| Entry |
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| Definition |
hypothetical protein
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| Orthology |
| histone-lysine N-methyltransferase SETD8 [EC: 2.1.1.43] |
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| Organism |
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| Pathway |
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| Class |
Metabolism; Amino acid metabolism; Lysine degradation [PATH: tpv00310]
 |
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| SSDB |
   |
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| Motif |
 |
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| Other DBs |
NCBI-GI: NCBI-GeneID: UniProt: |
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| Position |
1
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| AA seq |
844 aa  
MRDSYTDNYYHNFSCKNIENRFLRNGYTFNGRPKRPISRITSYINSYSSDSDESFKDDLA
DITSNYHSSPQTQSSINCTPIPVQIIQSPNDKVDTGTKVDNSNDAEYTEKPLGDQILTPR
PSRYRRIQKVKSVKREPPIREISYAELSTPDVTKKQVKDSKYNYSDQNIDSSYTSYVDSL
FGVEPYKYVHEHQPLKLFWLENSEVSGLMRIPSLTSLSNEFSNSEKLYMVFTDYTIDIIQ
DVSCLKMIKARDGYTPFVVIYSYNLKSMYFKVVKRTMSEVSMVSFNKNSTDLDDCLSFDC
ANSQISSSDEQDSNYEFYRSYLYGKDDGTDPNRVRVLVHPSNKTHFDLRYLSVNPNSHRE
EMVDNKSMVKKENVEVKDEESDLESSNSDSPFSNTFQNGTQFNLPDDLFDECKLLVGVDV
SNKGSSCPDSVANYRSESVIKKNYTVYIPENTLPLDQIDDMTNGNLSNTGDELGKGDEQL
SKEFLLNLVKVRDEGNVLYRSGDMVLTEGQVLKIEFPTIYTKHFEYDYVTLYSDNTLKSC
FNFIKSLLPEDCLNININKLAQFCPNIFWNLALAGDIETSIIELDPEMVKSLYRRKRTVT
VDSEFRNGKTKITPNSLSYLDNNFIIMQNLFQRDAEEKIKKLLEIERQNGGKMTRIVINK
HAEDDDLIKLLIDDNGFTRKSMQVLTEKQKNMVYNECMKRNFYVPVHIKFNPQKGRGVYA
AYKIHKDDFLMEYKGELITEKVANFRNNKYNKSKKYKGSFIFFFKHNGTRYGIDATEEDI
SFGPARLVNHSRKNANIVPKTLLSNNYPRLIFIAKRDIECGEELLVDYGERDPSVIKDNP
WLLD |
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| NT seq |
2535 nt  +upstreamnt +downstreamnt
atgagagactcgtatacggataattattaccacaatttcagctgtaaaaatatagagaac
cgtttcttgagaaatggttatacctttaacggaagaccaaaacgtcccatttcacgcatt
acatcgtatattaattcgtattcctcagactctgacgagtcttttaaagatgatttagct
gatattacaagtaactatcactcctcacctcaaacgcaatcttccatcaactgcactcca
atacccgtacaaattattcaatcccccaatgataaggttgacactggtactaaagtggat
aactcaaatgatgccgaatatacggaaaagccattaggagatcaaattttaacaccacgg
cctagcaggtaccgcagaatacaaaaagtaaaatctgttaaaagagaacctcccatccga
gaaataagttatgctgagctcagtacgcctgatgttacaaagaaacaagtgaaagattca
aagtacaattactcggatcagaacattgacagtagttatacgtcatatgttgacagtttg
tttggagttgagccttacaaatatgtccacgagcatcaacccctgaagttattctggctt
gaaaactctgaagtcagtggcctcatgaggataccctcactcacctcactcagtaatgag
ttttccaactccgaaaaactctacatggtcttcaccgattacaccatcgacatcattcaa
gacgtttcctgtttgaagatgataaaggcaagggatggttatacaccgtttgtggttata
tattcatataacctcaagagtatgtactttaaggtggtgaaacggacaatgtccgaggtt
agtatggtctcgtttaataagaattccactgacctagacgattgtctctcatttgactgt
gcaaactctcaaatctcatcatctgatgaacaagattctaattatgagttttacagaagt
tatctctatggcaaagatgatggaacagaccctaaccgtgtccgagtactcgtacatccc
tccaacaaaacacatttcgacctacgatatctctccgttaatcccaatagtcatagagag
gaaatggtggataataagtcaatggtgaagaaagagaatgttgaggtaaaggatgaggaa
agtgatttggagtcatcaaattcagattctccattttcaaacacgtttcaaaatggaaca
cagtttaacttaccagatgacttgtttgatgagtgtaagttactggttggagttgacgtc
tccaacaagggttcaagttgcccagattccgtggctaattacaggtcagaatctgtaatc
aagaaaaattacacagtatacattccggaaaacacactacccttggaccaaatagatgac
atgaccaatggcaatctctctaatacgggagatgaattaggtaaaggggatgaacaattg
tctaaagagtttttattgaatttggtgaaggtgagagatgaagggaatgtgttgtataga
tctggtgacatggtactgacagagggacaagtattaaaaattgagttccccactatatat
acaaagcatttcgaatatgattacgtaactctttactctgataatactctgaaatcctgt
ttcaacttcattaaatcactgttaccggaggattgtcttaatattaatattaacaagttg
gcccagttttgtccgaatattttctggaatttggctcttgcaggtgatattgagacttca
atcatcgagctagaccctgagatggtcaagtcgctctacagacgcaagagaacagtcact
gtagatagtgagtttagaaatggaaagactaaaatcacacctaactcactcagttatctg
gataataattttattattatgcaaaatctattccaacgagacgctgaggagaagattaag
aaattactggaaattgaacgacagaatggcgggaaaatgaccagaattgtcatcaataaa
catgccgaagatgatgacctcatcaaattactcattgatgataatggattcaccaggaag
agtatgcaagtattgactgagaagcagaagaatatggtatataatgagtgtatgaagagg
aatttctatgtgccagtacacatcaaatttaacccccaaaaaggccgaggcgtttacgcc
gcatacaaaatacacaaagatgatttcctcatggagtataaaggagagttgataacggag
aaagtggcgaattttcgaaataacaagtacaataaatccaaaaaatacaaaggatctttt
atattcttttttaagcataatggcacgaggtatggaattgatgctactgaggaggatata
agctttggtcctgctagactagtaaaccattcaaggaaaaacgcaaacatcgtgccgaaa
actctgttaagtaataattacccccgactcatattcattgccaaacgtgacatcgaatgt
ggtgaggagttactggtggattacggagaacgagacccaagcgttattaaagataatcca
tggctactggattaa |
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