KEGG T01057: 100577280

Apis mellifera (honey bee): 100577280

Entry

100577280 CDS T01057

Definition

uncharacterized LOC100577280

Orthology

K09189

histone-lysine N-methyltransferase MLL5 [EC:2.1.1.43]

Organism

ame Apis mellifera (honey bee)

Pathway

ame00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:ame00310]

SSDB

Motif

Pfam:

PHD SET PHD_2

Other DBs

NCBI-GI:

328784825

NCBI-GeneID:

100577280

Position

LG8

AA seq 1944 aa
MPLKVQPVSSQLVVSNNAVRAITTATSLPNIQRIHVKAQNIVGQAQTVNLQKVKAVTNVS
QGVTVQRNSVPRIQTVQKTQVSTVTSQSTQFAVNQVTNNANVQRAQQGNPTLQKAQTNTV
STQKVAQIYNNQKMSSQMLNSHPNHKAQLQQITSNQQQGLQKIQVQSQKTVTVPRQQSNT
TAGNNVQKSNNSVAGIQKVQVVGQVQCQQQLPQVQKHVQQVQPSQHQRSQSTAALQKSQT
VATVNSNRVQSISNVCKSNSVPNITKTSQNANLLTMNKQPIISQPQQSQQVHIQNSSQLQ
QQLLQQTSQQQSQQQMVQKQPQQQQTNTNLQTQRSHNITNVHQKVATIATIPNNQRTQVV
NSKIQQQQMVMRVGVPKNQTQNLQSNLKNVPQKITNTVKNSNSQNVVQQSLHRNTNVQPV
KIIQQQQNVIGPQNAQKQPGCIKTIPPQKPAQRNHTQKVAGIKTSLNTNVASVKNQGSTT
AVAQKASIKTLLPQQTVATNMLLHKNQPIKIQQQTIQQKQLITSSQFPQQIRQQSGQVKT
LLPVTSMDTRKDIENKTESELRESKEDERQQRPTTPIIRIPPPYECLQYVLQDHNYGAPP
PRTPSPPSPPSHPKQPINGGGNSTATSQHSYIYGKVVTGTNVDDDAASVISSETGRDAEL
EGEETETAPEGEGDDEDSVTRCICDFEHDDGYMICCDRCLVWQHVDCMGIDRSNIPDEYL
CEICRPRRVDRQRARALQMRKREELLNSDTSSDTSSTSSADTDVGVNTIPKKRTIQQQIP
RRKSEPPQVRRLNNNNNNNNNNVAKRQRRDSHPRQSSTVRKKETTKRGPGKRKAKRRMSL
EDKEEEAQDTWSSNVAPLRQWIERYEEAVTNHYSPELRARISSIKVNGTHSDLRQNNMNV
IATGKYRLNVHSNNVRFLVATMYLPPNTPVVELRGKYMLSTQHRPSYPQGRQHTQRPGPF
VFFYRLPRDGTEVCVDTRTYGNDARFVRRSCKPNAEVKHCIEKGTLHLYIVTTTAIEKNA
EITIRHEQHDLLLSPNPNSSMMPIVCACNNPRECQIVSLNQLNRRGSNGALAENADGRER
RRRGRRNTICEDSDSSTVMSNSTIIAQPAPPPTTVSSVSAPPRRTVTTTIASNTMRQLSK
EESLTVVQQPQTSPNLSQSIPSEIKKDKKKMTREERKMEAIMKAFERLEKAEQRKQEVQA
RNAQRKESGGTHSDNEDSHSLTMQSKQKQQNSDRPLRRKRKKGRARTTSTSQSQGTSRRT
RLNSADSDESSGEESNSMQSPPLLSQNHSQNRDTPYSSYLNTPAKNTNENVTTPAHQGIP
TAAGLLLALANSNAPGPNSPPLQQPTPVKSPTCDSGASSSSQSSTPSTXXXXXXXKRRIA
RESLSSDNYTPPTTPTMLIPESTPNNRSLCPNEDDFIEHLQSSLIVQNDERHMTTESIKQ
EIVSHVNSDETVRQKLSIDIPQDFQVKTIKSEKHIMQMNTSLVKEENIGIKKEKNIEMDC
DTYMHLESKPFVKDELRSIKNEFVNNQKDKSKEEYIIKKEENSNIEKGTVEIIDQNEGDT
EMEDFSSPIAVMESDAILKQRVAEMRLEYGGGINEIVKVEDDKCDDDKRSEDIKCEIKSD
DNMSIDEFDVEAQMKKITGDDGNDYKEKVDTSSEKDKSMDGIEGLMESSKEDSESEDKEM
DDVKYEPSFKSFNLNHEEKLFKEFESKPXXXXXXXXXXXXKISLSLDIPTLTTLPLFNNA
EGEEKKGGEEGTIGWSAAPTLVERQRENLTERLKREFGLFLSDDEEERARKHGLTAEAIL
KARKASPPHPNVSNTPPGYPLPQLPPQPYIPPPGSAPIHYPQFQAKPCSVQYPNFTVPQN
TSQPVYANATPQTSANKQAQQFLIPQASQAPPGSNPYPPQFIPPSTTAVSISKYTSVTPP
SGNQIYPTTGQSQKQFYNHPASRS

NT seq 5835 nt +upstreamnt +downstreamnt
atgcccttgaaggttcaaccagtatcttcgcaattagttgtaagcaacaatgcagttaga
gccattactaccgctacttcgttgcccaatattcaaaggatacatgtgaaggcgcaaaat
atcgtcggacaggctcagacagttaacttgcagaaagtgaaagccgtgactaatgtcagt
caaggggtaactgttcaaagaaattccgtacccaggatacaaactgtacagaagactcaa
gtgtcaactgttacatcccaatctacccagttcgctgttaatcaagtcacgaacaatgcc
aatgtacagagagctcaacaaggcaatccgacgctccaaaaagcacaaacgaataccgtg
agcacacagaaagtagcccagatctataataaccaaaagatgtcatcacagatgttaaat
agccatccgaatcataaagcacaattacaacaaataacgagtaatcaacagcagggatta
caaaaaatacaagttcaatcacagaagacggtaactgtgccaagacaacaatcaaacact
acagcaggaaataatgttcaaaaatctaacaattctgtagctgggatacagaaagtacaa
gtagtaggacaagtacaatgtcaacagcaattaccacaggtccaaaaacatgtgcaacag
gttcaaccatcacaacatcaaagatcacaatctacagcagccttgcaaaaatctcagact
gtagccacagtcaattctaatagagtgcaatctattagcaatgtttgcaaaagtaatagc
gttccgaatattaccaaaacatcgcaaaatgccaatttattaactatgaacaagcaacca
ataatctcacagccgcaacaatcgcagcaagtacatatccaaaactcgtcccaattacaa
caacagttgttacaacaaacttcacagcaacaatcgcagcaacaaatggtgcaaaaacag
ccacaacaacaacaaacgaatacgaatttacaaacacaaagaagtcacaatattacaaat
gtccatcaaaaagttgcgacgattgcgacaattccgaataaccaacgaacccaagtagta
aattctaaaatacaacagcaacagatggtaatgagagtaggcgtaccaaagaatcaaacg
caaaacttacaaagcaatttgaaaaacgtacctcaaaaaattacgaatacggttaaaaat
tcaaactcacagaatgtcgtgcaacaatcattgcacagaaatacgaatgtgcagccagta
aaaataatccagcaacaacagaatgttataggaccgcagaatgctcaaaaacaacctgga
tgtatcaaaacaataccgccacaaaaaccagctcaaaggaatcatacacagaaagtagct
ggtattaagacttctttaaatacaaatgtagcttctgtaaaaaatcaaggatcaacaact
gcagtcgcacaaaaggcaagcatcaaaacattgcttcctcaacagactgttgctacgaat
atgttattgcataaaaatcaaccaattaaaattcaacagcaaacgatacaacaaaaacag
cttatcacatcatcgcagtttcctcaacaaattaggcagcaatctggacaagtgaagaca
ttattaccagtaactagtatggatactcgcaaggatatagagaacaaaaccgaatctgaa
ttgcgtgaatcgaaggaagatgaacgtcaacaacgtcctacaaccccaattataagaata
ccccctccttacgagtgtcttcagtacgtcctacaggatcacaattatggggcaccacct
ccacgaacaccatcacctccatcaccaccatctcatccaaaacaacccatcaatggtggt
ggaaattcgactgcaacttctcagcattcttatatttatggaaaagttgttactggcact
aacgtggatgatgatgcagccagtgttattagtagtgaaacaggtagagatgctgaatta
gaaggtgaagaaacagaaacggctcctgaaggagaaggagacgatgaagacagtgttact
agatgtatatgtgattttgaacatgatgatggatacatgatttgctgtgatcgatgttta
gtatggcaacatgttgattgcatgggtatagatcgttctaacattcctgatgagtatctt
tgtgaaatttgtcgaccacggcgtgtagatagacaaagagcacgtgctttacaaatgcgt
aaacgagaagaattgttaaattcagatacatcatctgatacatcatctaccagttcagca
gatactgatgttggtgtaaacacaattccaaaaaagcgaactatacaacagcaaattcct
cgacgaaaatccgaaccaccacaagtaaggcgactgaataacaataataacaacaataat
aataatgtcgcaaaaagacaaagaagagattcacatccaagacaatctagtactgttcgt
aaaaaagaaactacaaaacgtggtccgggaaaacgtaaagcaaaacgaagaatgagttta
gaagataaagaagaagaagctcaagatacatggagttccaatgttgcaccattaagacaa
tggattgaacgttacgaagaagctgtaacgaatcattatagtccagaattaagagctagg
atatcatctattaaagtgaatggcacacatagcgatttgagacaaaataatatgaatgtt
attgccactggaaaatatagactcaatgttcacagtaataatgttaggtttttggtggca
acaatgtatcttccaccgaatacacctgttgtcgaattacgtggaaagtatatgttgagt
acacaacatcgaccatcctatcctcaaggaagacaacatacccagagacctggacctttt
gtattcttttatcgattaccacgagatggtacagaagtttgtgtagataccagaacgtat
ggaaacgatgctagatttgtgcgacgtagttgtaaacctaatgcggaagtgaaacactgt
atagaaaaaggaacattacatttatatattgtgaccacaaccgcgattgagaaaaatgct
gaaattacaatcagacatgaacaacacgatctcctattatcacctaatccaaatagctct
atgatgcctattgtctgtgcgtgtaataatccaagagaatgccaaatagtgtctctaaat
cagttgaacagaagaggaagtaacggagcattggctgaaaatgctgatggtcgagaacga
agacgaaggggtagacgaaatacaatttgtgaggatagcgattcttcgactgtgatgtct
aatagtactattattgcacaacctgcaccaccaccaacgacagtatcatcagtatctgca
ccaccgagaagaaccgttacaaccactatagcgtcaaatacaatgcgtcaactgtctaag
gaagaatcgttgacagtagttcaacaaccacagacttctccaaatttaagtcaatctata
ccttcggaaattaaaaaagacaaaaagaaaatgaccagagaagaaagaaaaatggaagcc
attatgaaagcttttgaaagattggaaaaagcggaacaaaggaagcaagaagttcaagca
cgaaatgcacaaagaaaggaatctggtggtacgcatagtgataatgaagatagtcatagt
ttaacgatgcagtctaaacagaaacaacaaaattctgacagacctttgagacggaaaaga
aaaaaaggtagagcaagaactactagtacttctcaatcacaaggtactagtcgaagaaca
agattaaattctgcggattccgacgaatcgtctggagaagaaagtaattcgatgcaatca
ccacctttattgagtcaaaatcattcgcaaaatcgagatactccttattcttcttattta
aatacgcctgccaaaaacacgaatgaaaatgtgacaacacctgctcatcagggaattcca
acagctgctggtctactcttagctttagcaaactctaatgcacctggacctaattcgcca
cctctacagcaaccaacaccagttaagagtccaacttgcgatagtggtgcaagcagcagt
tctcaaagttcaactccatctactnnnnnnnnnnnnnnnnnnnnnaaaagaagaatagcc
agagaaagtttgtcatcagataattatactccaccaacaacacctactatgttaattcct
gaatctactccgaataatagatctttgtgtcctaatgaagatgattttatcgaacattta
caatcgtcattaattgtacagaatgatgaacgtcatatgacaacagaatctataaaacag
gaaattgtttcacatgtaaattcggatgagactgtacggcaaaaactttcgatagatatt
ccacaggattttcaagttaaaactataaaatctgagaaacatataatgcagatgaacact
tcgttggtgaaggaagagaacattggaataaaaaaggaaaagaatatagaaatggattgc
gacacttacatgcatttggaatcaaaaccttttgttaaagatgaattacgatctattaaa
aacgaatttgtcaacaatcaaaaggataagagtaaagaagaatacattattaaaaaggaa
gaaaattcaaacatagaaaagggtacagttgagataatcgatcagaatgaaggtgataca
gaaatggaagatttcagctctccaattgctgttatggaatcagatgcaattctaaagcaa
cgagtagctgaaatgcgacttgaatatggaggtggtataaatgaaatagttaaagttgag
gatgataaatgtgacgatgataaaagatctgaggatataaaatgtgaaataaaatccgac
gataacatgtcaatcgatgaatttgatgttgaagctcagatgaaaaaaatcactggcgat
gatggaaatgattataaagaaaaagtggatactagttccgaaaaagataaaagtatggat
ggtatcgagggtttaatggaaagttctaaggaagattcagaatctgaggataaagagatg
gatgatgtaaaatatgaaccatcattcaaatcatttaacttaaatcatgaagaaaaattg
tttaaagaatttgaaagcaaaccnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnca
aaaatctcattatctctcgacataccaactttaaccacattaccgcttttcaataatgcg
gaaggagaagaaaaaaaaggtggtgaggagggaacaattggttggtctgcagcaccaact
ttagttgaacgtcaaagagaaaatcttacagaaagattaaaacgagaatttggattattt
cttagcgacgacgaagaagaaagagctcgtaaacacggtctaacagcagaggcaatatta
aaagcgcggaaagcgtctccacctcatcccaatgtatcaaatactccaccaggttatccg
ctaccgcaattgcctcctcagccttatattcctcctccaggatccgcacccattcattat
cctcaattccaagctaaaccttgctccgttcaatatccaaacttcacagtcccgcagaac
acttcacaacctgtctatgcgaatgctacgcctcagacttctgcaaacaaacaggcacaa
caattcttaatacctcaagcgtcacaagcaccgccgggctcgaatccatatcctcctcaa
tttattccaccatctaccactgcagtatcgatctccaagtatacatctgtgactccgcca
tctggaaatcaaatataccctacaactggccaatcgcaaaagcaattttacaatcatccg
gcatcaagatcttaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (21)   

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