACTGTTATAACTGTTAAATCGTCTAAGAGAAAGTTCACAGAAGAATATGAACCACCTC
CTGTGAAAATTACTAAGACAATTCCAGCAACGGTACCAATCGTACCTGAAAACCTACCTA
TCCCTGCCCCTACCGAGTCCCAGCCTGCCCCTGTCGTCCCAGCACCCATAGCCCCACCGT
CCAGTTTCACAGCAGTGACCCCTAGCGGCGAGGAAGCCTCCATCGCCACCTTGCGACAGA
AACAAGCGGCTCGTCGCGCGAAGGCTCTGCTGTTCCTCAACGCTAAAAAGAAACTCCAGG
AGCAAGAAAATGGGTCTAAAGGAACACCTGAACGTAATATAACAGCATCAGCCGCCACGG
AAGATATATTCGATTTATCTAATCCATCATCGCCCGCAACTGTGGATTCGCCATCGAGGA
CCGCTGAAAAAGAGGGGGAGGTCTCACGTCCTAAACGGACCTCAAGGTTCGATATTCTTC
CCAGGGGTATGACGTCACTTCCGCTTGCCGTGACGCAACATCCGGTAATGAGCGCGGGTC
CCACACCTGGTTACCTAAGTTCAAGGCATGACGTCACAAAAACCTCGCGTGACGTCACCC
CTGTATCAACACGTAGCGACGACGGTGATGTGCCGAGTGCTTATAGGGTAGAAAACGAAC
CCGCTAGGCGGAGTAGAGAGCGGGACCGACGTAAATCGAGATCTTCAAGTCGACGTCACA
AACATCGTAGCCATGACTACCGACGTCACTCTGACGATGATCGCTCGCCGTCCAATCACA
GATCGAGCAGAAGGTACTCTCGTAAGACGGAATCACGTGACAGTAGTAAAACTTCGAAGA
GGAAAAAAGAGAAAAGGAGACGTAAATCTAGATCAAAATCCCGGAGTTCTTCTAATCGAT
CATCATCCGAAAGAGAGGAAAGCCAAACAAAGCATTCCAAGGTTCGCCACCGAGAGAAGT
CACGTGGAGGGTCATCAGAAGACACAAGTGACGTCACACCCACCCATAGTGCAAGAGATA
AAAATAACGATGACGTTGCAAGTGACGTTTCCGTGACGTCAGAGAAGTACCGCAGCGAAG
GAGAACTGACGTCATGAAAGTGACAGGACAAAATTTCCTTGTTGCGTATATAAAAACAAG
TTTCACGTGTAACACGATAGTTCACCGCGTGAAATGATCGTGATTTAAATCATATGAAGT
GGACACCATACTGAATGAATACGTGAACGGACGTCGGATTTCACAATTAAATATTTGCCT
TTCTTTATATTATACTGCCTATACTTGAAAACAATGTATTATAGTAAACTGTTGCAGTTT
CGGGCACAGTTTTATTTTAAATGCAGGTCAGGTTGTAGTGCGTTTGTTGTTGAAATTCTG
TCGATTAAAAC
| SMART |
SWAP_N_domain (IPR019147) - T[58-184] 4.4E-50 |
| Pfam |
SWAP_N_domain (IPR019147) - T[59-182] 1.1E-21 |
| SUPERFAMILY |
SWAP/Surp_sf (IPR035967) - T[207-284] 2.49E-20 - T[428-490] 3.79E-11 |
| Gene3D |
SWAP/Surp_sf (IPR035967) - T[227-285] 6.1E-25 - T[439-494] 2.0E-10 |
| SMART |
Surp (IPR000061) - T[232-285] 1.5E-17 - T[442-493] 0.002 |
| Pfam |
Surp (IPR000061) - T[233-281] 1.5E-14 |
| ProSiteProfiles |
Surp (IPR000061) - T[234-276] 15.501 - T[444-484] 11.171 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| SFSWA_HUMAN | 48.867 % | 246 | 5.83E-69 |
