KEGG T01046: 662406

Tribolium castaneum (red flour beetle): 662406

Entry

662406 CDS T01046

Definition

AGAP011688-PA-like

Orthology

K11423

histone-lysine N-methyltransferase SETD2 [EC:2.1.1.43]

Organism

tca Tribolium castaneum (red flour beetle)

Pathway

tca00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:tca00310]

SSDB

Motif

Pfam:

SET SRI WW

Other DBs

NCBI-GI:

189237403

NCBI-GeneID:

662406

UniProt:

D6WL79

Position

LG5

AA seq 1569 aa
MAPKKKRGGQNRVTFAPSKMSTRSGKKTATSPKTSKAKVPKMPKLATKATAKKGKAVPKA
KKAAPKKTKIEVTSTDSEPLEMESEIDSKNNDEDLQPEPIEQVFLKMDDNFMETTEPEGE
ETETCEIREQLESLNVEEAHEPKPGNEEVNEHSSEESVVEEVIEIDGCGEYEYITEEFVP
VVENAEVIIIDDEVEANNQVQEKPEQIISSEEKIQEMKLDETPQEEAKVDETKIVETPEQ
TKVEDKPAEETEIEDKLKEIEIETKLKKTVIEDKLEETKVEDKPEETKIDDKPEETKIDD
KPEETKEQPMETVTEEAPEPEPENKTVPEEVKKVEEPKKRPDAPKTKKKVPKPKEPKKNP
PKKKAAKPKPKKEPTDKTEEVRRSSRIKSINVLKQRSKGHGLVKSAKLPPDENKESATTQ
SSEEKSESATSLPATEADNKPVKVKSRWRRSSELEMNVLTPAAIVMETCGDSEKIAEANN
LENKTKPTHDEEVTTRLKQFVHLKENLYLTDRMSCKEAKKMTCDCFLTPEEIERGELGCG
EDCLNRLLMIECGGLCPVGDRCTNKKFQKSQFAPVEVFKTEKKGLGLRAAANIPYGEFIL
EYVGEVLDPEEFDNRADDYSNDKNKHYYFMSLRADAIIDATMKGNISRFINHSCDPNAET
QKWTVNGELRIGFFSTRTILAGEEITFDYRFQRYGKEAQKCYCESSLCRGWLGEEPDDED
DEDEEDEEEEEAEETKDKVEEDKPEAEKIDSEAKETKSVEKVQKPPVKEKKKRSPRKKPR
KELLEDLDQLDDEIDMLVTTGLKNQAHTLKLSRLMVRAKEPGQRAKLLRVLRRGELPCRR
LFLDYHGLRLMHGYMTDAQDLAKTDKKYESLRLEMLQTLATLPIPNKTMLQDSKVLPTVE
IWSSGKVNELPVDSDSSSPQTDQEPSQTPKEDDKKKEENVKEEEEVKDVKMDEDVEIRKS
RGMEFQGSSENVGFTNTHGKELADEISSIFQEEDNTSSPTPPETKIVKPEVKSDEPNYQE
EITALALKLLEEWSNLKEVFKIPKKERIEQMKEHEREANRGYIAGLGLEQDAEKKNESRY
RILKRYRSIDKVDNSARKNIKLEDRTIANFPKLGKYERRKMFALQVEQREEERRRKQREM
WRQHEQHCILLGTDPRLTAPFDPNRGYQCIWNPQIGQWQNYPIQNPNVIFNPQNPPVVSG
MNNPNYPYLHPPGMIPNNVNPLHALPSLPYQEEVTKEEDYSQVKFMGPIPPPVKLPPKWK
CAKDKYGRPYYYHIKIRKSQWEPPPFSQPQEEDLDDTSETSSSSDTSSLSSDTTSDESDS
DDDLDDSKLLMQVKRQMEKQVKIALPAPVKTEEDEASPVVEDKEEETKLETQVCEENSEE
TPQVEENNDEKAQPGAKKRRTGLVQEIIISPRTEEDRLQFKEDLKRYKLNKEKLKREKEM
IVQQTKKHAKEKRKSTIKLKMREMSDSNSETAKKVKEVFRSNMATVVVSVLNAYRKPDCK
EGRITNTDDFKHLARKLTHFVMLKEMKHIEKIDDLVCTENVKAKAKEYIRKYMSKFGENY
QKRNDEPDY

NT seq 4710 nt +upstreamnt +downstreamnt
atggcaccgaagaagaagcgtggggggcaaaaccgagtcacttttgcaccgagtaaaatg
tcaacaaggtctggtaaaaagaccgctacaagtccaaaaaccagcaaagcaaaagtgccg
aaaatgcccaaattggccacgaaggcgacagctaagaagggaaaagcggtccctaaagcc
aaaaaagctgcaccgaaaaaaaccaaaattgaggttacgtcaacagactctgagccactc
gaaatggagtcggaaattgatagcaaaaacaacgatgaggatttacaaccagaacccatc
gagcaggttttcctcaaaatggatgataatttcatggaaacgactgaaccagaaggtgaa
gaaactgagacttgtgaaattagagaacagctcgaaagtctcaatgtggaggaggcccac
gaacccaaaccagggaatgaggaggtgaatgagcatagtagtgaagaaagtgtggttgaa
gaagtaatagagattgatgggtgtggagaatatgagtacatcaccgaggaattcgtccca
gttgtggaaaacgccgaagtgataattatagacgatgaagtggaggcaaataatcaagtg
caagaaaagccggaacaaataataagttccgaggaaaaaattcaagaaatgaagcttgac
gaaacaccgcaagaagaggctaaagttgacgaaacaaaaattgtggagacacctgaacaa
acaaaagtagaggataaaccagccgaagaaacagagattgaagataaacttaaagaaatc
gagattgagaccaaactgaaaaaaaccgtgattgaggataaacttgaggaaacaaaggtt
gaggataaacctgaagaaaccaaaatagacgataagcctgaagaaaccaagatagacgat
aaacctgaagaaacgaaagaacaaccaatggaaactgtaacagaggaggcacctgaacct
gaacccgaaaataaaacagttccagaggaagttaagaaagttgaagagcccaaaaaacgc
cctgacgcccccaaaacgaagaagaaggtccctaagcccaaagaacccaagaagaaccct
ccaaaaaagaaagccgcgaagcccaaaccgaaaaaagaacccaccgataaaacagaagaa
gtgaggcgttcgagtcggatcaagtcaattaatgtcctaaagcagcgctcaaaaggccac
ggtttagtaaaatcagccaaactcccccctgacgaaaacaaagaatcagcaactacccag
tcaagtgaagaaaagtccgaatcggccacttcactcccagccaccgaagccgacaacaaa
ccagtcaaagtcaaatctcgatggaggagatcgagcgaattagaaatgaacgttcttaca
ccggctgcgattgtgatggagacttgcggagacagtgaaaaaattgcagaagccaataat
ttggaaaataaaacgaaaccaactcacgacgaagaagtcaccacgcgattgaaacagttt
gtacatttgaaggaaaatctctatttgactgatcgcatgagctgcaaggaggcgaagaaa
atgacctgtgattgcttcctgacgccggaggagattgaaaggggggaattgggctgtggg
gaagattgcttaaatcgcttactaatgatagaatgtgggggtttatgcccagttggagac
agatgtaccaataaaaaattccaaaaatcgcagtttgccccagttgaggtttttaaaacc
gagaagaagggactggggttgagagctgcagccaacattccttatggtgaatttattctg
gaatatgtcggcgaagtattggaccctgaagagtttgataaccgtgccgacgactattca
aacgataaaaacaaacattactacttcatgtcgttacgagccgatgcgataatagacgca
acaatgaaaggaaatatctcacgttttattaaccattcctgtgacccaaacgctgaaact
caaaaatggactgttaatggcgagttacgtatcggttttttcagcacacgtacgatctta
gcgggtgaagaaatcacctttgattaccgatttcaacgttatggaaaagaggcgcaaaag
tgttactgcgagtcgtcgctttgtcgcggttggctgggtgaagaaccggacgatgaagac
gacgaagacgaggaggacgaagaagaggaagaagctgaggaaactaaagacaaagtcgag
gaagataaaccagaagctgagaaaatcgacagtgaagcaaaagaaaccaagagtgttgaa
aaagtgcaaaaacctccagtgaaagagaagaagaagagatcgccacggaagaaaccgaga
aaagaattgttggaggacctagatcaactggacgacgaaatagacatgttggtgaccaca
gggttgaagaatcaagctcacactttaaaactgagcagattgatggtcagagccaaggag
cccggccaacgggcgaagctattgagagtcttaagaaggggcgaattaccatgcagacga
cttttcttggactatcatgggttgagactcatgcatggctacatgaccgacgcccaagac
ctggcaaagactgacaaaaaatacgaatcactcagattggagatgttacaaacgttagca
acgctgccaatccccaacaaaacgatgctgcaagacagtaaagtgttaccaactgttgaa
atatggtcctctggtaaagttaacgagttgccggtggattctgatagttcttcgcctcaa
accgatcaggagccaagtcaaacacccaaagaagatgataagaaaaaagaggaaaatgtg
aaggaggaagaagaagtgaaagatgttaaaatggatgaggatgtggaaatacgcaagtcc
agaggaatggaattccagggtagctcggaaaatgtgggttttacgaacacacatgggaag
gaattagccgacgaaatttcgagcattttccaagaagaagacaatacttcgtcacccaca
ccaccggagaccaaaatcgtgaaacccgaggtgaaatctgacgagcctaattaccaggag
gagatcacagctttggccttaaaactgttggaagagtggtccaacttgaaggaagtcttc
aaaattcccaaaaaagaacgaatcgaacaaatgaaagagcacgaacgtgaggccaaccgt
ggctacatcgccggtttggggttggaacaagacgccgaaaagaaaaacgaaagtcgctat
cggattttaaaacggtacagatccattgataaagtcgataacagcgcgcgaaaaaacatc
aaactggaagaccggacgatagccaacttccccaaattgggcaaatacgagcggaggaaa
atgtttgcgttgcaagtggagcaaagggaggaggagaggcggcgaaaacagagggagatg
tggaggcagcatgagcaacactgtattctcctcgggacggatccccgcctgacagcccca
tttgaccccaacagggggtaccagtgcatatggaacccccaaatcgggcaatggcaaaac
taccccatccaaaatcccaatgttattttcaacccccaaaatccacccgttgtctcaggg
atgaacaacccgaattatccctacttgcaccctccgggaatgatcccgaacaacgtgaac
ccgctgcacgcactacccagtcttccataccaggaggaagtgaccaaagaggaggactac
tcacaagttaagttcatgggacccattccgcccccagtcaaactaccaccgaaatggaaa
tgtgccaaagacaagtacggacggccttattattaccacatcaagatcaggaaaagtcag
tgggaaccgccaccgttttcgcaaccacaggaggaagacttggatgacacgagcgaaacg
tcttcaagctctgacacgagtagcttgagctcggacacgacctcggacgagtcagacagt
gacgatgatttggacgactccaaactgttgatgcaggtgaaaagacagatggaaaaacaa
gtaaaaattgcattacccgcccctgttaaaaccgaagaagatgaagctagtcccgtggtc
gaggacaaggaagaagagactaaacttgaaactcaagtttgtgaggaaaatagcgaagaa
acacctcaggttgaggaaaacaatgacgagaaagcgcaaccaggggctaagaagcgacga
actggactggtccaggaaattatcattagtccgaggactgaagaggaccgattgcaattc
aaggaagacttgaagcgttacaaactaaataaagaaaagttgaagcgggagaaggaaatg
atcgtccagcaaacaaaaaaacacgcgaaggagaagcgcaaaagtactattaaattgaaa
atgagggaaatgagtgattccaacagcgaaactgccaagaaagttaaggaggttttccgt
tcgaatatggcgactgttgtcgtcagtgttcttaacgcgtatagaaagccggattgtaaa
gaagggagaattacgaatacagatgattttaagcatttagctagaaaattgactcacttt
gttatgttgaaagaaatgaaacatattgagaagattgatgatttagtctgcactgaaaac
gtgaaagcgaaagctaaggaatacatccgcaaatatatgagtaagttcggagaaaattat
cagaagcgaaatgatgagcccgattattaa

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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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