KEGG   Apis mellifera (honey bee): 100577280
Entry
100577280         CDS       T01057                                 
Name
(RefSeq) uncharacterized protein LOC100577280
  KO
K09189  [histone H3]-lysine4 N-trimethyltransferase MLL5 [EC:2.1.1.354]
Organism
ame  Apis mellifera (honey bee)
Pathway
ame00310  Lysine degradation
ame01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ame00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100577280
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ame03036]
    100577280
Enzymes [BR:ame01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     100577280
Chromosome and associated proteins [BR:ame03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100577280
SSDB
Motif
Pfam: PHD_5 SET PHD PHD_2
Other DBs
NCBI-GeneID: 100577280
NCBI-ProteinID: XP_026298307
BEEBASE: GB41888
UniProt: A0A7M7SPR3
Position
LG8:8249532..8272000
AA seq 2550 aa
MSFVLQLGTVETSLEKNSDNSPSSSMNQETSNIAVTGNDDTGKPQILQCLESSAEISAGH
VISFSTVKSVSVTYPMAKAVREVQRITGSQTNTTQVLSTRVISQKVPSSIHQTQSAPLTL
NASSNVTHIPVNAQSLPSPGSGMAHVYPLQHAVSTQSKQQTRNQTVTCENKQQQQQQQQT
TISSLQTNMPLKVQPVSSQLVVSNNAVRAITTATSLPNIQRIHVKAQNIVGQAQTVNLQK
VKAVTNVSQGVTVQRNSVPRIQTVQKTQVSTVTSQSTQFAVNQVTNNANVQRAQQGNPTL
QKAQTNTVSTQKVAQIYNNQKMSSQMLNSHPNHKAQLQQITSNQQQGLQKIQVQSQKTVT
VPRQQSNTTAGNNVQKSNNSVAGIQKVQVVGQVQCQQQLPQVQKHVQQVQPSQHQRSQST
AALQKSQTVATVNSNRVQSISNVCKSNSVPNITKTSQNANLLTVNKQPIISQPQQSQQVH
IQNSSQLQQQLLQQTSQQQSQQQMVQKQPQQQQTNTNLQTQRSHNITNVHQKVATIATIP
NNQRTQVVNSKIQQQQMVMRVGVPKNQTQNLQSNLKNVPQKITNTVKNSNSQNVVQQSLH
RNTNVQPVKIIQQQQNVIGPQNAQKQPGCIKTIPPQKPAQRNHTQKVAGIKTSLNTNVAS
VKNQGSTTAVAQKASIKTLLPQQTVATNMLLHKNQPIKIQQQTIQQKQLITSSQFPQQIR
QQSGQVKTLLPVTSMDIRKDIENKTESELRESKEDERQQRPTTPIIRIPPPYECLQYVLQ
DHNYGAPPPRTPSPPSPPSHPKQPINGGGNSTATSQHSYIYGKVVTGTNVDDDAASVISS
ETGRDAELEGEETETAPEGEGDDEDSVTRCICDFEHDDGYMICCDRCLVWQHVDCMGIDR
SNIPDEYLCEICRPRRVDRQRARALQMRKREELLNSDTSSDTSSTSSADTDVGVNTIPKK
RTIQQQIPRRKSEPPQVRRLNNNNNNNNNNVAKRQRRDSHPRQSSTVRKKETTKRGPGKR
KAKRRMSLEDKEEEAQDTWSSNVAPLRQWIERYEEAVTNHYSPELRARISSIKVNGTHSD
LRQNNMNVIATGKYRLNVHSNNVRFLVATMYLPPNTPVVELRGKYMLSTQHRPSYPQGRQ
HTQRPGPFVFFYRLPRDGTEVCVDTRTYGNDARFVRRSCKPNAEVKHCIEKGTLHLYIVT
TTAIEKNAEITIRHEQHDLLLSPNPNSSMMPIVCACNNPRECQIVSLNQLNRRGSNGALA
ENADGRERRRRGRRNTICEDSDSSTVMSNSTIIAQPAPPPTTVSSVSAPPRRTVTTTIAS
NTMRQLSKEESLTVVQQPQTSPNLSQSIPSEIKKDKKKMTREERKMEAIMKAFERLEKAE
QRKQEVQARNAQRKESGGTHSDNEDSHSLTMQSKQKQQNSDRPLRRKRKKGRARTTSTSQ
SQGTSRRTRLNSADSDESSGEESNSMQSPPLLSQNHSQNRDTPYSSYLNTPAKNTNENVT
TPAHQGIPTAAGLLLALANSNAPGPNSPPLQQPTPVKSPTCDSGASSSSQSSTPSTPLSS
ACLLVAAAVGPLAPGFKFPKTKKVLMNEWLKESPDPSQSNISQMSPLPALPPASTSNSIN
SLCRSDFSLPTDTSAEFLTQSYAAKSLATLVQAANSVSGICDSPPQRKQAISGNTVCPVS
TGSAKKRWLRQAISEECDSPNSRPDSPPTSEMVAPPKKRRIARESLSSDNYTPPTTPTML
IPESTPNNRSLCPNEDDFIEHLQSSLIVQNDERHMTTESIKQEIVSHVNSDETVRQKLSI
DIPQDFQVKTIKSEKHIMQMNTSLVKEENIGIKKEKSIEMDCDTYMHLESKPFVKDELRS
IKNEFVNNQKDKSKEEYIIKKEENSNIEKGTVEIIDQNEGDTEMEDFSSPIAVMESDAIL
KQRVAEMRLEYGGGINEIVKVEDDKCDDDKRSEDIKCEIKSDDNMSIDEFDVEAQMKKIT
GDDGNDYKEKVDTSSEKDKSMDGIEGLMESSKEDSESEDKEMDDVKYESSFKSFNLNHEE
KLFKEFESKPDPDPDPDPDPDPNPDPDPEPVQESQKIEQPSTFVTSSEESIFESASSNMD
TESIVEPPKIFHSIPPLSERIRKKTETTNASKSQLNFEAAIIESTINMETEDESKNGEEK
SMLSTALRELLEAKLDDLTPNDAKEEIANTEENNITYIESKSENSEQNIEIQESVLKSSQ
NIHNVHNEEIPIKEEEVPPKEIKRLKDPRTVVPNSMPAPTFKPETIPPVKRKLSISEYRK
RKQQSSGTPPEPEPSSDSTTDKSGARGRSDSASSGTSSLSSDEEGSKISLSLDIPTLTTL
PLFNNAEGEEKKGGEEGTIGWSAAPTLVERQRENLTERLKREFGLFLSDDEEERARKHGL
TAEAILKARKASPPHPNVSNTPPGYPLPQLPPQPYIPPPGSAPIHYPQFQAKPCSVQYPN
FTVPQNTSQPVYANATPQTSANKQAQQFLIPQASQAPPGSNPYPPQFIPPSTTAVSISKY
TSVTPPSGNQIYPTTGQSQKQFYNHPASRS
NT seq 7653 nt   +upstreamnt  +downstreamnt
atgagctttgtcctgcaattgggcacggtagaaacatcccttgaaaagaactctgataat
tcgccatcttcgtcgatgaatcaggaaacttcaaacatagcggttactggaaacgatgat
actggcaaacctcagattcttcaatgtttagaaagcagcgccgaaatttcagccggtcat
gttatctccttctcaactgtaaaatcagttagcgttacttacccgatggcgaaagccgtt
agggaagtgcagagaattactggttctcaaacaaataccacccaggtattgtcgactcgc
gtgatctcacagaaagtaccgtcgtctatccatcagacgcaatccgcacctttaacgcta
aacgcatcttccaacgttacccatatcccggtaaacgctcagtctttgccatcgccaggc
agcggaatggcacatgtatatcctttgcagcacgcggtgtctacacagagcaaacagcaa
actagaaatcaaactgtcacctgtgagaataaacaacaacaacaacaacaacaacagacg
acgatatctagtttgcaaactaacatgcccttgaaggttcaaccagtatcttcgcaatta
gttgtaagcaacaatgcagttagagccattactaccgctacttcgttgcccaatattcaa
aggatacatgtgaaggcgcaaaatatcgtcggacaggctcagacagttaacttgcagaaa
gtgaaagccgtgactaatgtcagtcaaggggtaactgttcaaagaaattccgtacccagg
atacaaactgtacagaagactcaagtgtcaactgttacatcccaatctacccagttcgct
gttaatcaagtcacgaacaatgccaatgtacagagagctcaacaaggcaatccgacgctc
caaaaagcacaaacgaataccgtgagcacacagaaagtagcccagatctataataaccaa
aagatgtcatcacagatgttaaatagccatccgaatcataaagcacaattacaacaaata
acgagtaatcaacagcagggattacaaaaaatacaagttcaatcacagaagacggtaact
gtgccaagacaacaatcaaacactacagcaggaaataatgttcaaaaatctaacaattct
gtagctgggatacagaaagtacaagtagtaggacaagtacaatgtcaacagcaattacca
caagtccaaaaacatgtgcaacaggttcaaccatcacaacatcaaagatcacaatctaca
gcagccttgcaaaaatctcagactgtagccacagtcaattctaatagagtgcaatctatt
agcaatgtttgcaaaagtaatagcgttccgaatattaccaaaacatcgcaaaatgccaat
ttattaactgtgaacaagcaaccaataatctcacagccgcaacaatcgcagcaagtacat
atccaaaactcgtcccaattacaacaacagttgttacaacaaacttcacagcaacaatcg
cagcaacaaatggtgcaaaaacagccacaacaacaacaaacgaatacgaatttacaaaca
caaagaagtcacaatattacaaatgtccatcaaaaagttgcgacgattgcgacaattccg
aataaccaacgaacccaagtagtaaattctaaaatacaacagcaacagatggtaatgaga
gtaggcgtaccaaagaatcaaacgcaaaacttacaaagcaatttgaaaaacgtacctcaa
aaaattacgaatacggttaaaaattcaaactcacagaatgtcgtgcaacaatcattgcac
agaaatacgaatgtgcagccagtaaaaataatccagcaacaacagaatgttataggaccg
cagaatgctcaaaaacaacctggatgtatcaaaacaataccgccacaaaaaccagctcaa
aggaatcatacacagaaagtagctggtattaagacttctttaaatacaaatgtagcttct
gtaaaaaatcaaggatcaacaactgcagtcgcacaaaaggcaagcatcaaaacattgctt
cctcaacagactgttgctacgaatatgttattgcataaaaatcaaccaattaaaattcaa
cagcaaacgatacaacaaaaacagcttatcacatcatcgcagtttcctcaacaaattagg
cagcaatctggacaagtgaagacattattaccagtaactagtatggatattcgcaaggat
atagagaacaaaaccgaatctgaattgcgtgaatcgaaggaagatgaacgtcaacaacgt
cctacaaccccaattataagaataccccctccttacgagtgtcttcagtacgtcctacag
gatcacaattatggggcaccacctccacgaacaccatcacctccatcaccaccatctcat
ccaaaacaacccatcaatggtggtggaaattcgactgcaacttctcagcattcttatatt
tatggaaaagttgttactggcactaacgtggatgatgatgcagccagtgttattagtagt
gaaacaggtagagatgctgaattagaaggtgaagaaacagaaacggctcctgaaggagaa
ggagacgatgaagacagtgttactagatgtatatgtgattttgaacatgatgatggatac
atgatttgctgtgatcgatgtttagtatggcaacatgttgattgcatgggtatagatcgt
tctaacattcctgatgagtatctttgtgaaatttgtcgaccacggcgtgtagatagacaa
agagcacgtgctttacaaatgcgtaaacgagaagaattgttaaattcagatacatcatct
gatacatcatctaccagttcagcagatactgatgttggtgtaaacacaattccaaaaaag
cgaactatacaacagcaaattcctcgacgaaaatccgaaccaccacaagtaaggcgactg
aataacaataataacaacaataataataatgtcgcaaaaagacaaagaagagattcacat
ccaagacaatctagtactgttcgtaaaaaagaaactacaaaacgtggtccgggaaaacgt
aaagcaaaacgaagaatgagtttagaagataaagaagaagaagctcaagatacatggagt
tccaatgttgcaccattaagacaatggattgaacgttacgaagaagctgtaacgaatcat
tatagtccagaattaagagctaggatatcatctattaaagtgaatggcacacatagcgat
ttgagacaaaataatatgaatgttattgccactggaaaatatagactcaatgttcacagt
aataatgttaggtttttggtggcaacaatgtatcttccaccgaatacacctgttgtcgaa
ttacgtggaaagtatatgttgagtacacaacatcgaccatcctatcctcaaggaagacaa
catacccagagacctggaccttttgtattcttttatcgattaccacgagatggtacagaa
gtttgtgtagataccagaacgtatggaaacgatgctagatttgtgcgacgtagttgtaaa
cctaatgcggaagtgaaacactgtatagaaaaaggaacattacatttatatattgtgacc
acaaccgcgattgagaaaaatgctgaaattacaatcagacatgaacaacacgatctcctg
ttatcacctaatccaaatagctctatgatgcctattgtctgtgcgtgtaataatccaaga
gaatgccaaatagtgtctctaaatcagttgaacagaagaggaagtaacggagcattggct
gaaaatgctgatggtcgagaacgaagacgaaggggtagacgaaatacaatttgtgaggat
agcgattcttcgactgtgatgtctaatagtactattattgcacaacctgcaccaccacca
acgacagtatcatcagtatctgcaccaccgagaagaaccgttacaaccactatagcgtca
aatacaatgcgtcaactgtctaaggaagaatcgttgacagtagttcaacaaccacagact
tctccaaatttaagtcaatctataccttcggaaattaaaaaagacaaaaagaaaatgacc
agagaagaaagaaaaatggaagccattatgaaagcttttgaaagattggaaaaagcggaa
caaaggaagcaagaagttcaagcacgaaatgcacaaagaaaggaatctggtggtacgcat
agtgataatgaagatagtcatagtttaacgatgcagtctaaacagaaacaacaaaattct
gacagacctttgagacggaaaagaaaaaaaggtagagcaagaactactagtacttctcaa
tcacaaggtactagccgaagaacaagattaaattctgcggattccgacgaatcgtctgga
gaagaaagtaattcgatgcaatcaccacctttattgagtcaaaatcattcgcaaaatcga
gatactccttattcttcttatttaaatacgcctgccaaaaacacgaatgaaaatgtgaca
acacctgctcatcagggaattccaacagctgctggtctactcttagctttagcaaactct
aatgcacctggacctaattcgccacctctacagcaaccaacaccagttaagagtccaact
tgcgatagtggtgcaagcagcagttctcaaagttcaactccatctactcctttatcttcg
gcttgtttgctagtcgcagcagcagttggtcctttagctcctggctttaaatttccaaaa
accaaaaaagttctaatgaatgaatggttaaaagagtcgcctgatccatcacaaagcaat
atatctcaaatgtcaccattaccagcattaccaccagcttccacttcgaattcgataaat
tctctttgtagatcagatttttctttaccaacagacacatccgcagagtttttaacacag
agttatgcagctaagagtttggcaactcttgtgcaagcagcaaactccgtctctggaatt
tgcgattcaccaccgcaacgcaaacaggcgattagtggcaatacggtatgccctgtctcc
acaggatctgcaaaaaaaagatggttacgtcaagctatatccgaagaatgtgattcacca
aatagtcgaccagatagtccgccgactagtgaaatggtagctccaccaaagaaaagaaga
atagccagagaaagtttgtcatcagataattatactccaccaacaacacctactatgtta
attcctgaatctactccgaataatagatctttgtgtcctaatgaagatgattttatcgaa
catttacaatcgtcattaattgtacagaatgatgaacgtcatatgacaacagaatctata
aaacaggaaattgtttcacatgtaaattcggatgagactgtacggcaaaaactttcgata
gatattccacaggattttcaagttaaaactataaaatctgagaaacatataatgcagatg
aacacttcgttggtgaaggaagagaacattggaataaaaaaggaaaagagtatagaaatg
gattgcgacacttacatgcatttggaatcaaaaccttttgttaaagatgaattacgatct
attaaaaacgaatttgtcaacaatcaaaaggataagagtaaagaagaatacattattaaa
aaggaagaaaattcaaacatagaaaagggtacagttgagataatcgatcagaatgaaggt
gatacagaaatggaagatttcagctctccaattgctgttatggaatcagatgcaattcta
aagcaacgagtagctgaaatgcgacttgaatatggaggtggtataaatgaaatagttaaa
gttgaggatgataaatgtgacgatgataaaagatctgaggatataaaatgtgaaataaaa
tccgacgataacatgtcaatcgatgaatttgatgttgaagctcagatgaaaaaaatcact
ggcgatgatggaaatgattataaagaaaaagtggatactagttccgaaaaagataaaagt
atggatggtatcgagggtttaatggaaagttctaaggaagattcagaatctgaggataaa
gagatggatgatgtaaaatatgaatcatcattcaaatcatttaacttaaatcatgaagaa
aaattgtttaaagaatttgaaagcaaacctgatccagatccagatccagatccagatcca
gatcctaatcctgatcctgatcctgaacccgttcaggaatctcagaaaatagaacagccg
tccacatttgttacatcatcagaagaatccattttcgagtctgcatcgtctaatatggat
acagaatctattgtagaaccaccaaagatttttcattccattccaccattaagtgaacgt
attcgtaaaaaaacagaaactacaaatgcttcaaaaagtcaattgaattttgaagcagct
ataatcgaatccactattaacatggagacagaagatgaatcgaaaaatggtgaagaaaag
tctatgctttcaacggctttaagagaattgctggaagccaaattggatgatctgacgcct
aatgatgctaaagaagaaatagctaataccgaagaaaataatattacgtatatcgaatca
aaatctgagaattcggaacaaaatatagaaatacaagaatctgtattaaaatcttctcaa
aatattcataatgttcacaatgaagaaattccaataaaagaagaggaagttccacccaaa
gaaatcaaacgattaaaggatccgagaacggtcgttccaaatagtatgccagctcctaca
tttaaacctgaaacaattcctcccgttaaacgaaagttatccatatcagaatatcgtaaa
cgaaaacaacaatcgtctggaacacctccagaacctgaaccatcgagtgattctacaaca
gataaaagcggagctagaggtagatcagacagtgcaagtagcggaacttcatcacttagc
tctgatgaagaaggttcaaaaatctcattatctctcgacataccaactttaaccacatta
ccgcttttcaataatgcggaaggagaagaaaaaaaaggtggtgaggagggaacaattggt
tggtctgcagcaccaactttagttgaacgtcaaagagaaaatcttacagaaagattaaaa
cgagaatttggattatttcttagcgacgacgaagaagaaagagctcgtaaacacggtcta
acagcagaggcaatattaaaagcgcggaaagcgtctccacctcatcccaatgtatcaaat
actccaccaggttatccgctaccgcaattgcctcctcagccttatattcctcctccagga
tccgcacccattcattatcctcaattccaagctaaaccttgctccgttcaatatccaaat
ttcacagtcccgcagaacacttcacaacctgtctatgcgaatgctacgcctcagacttct
gcaaacaaacaggcacaacaattcttaatacctcaagcgtcacaagcaccgccgggctcg
aatccatatcctcctcaatttattccaccatctaccactgcagtatcgatctccaagtat
acatctgtgactccgccatctggaaatcaaatataccctacaactggccaatcgcaaaag
caattttacaatcatccggcatcaagatcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (223)   
   KEGG ORTHOLOGY (1)   
   RefGene (218)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   BEEBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (4)   
   Pfam (4)   
All databases (252)   

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