- Transcript 'KH2012:KH.C5.307.v1....' >
- Transcript 'Cisavi.CG.ENS81.R55....' >
- Transcript 'KH2012:KH.C5.184.v2....' >
- Transcript 'Boleac.CG.SB_v3.S368...' >
- Transcript 'Mooccu.CG.ELv1_2.S38...'
Transcript Model
Transcript Id
Mooccu.CG.ELv1_2.S384461.g17345.02.t
Possible name(s)
DNMT1; KDM2B; TRDMT1
Gene model
Location
S384461 [1,415 / 5,938]
Amino acid sequence
Length: 1,351
>Mooccu.CG.ELv1_2.S384461.g17345.02.p
MFNSNSIKMLGDIQVVSPKNKDEEKPSSSSKTKQRSITEMFARQAKRRKSSEEKENINTI
NMSSSSSRETKSPVPKKPKISSDKTENADKTSATFTSTMKCKQCRQLLEDVELYPGDSQD
ACEEFIALTHESLSLFVGNDETGRPQHKITNFCVYDKSTHVCSFDAGLIEKNVELFMSGV
IKPVYEEDMSLDNGVYGTRLGPINEWWTTGFDGGEKALVGFSTAFADYILVEPHPSYASS
WKTVQEKIYMSKIVIEFLCDNEAAVYEDLLNYIQNTVPPESLGFSRFTEDSLLRHAQFVC
EQVESFDDARKEDDDLLMANPCMRDLIHLAGVTVGKRKGTRKGLVREKKAVKASSTKATT
TPLVASVMESFFSGTVDIVKSLKPRLSKCGVCENCQRPNCGKCTACKDMKVFGGSGRSKQ
ACIERKCSNMVYADDLEVDVMDEETEEEKEDKVNAAKTKQHKIFSPTRRAQKSVKWDKES
EIKSEDDTDNVYYGKAILGLTTISIGDFVSVIPDDDSRLFYIGKVCSMWENSKRAKMMHV
DWFVRGKETVLGDAADKSELFMGDDCETTEIKFVAGKVDVTFKEPHFDWHNQGGITEEEE
NKYDGETTFFYQKWYEPEFARFQDPPVEIDTDVCQSCARRKDQEYHETPRLGDPIKQESG
RKYFSSVTVNHVLFKLEDSVYLPVDTFEFDVKASPQKKKNKKPSAVDEEKYPEAYRKNKH
VKGSNEFVPDPFKIGCITGIFQRGSKETSEIYLEIVKFYRPSDTHKGPTFGYNKDLNLLF
YSNEKCVVKLSQVEGKCFVQCEFDLGMSVADYMASGPDKFYFNEMYDSKSMSFEDPPAES
RRLGKKSSKMVKMTKQKVKASAVKAKEEIAESAKFSKLKTLDVFAGCGGLSEGFHQAGIA
ESKYAIELWEPAAQAYKLNNPGTTVFTEDCNVLLESVMSGKEKSKCGQKLPQKGDVELLC
GGPPCQGFSGMNRFNSREYSKFKNSLVVSYLSYCDYYRPRFFLLENVRNFVSFKNCMVLK
LSLATLIKMGYQCTFGVLQAGHYGVAQTRRRAIILAAAPGEKLPFYPEPLHTFSLKSGSL
TAQVDDLKYRNNITRINVAPFRTITVRDTMSDLPKIKNGHNKIEMPYNFNSDERSHFQRM
ISANSNQSIIRDHICKDMSPLVEARMSYIPSTPGADWRELPNIQVKLSDGTMSKLLRYLA
DDKKQGRSSNGALRGVCACAEGEPCDSMDRQFNTLIPWCLPHTGNRHNHWAGLYGRLEWD
GFFSTTVTNPEPMGKQGRVLHPEQNRVVSVRECARSQGFPDNYRFYGSTLDKHRQVGNAV
PPPMAKAIGQEIKKCLEYKVKKEEITDKCL*
Nucleotide sequence
Length: 4,326
>Mooccu.CG.ELv1_2.S384461.g17345.02.t
TTTAGGTTTATTTTGGTTGTTTTATGTTTAATTCTAATTCGATCAAAATGTTGGGTGACA
TTCAAGTGGTTAGTCCAAAGAATAAAGATGAAGAGAAACCAAGTTCTTCATCAAAAACGA
AACAAAGAAGCATCACTGAGATGTTTGCTCGACAAGCAAAAAGACGAAAATCATCTGAAG
AAAAGGAAAACATTAACACGATCAACATGTCTTCATCTTCAAGTCGAGAAACAAAATCGC
CGGTTCCCAAGAAACCTAAGATCAGTTCCGACAAAACTGAGAATGCTGATAAAACAAGTG
CAACATTCACTAGCACGATGAAGTGCAAGCAATGTAGACAACTGCTGGAGGATGTGGAAC
TTTATCCTGGTGACAGCCAAGATGCATGTGAAGAATTCATTGCTTTGACCCATGAATCGT
TGTCTCTCTTTGTTGGAAATGATGAGACTGGTCGTCCTCAACATAAAATTACGAATTTTT
GCGTTTATGACAAAAGTACACATGTCTGTTCATTTGACGCTGGTTTAATTGAGAAAAATG
TTGAGTTGTTTATGAGTGGAGTTATTAAGCCTGTTTATGAAGAAGATATGAGTTTGGATA
ACGGAGTTTATGGCACTCGACTTGGTCCTATTAATGAATGGTGGACAACAGGCTTCGATG
GCGGTGAAAAAGCACTCGTTGGCTTCTCAACTGCCTTTGCTGATTACATCCTAGTGGAAC
CTCATCCAAGCTATGCAAGCTCTTGGAAAACTGTTCAAGAAAAGATTTATATGAGTAAAA
TTGTGATTGAGTTTTTATGTGACAATGAAGCTGCGGTGTACGAGGATTTGTTGAATTATA
TCCAAAACACTGTCCCGCCTGAGTCACTTGGTTTCTCAAGATTCACCGAGGACTCGCTAC
TTCGGCACGCTCAGTTTGTTTGCGAGCAGGTTGAGTCCTTTGATGATGCAAGAAAAGAGG
ATGATGATTTGCTGATGGCTAACCCATGTATGAGAGATCTTATTCACTTAGCCGGTGTCA
CTGTTGGAAAACGGAAAGGAACTCGTAAAGGTTTGGTTAGAGAGAAGAAAGCAGTAAAGG
CTTCTTCCACAAAAGCTACAACTACTCCCCTTGTGGCGAGTGTTATGGAATCATTTTTTA
GTGGAACAGTCGATATTGTGAAGTCACTTAAACCTCGATTGAGTAAATGTGGGGTGTGTG
AGAATTGCCAACGACCAAATTGTGGCAAATGCACAGCGTGTAAAGATATGAAGGTGTTTG
GTGGGTCTGGTCGTTCAAAACAAGCATGTATTGAGAGGAAATGCTCGAACATGGTTTACG
CTGATGATTTGGAAGTAGATGTAATGGATGAGGAAACGGAGGAAGAAAAAGAAGACAAAG
TGAACGCTGCAAAAACCAAACAGCACAAAATATTCTCACCAACGCGAAGAGCACAAAAAT
CTGTTAAGTGGGATAAAGAATCAGAGATTAAATCTGAAGATGATACAGATAATGTCTATT
ATGGTAAAGCTATTCTTGGTCTGACGACGATTTCAATTGGAGATTTTGTGTCTGTCATCC
CAGATGATGATTCTAGATTATTCTACATTGGAAAAGTATGTTCTATGTGGGAAAACTCAA
AGCGTGCTAAGATGATGCATGTGGATTGGTTTGTGAGAGGGAAAGAAACTGTCTTGGGAG
ATGCTGCGGATAAATCGGAATTATTCATGGGTGACGATTGTGAAACAACAGAAATTAAGT
TTGTCGCCGGAAAGGTAGATGTAACTTTTAAAGAACCTCACTTTGACTGGCATAACCAAG
GAGGTATAACAGAGGAGGAAGAAAATAAATATGATGGTGAAACAACTTTCTTTTATCAAA
AATGGTATGAGCCAGAATTTGCAAGATTTCAAGACCCTCCTGTTGAAATCGACACCGATG
TGTGCCAATCTTGTGCTCGGAGAAAAGACCAAGAATATCATGAAACTCCTCGACTTGGAG
ATCCAATAAAACAAGAAAGTGGTCGGAAATACTTCAGTTCTGTTACTGTAAATCATGTTT
TATTTAAACTTGAAGATTCTGTTTATTTGCCGGTTGATACGTTTGAATTTGACGTTAAAG
CGTCGCCACAAAAGAAAAAGAACAAAAAACCGAGTGCGGTTGATGAAGAGAAATATCCAG
AAGCTTACAGAAAAAATAAACATGTTAAAGGAAGCAATGAATTTGTACCTGACCCATTTA
AGATTGGATGCATTACTGGTATTTTCCAACGAGGTTCCAAAGAAACCTCTGAAATTTATT
TAGAAATTGTGAAATTCTACCGACCAAGTGACACTCACAAAGGTCCAACGTTTGGCTACA
ATAAAGATCTTAATTTGTTGTTCTACAGCAATGAGAAATGTGTTGTTAAGCTGTCTCAAG
TCGAAGGTAAATGTTTCGTACAATGTGAATTTGATTTGGGTATGTCGGTAGCGGATTACA
TGGCAAGTGGACCTGATAAATTTTACTTCAATGAAATGTACGATTCAAAATCTATGAGCT
TTGAAGACCCACCAGCCGAGTCGAGACGACTTGGCAAAAAATCATCAAAAATGGTGAAAA
TGACGAAGCAAAAAGTTAAAGCTTCTGCTGTGAAGGCTAAAGAAGAAATTGCTGAAAGTG
CAAAGTTTTCTAAGTTAAAAACATTGGATGTATTTGCGGGGTGCGGTGGGCTATCGGAAG
GTTTTCATCAGGCAGGCATCGCAGAATCAAAATATGCTATCGAATTGTGGGAGCCAGCTG
CTCAAGCGTACAAATTAAACAACCCTGGCACAACGGTATTTACTGAAGATTGTAACGTGC
TGCTTGAATCGGTAATGTCTGGAAAGGAGAAAAGCAAATGTGGTCAAAAACTTCCACAAA
AGGGAGATGTTGAGCTTCTGTGTGGCGGCCCACCGTGTCAGGGATTCAGTGGAATGAACC
GATTCAATTCCAGAGAATATTCAAAGTTTAAAAATTCTTTGGTTGTTTCGTATCTGTCGT
ATTGTGACTATTACAGGCCAAGATTCTTCCTGCTTGAAAATGTCAGAAATTTTGTGTCTT
TTAAAAATTGCATGGTGTTAAAATTGTCTTTGGCTACATTGATTAAAATGGGATATCAAT
GTACATTTGGCGTACTTCAAGCTGGACATTATGGTGTTGCACAAACCAGAAGAAGAGCTA
TAATACTTGCCGCTGCACCTGGTGAAAAATTGCCTTTCTATCCTGAACCACTTCACACTT
TTTCACTTAAAAGTGGTTCTCTCACTGCGCAAGTTGATGATCTCAAGTACAGAAACAACA
TCACTCGCATTAATGTTGCACCATTCAGAACCATCACAGTTCGTGATACGATGTCCGACT
TGCCAAAGATTAAAAATGGACATAATAAAATCGAAATGCCATATAATTTCAACTCAGATG
AACGAAGTCATTTCCAACGCATGATCAGTGCAAATTCAAATCAGAGTATAATCCGAGACC
ACATCTGTAAAGACATGTCCCCACTGGTTGAAGCGCGAATGTCTTATATTCCTTCAACTC
CAGGTGCCGACTGGAGAGAACTGCCCAATATACAAGTGAAGTTATCAGACGGAACAATGT
CTAAATTGTTGCGTTACTTGGCTGATGATAAAAAGCAAGGCAGAAGCAGTAACGGGGCTT
TAAGAGGTGTCTGTGCGTGCGCAGAGGGGGAACCGTGTGACTCAATGGACCGGCAATTTA
ACACACTTATACCATGGTGTCTTCCACATACTGGCAATCGACACAACCATTGGGCTGGAC
TCTATGGACGTTTAGAGTGGGATGGATTCTTCAGTACAACTGTCACTAACCCTGAACCAA
TGGGAAAGCAGGGTCGTGTTTTGCATCCGGAACAGAACAGAGTTGTCAGCGTTCGTGAAT
GCGCAAGATCACAAGGTTTCCCTGACAATTATCGTTTTTATGGTTCGACATTGGACAAGC
ATCGCCAAGTGGGCAATGCAGTTCCACCACCTATGGCTAAAGCTATTGGCCAGGAAATTA
AAAAATGTCTTGAATATAAAGTAAAGAAAGAAGAAATTACTGATAAATGTTTATAATTAT
GTTCATAAATGATCGTTATATTATATTTGTCATCTCAGAGCCAACAATCCAATCATAGTC
ACTTTGTATTATACGTCACATGTTTACAATGTTTTTTTTTCATGTTGTTTTGTACCAAAT
ATTAAGTTTGTAGTCAATTTAACTAACAAATAAAAGGACTAAATTCATGTAAAGAATTAT
CCATTAATGTTCTAAGATGATTTATTTATTGTATTATTTTTTATCTCATTGCAACCAGTG
ATCGCT
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| DNMT1_HUMAN | 53.464 % | 1402 | 0 |