KEGG   Geospiza fortis (medium ground-finch): 102039322
Entry
102039322         CDS       T03755                                 
Symbol
SETD2
Name
(RefSeq) SET domain containing 2
  KO
K11423  [histone H3]-lysine36 N-trimethyltransferase [EC:2.1.1.359]
Organism
gfr  Geospiza fortis (medium ground-finch)
Pathway
gfr00310  Lysine degradation
gfr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:gfr00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    102039322 (SETD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:gfr03036]
    102039322 (SETD2)
Enzymes [BR:gfr01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.359  [histone H3]-lysine36 N-trimethyltransferase
     102039322 (SETD2)
Chromosome and associated proteins [BR:gfr03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     102039322 (SETD2)
SSDB
Motif
Pfam: SET SRI AWS WW
Other DBs
NCBI-GeneID: 102039322
NCBI-ProteinID: XP_014165390
Position
Un
AA seq 2411 aa
MFPWLDCNREEENEGKPETVPRAGFIKGPVFKGVASSRFLPKGTKTKVNLEEQGRQKVSF
SFSLTKKTLPNRFLTALGNEKQNETPTPLVVPLPTDFNPKNKLDLGDTASSAEESSPPKP
KVELGKIHFKKHLLNVTAKPPPAPAAPVTEPPDAAKQDPASRGSEERGTQPAPEQTEITP
PKEDSHIGKEDEVSDSSKGAPVCSRRQGAKRKFSQSDGAPQGSESDEDSVRTSSSQRSHE
QKISSTEKERDSRRSSASLRGDDLGKSSSRSRSDRDEKYSSYSKSERDSRYSSSRSRSDR
ERRRSRSHSRSRSDRSSRTSSSYSRSERSHYYDSDRRYHRSSPYRERSRYSRSYADSRAR
ESSDSEDEYRRTHSRSSDSRRTSSHSSSSYRDSRSSYSKSDRDSKVESSHADVDRRGRSS
SKADRDSKRTSESEVSKRCSPLDELGYRKGTSHSKPDSNVNSSRYKSTPSKAPAPKPDKF
KSSFCCTESIEEIKSKSNSLDLETSCVKNNEIRVSSVKKLEREKTLSPLNQFNDSPALPK
ADDSKAGLANSKSKELAANEGHDSVKEQEMFLKAKHDPLRTCFPTESSVNGSPEGQDEGL
ATSSACKAEDVAASSEHGPGPSEASPAVKTSPSYPLQSNGFESTDVSQEEELDDSRVQSS
ECSSLFQEAEAPEPQQLEEAAPLPAVNVDPTNTVLKKLDEGATPCDKTKEPVFCYISDDA
TPGLYHSEVEIEAEPTDLKVTSETFLDVQVEPQTVTCDYESTEDSHSKSAGEDDHDHPSH
KISLAAESSSRDSSQDGCSQRLRLDHTMPEESVSSKWDVPPPGVCQEPLQHSEAEEMLEL
DAQHVDLGSAKGKSSFQNEHSYYSEVPLEHRGREVVEESAVSTEGAELDELRVQCPGVSA
ERDEGSEPSVASAFPDALYPSSDVIVTAEDTEMVTQAPTCDSSGNASEFIPTGHDDYSDM
GDSDSEGDSEDSDTEDSDSDDGTPRKKLQSVVVVPKNSTIAMEESSPGSSRSNRRFSDHW
DDERPEPSRPYYEERSENMGSKGGPQVESRCSPRGMEKSLATSTELSRKEPEELRADPCQ
AQSDGVDSTSQADLTADCHGKKPSSTCQQPDSSFGMYSGYVYQPGPGAYPSSQSFWQGNG
YWDVRAASRGSVVNYERGQGQVPDSLTEDHEEYEEDERWDEECKPRFPSPSGKSQMPGQK
EKGSVQAHEISSNSTKEPVPGGEKKDEVKTLEKNDVKERGPPKKRRPELESDSESDGDSG
EKRKGKLEGEQAEPAPQDSSMVSRLCIMDDFRDPQRWKEFAKQGKMPCYFDLIEENVYLT
ERKKNKSHRDIKRMLCECPPLSKEERAQGEVACGEDCLNRLLMIECSSRCPNGDYCSNRR
FQKKQHADVEVILTEKKGWGLRAAKDLPSNTFVLEYCGEVLDHKEFKARVKEYARNKNIH
YYFMALKNDEIIDATQKGNCSRFMNHSCEPNCETQKWTVNGQLRVGFFTTKLVPSGSELT
FDYQFQRYGKEAQKCFCGSSNCRGYLGGENRVSIRAAGGKMKKERSRKKDSVDGELEALL
ENGEGLSDKNQVLSLSRLMVRIETLEQKLTCLKLIQNTHSQSCLKSFLECHGLSLLWIWM
TELGDGRGSTANNLKLQLEIMKTLELLPIPTKNMLEESKVLPIIQRWAQTKTAVPQLSEG
DGYSSENTSRAHTPLNTPELSAKQGGEGDTDTPKKLVFRRLKIISENSMDSAISDTTSEL
EGKEGKEDLDQLEAAPMEVTEEQQQQQQQQQQQQEDIKTTVEAPVESSKSQPAELEAEPE
AEVKESNGAKLEEPMAMETPSQDEEEGVSDVESERSQEQTDKIVDVSDLATRLLDSWKEL
KEVYRIPKKSQAEKESSADRGRDPGGLRDQTPTPKNPVLSRERDPEWQSQSKERKRRRDS
LSPPSSAYERGTKRPEDRYDTPASSKKKVRPKDRNKLSTEERRKLFEQEVAQREAQKQQQ
QLQNLGMTSPLPYDSMGYGTPHHSFMGYPPGYPMQAYVDPSNPNAGKVLLPTPSMDSMCS
PAGYPEHSQTLVGHTVEPALSTAQPVPVVQHVATTMEVTTPQYVGAQGDAAVVHQEANVA
VLPVATAGAVQSQSYGSVWDSSQQPPVAVQQPYSPAQSQPAIYYQGQTCQTVYGVTSPYS
QTTPPIVQSYAQPGLQYIQGQQIYTAHPQGVIVQPPAAVTTIVAAGQPQPIQQPELVVTN
NLLDLPPPSPPKPKTIVLPPNWKTARDPEGKIYYYHVVTRQTQWDPPTWDSPGDDASLEH
EAEMDLGTPTYDENPMKSSKKPKTAEADTSSELAKKSKEVFRKEMSQFIVQCLNPYRKPD
CKVGRITTTEDFKHLARKLTHGVMNKELKYCKNPEDLECNENVKHKTKEYIKKYMQKFGI
LYKPKEDTELE
NT seq 7236 nt   +upstreamnt  +downstreamnt
atgtttccctggctggattgcaatagagaagaagaaaatgagggcaaacctgaaacggtg
ccgagagctggttttatcaaaggccccgtgttcaaaggcgtcgcctcgagccgctttttg
cccaaaggcaccaaaaccaaggttaaccttgaggagcagggaagacaaaaagtgtctttc
agctttagtttaaccaagaaaactttacccaatcgattcctgactgctctgggaaacgag
aaacaaaatgaaactcccacccctctggtggttccccttccgactgattttaaccccaaa
aataaactggacctgggggacacagccagttcagccgaggaatcttcacctccaaaaccg
aaggtagaattggggaagattcattttaaaaaacatttactgaacgtcacggcaaagcca
cccccggctccggcggcaccggtgacggaaccgccggacgccgccaagcaggatccggca
tcacgtggctcggaggaacgtgggactcaacccgcacccgagcagacggagataaccccg
ccgaaggaggattcccatattgggaaggaggatgaggtttctgacagctcgaagggtgct
cccgtgtgctcccggaggcagggggccaagaggaagttctcccagtcggacggcgcgccg
cagggctctgagtccgacgaggattccgtgaggacctcctccagtcagcggtcgcatgag
cagaagatctccagcacggaaaaagagagagattccagacggagctccgcgtccctccgt
ggtgatgacctgggcaagtcctcgtcacgctccaggtcggacagggatgagaagtactcg
agctattcgaaatcggagagagactcgcggtactcgtcctcccgctcccgctcggacaga
gagaggaggcgaagccggtctcattcccgttcccgctccgatcgcagctcccgaaccagc
tcctcctactcgaggtcagagcgctcgcattactacgactccgaccgccggtaccaccgg
agctctccataccgggaacggtcgcgctactcccggtcgtatgcggacagccgggcgcgg
gagagctcggactcggaggatgagtacaggaggacacattccaggtccagcgactccagg
cgtacgtcctcccattcctcctcctcctacagagactcgagatcctcttactccaagtcg
gacagggacagcaaagtggagtcgtctcacgctgacgtggacaggcgagggaggtcgtct
tcgaaagcagatcgagattccaaaaggacttctgaaagtgaagtatccaaaaggtgctct
cccctcgatgaactgggctatcggaaggggacatcccattccaagcccgacagtaatgtg
aattcctcccgctataaatccaccccttccaaggcccccgcaccaaagcctgataaattt
aagagttctttctgttgtacagaatcgattgaagaaatcaagtccaagtctaattctcta
gatttagagacctcttgtgtaaagaacaatgagatcagggtgtccagtgtgaaaaagttg
gaaagggaaaagacactttctccgttaaatcagttcaacgattctcccgctttgccgaag
gctgacgactccaaggcgggtttggcaaactcaaaatccaaggaacttgcagcaaacgaa
ggccatgacagtgttaaggagcaagaaatgttcttaaaggcaaagcacgatcccttaaga
acatgtttccccacggaatcgagcgtgaatggctccccggagggtcaggatgagggtctg
gcaacctccagtgcctgcaaagcagaggatgtggctgcatcctctgaacatggcccgggt
ccgtcagaagcatcacctgctgtcaagaccagcccatcatatccattgcaatccaatggg
tttgagagcacggatgtgtcccaagaagaagagctggatgattcccgggtgcagtccagc
gagtgcagcagcctgttccaggaagcggaggctccggagccgcagcagctggaggaagct
gcccctctccctgccgtgaatgtagatcccactaacactgtccttaagaagctggatgag
ggggcgactccgtgtgacaaaaccaaagaacctgttttttgctacatttccgacgatgcc
acgcctggtttgtaccactcggaagtggaaatcgaagcggaacctacggatttgaaagtg
acatccgagactttcctggacgtgcaggtggagccgcagacggtgacgtgcgattacgag
agcacggaggattcccattccaagtctgctggggaggatgatcacgaccatccttcccat
aaaatcagcctggcagcggaaagctcgagcagggattcctcccaggatggctgttcccag
aggctccggttggatcataccatgccggaggaaagcgtctcttccaagtgggacgtgccc
ccgccgggtgtgtgccaggagccgctccagcattcggaagctgaagagatgctggagctg
gatgctcagcacgttgatcttggctcagcaaaaggcaagtcgtcgttccagaatgaacat
tcctactattcggaagtgccgctggagcaccgcggcagagaggttgtggaagaaagtgct
gtttccaccgagggagctgagctggatgagctgagggttcagtgtcccggcgtatcagcc
gagagggatgagggaagcgagccctcagtggcctcggcttttccagacgctttgtatccc
tcctctgatgtcattgtcactgcagaggacacggagatggtgacccaagctccaacgtgc
gacagcagcggcaacgcctcggaattcattcccaccggccacgacgattattccgacatg
ggggacagtgacagcgagggggacagcgaggacagcgacacagaggactcggattccgat
gatgggacaccgcggaagaagctccagtcggtcgtggtggttcccaagaactccaccata
gccatggaggagagcagcccgggctcctcccggagcaaccggcgcttctccgaccattgg
gatgatgagcggcccgagcccagcaggccctactatgaggagaggtcagaaaatatgggg
agtaaaggtggtccccaggtggagagcaggtgttctcccagagggatggagaagagtctg
gcaacctccacggagctgagcaggaaggagccggaggagctgcgggcggatccgtgccag
gcccagagcgacggcgtggacagcacgagccaggcggacctgacggccgattgccacggc
aaaaagcccagcagcacctgccagcagccagacagcagctttgggatgtactcaggctac
gtttaccagccaggaccaggagcttatcccagctcccagagcttctggcaaggcaacggt
tactgggatgtgagggcagccagcagaggctccgtggttaactatgaacgtggccaaggg
caggtgccggattccctcacggaagaccacgaggagtatgaagaggatgagcgttgggat
gaggagtgcaagccgcgctttcccagcccctctggaaaatcccagatgcctgggcagaag
gagaagggctcggtgcaggcacacgagatcagcagtaattccaccaaggagccggtgccg
ggcggggagaagaaggatgaggtgaaaactttggagaagaacgacgtgaaggaacgaggc
ccgccgaaaaagaggcggccagagttggagagcgactcggagagcgatggggactctggg
gagaagaggaaggggaagctggagggggagcaggcggagccagcgccgcaggattcctcc
atggtgagcaggttgtgcatcatggatgacttcagggacccccagcgctggaaggagttt
gccaagcaggggaagatgccctgttacttcgacctcatcgaggagaacgtctacttgaca
gagaggaagaagaacaaatcccaccgggatatcaagcggatgctgtgtgagtgtccccct
ctgtccaaggaggagcgggcgcagggcgaggtggcctgtggagaggattgtctcaatcgc
ctgctcatgatcgagtgctcctcccggtgtccgaacggtgactactgctccaaccggcgc
ttccagaagaagcagcacgcggatgtggaggtgatcctgactgagaagaagggctggggg
ctcagagctgccaaggacctgccatccaacacttttgtcttggaatactgtggggaggtg
ctggatcacaaggaattcaaggctcgggtgaaggaatatgcccggaacaagaacatccac
tattatttcatggccctgaagaatgatgagatcatcgatgccacccagaaaggaaactgc
tcccgcttcatgaaccacagctgtgagccaaactgtgagacccaaaagtggactgtgaat
gggcagctgagggttgggtttttcaccaccaagctggtgccgtcgggctcggagctgacg
tttgattaccaattccagagatatggcaaagaggcccagaaatgtttttgtggctcctcc
aactgccgggggtacctgggaggggagaacagggtcagcatccgcgcggccggggggaag
atgaagaaggaacgatcccgcaaaaaggactcggtggatggggagctggaggcgctgctg
gagaacggggaggggctctctgataaaaaccaggtgctcagcttgtcccggctcatggtg
cggatcgaaaccctggagcagaaactcacctgcctcaaactcatccagaacacgcactcg
cagtcctgcctcaagtccttcctggagtgtcacggcttgtccctgctctggatctggatg
acggagctgggcgatggcagagggagcacggccaacaacctgaagctgcagctggagatc
atgaagaccctggagctgctgcccatccccaccaagaacatgctggaggagagcaaggtg
ctgcccatcatccagcgctgggctcagaccaagacggcggtgccgcagctcagcgagggc
gacggatactccagcgagaacacgtcccgggcccacacccccctcaacacccccgagctc
tcggccaagcagggcggggagggggacacggacacccccaagaagttggtgttccgcagg
ctgaagatcatcagtgagaacagcatggacagcgccatctcggacaccaccagcgagctg
gaagggaaggagggcaaggaggacctggaccagctggaggctgccccaatggaggtgaca
gaggagcagcagcagcagcagcagcagcagcagcagcagcaggaggacatcaaaactact
gtggaggcaccagtggagagcagcaaatcccagcctgcagagctggaggccgagcccgag
gcagaggtcaaggagagcaatggagcgaagctggaggagcccatggccatggagacacca
tcacaggatgaggaggaaggagtttctgatgtggagagcgagaggagccaggagcagacg
gataaaatcgtggatgtgagcgacttggccaccaggctgctcgacagctggaaggagctc
aaggaggtctatcgcatcccgaagaagagccaagcggaaaaggaaagcagtgctgaccgt
gggagagacccgggtgggctccgggatcagacccccactcccaagaaccccgtgctgagc
cgggagcgggatccagagtggcagagccagagcaaggagaggaagagacgcagagattcc
ctgtcccctccgtcctcagcctacgagagggggacaaagaggccagaggacaggtatgac
accccagcatcttccaagaagaaggtccggcccaaggaccgcaacaagctgtccacggag
gagcgccggaagctcttcgagcaggaggtggcccaacgggaagcccagaaacagcaacag
cagctccagaacctgggaatgacctccccgcttccctacgattccatgggatatggaacc
ccccaccacagcttcatgggatacccaccagggtaccccatgcaggcctacgtggatccc
agcaaccccaacgccggcaaggtgctgctgcccacgcccagcatggactccatgtgctcc
ccggcgggataccccgagcattcgcagactttggtggggcacacggtggagccggccctg
agcacggcgcagccggtgcccgtggtgcagcacgtggccaccaccatggaggtgaccacg
ccgcagtacgtgggggcgcagggcgacgccgccgtggtgcaccaggaggccaatgtggcc
gtgctgccggtggccacggccggggccgtgcagagccagagctacggctccgtgtgggat
tccagccagcagccccccgtggctgtgcagcagccctactccccggcccagtcccaacct
gccatctactaccagggccagacctgccagaccgtctacggagtgacctcgccctactcg
cagaccaccccgcccatcgtccagagctacgcccagccaggtctccagtacatccagggc
cagcagatctacacggctcacccgcagggagtcatcgtgcagccccctgcggccgtcacc
accatcgtggcggccgggcagccccagcccatccagcagccagagctggtggtcaccaac
aacctcctggatctgcctccgccttcccctcccaaacccaaaaccatcgtcctccctccc
aactggaaaacagcccgggatcccgagggaaagatctactactaccacgtggtcaccaga
caaacccagtgggatcctccaacgtgggacagccccggggacgacgccagcctggagcac
gaggccgagatggacctcggcacccccacgtacgacgagaaccccatgaagtcttccaag
aagcccaagacggcagaagccgacacatccagtgagctggccaagaagagcaaggaggtg
ttcaggaaagagatgtcccagttcatcgtgcagtgcctgaatccctaccggaaacccgac
tgcaaggtgggccggatcaccaccaccgaggacttcaaacacctggcacgcaagctgacc
cacggagtgatgaacaaggagctcaagtactgcaagaaccccgaggacctggagtgcaac
gagaacgtcaaacacaaaaccaaggaatacatcaagaagtacatgcagaaattcgggatc
ctctacaagcccaaagaggacacggagctggaatag

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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 (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (65)   

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