KEGG T01079: CpipJ

Culex quinquefasciatus (southern house mosquito): CpipJ_CPIJ005876

Entry

CpipJ_CPIJ005876 CDS T01079

Definition

huntingtin interacting protein

Orthology

K11423

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

Organism

cqu Culex quinquefasciatus (southern house mosquito)

Pathway

cqu00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:cqu00310]

SSDB

Motif

Pfam:

SET WW

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

AA seq 2379 aa
MVRNTRTSIALKNASAATEEETPPPPPSTSTSQEAGDDEEVVERGSPRELMASGNEIDLP
ASLAASLSPSVLLQKLPVESGGRSSTGGGGARKGPRKKTQAAAPTRATRSRGKSSPVDDV
EKEDSSDAGMVEVIEILDDESQSGKSVEIVSVNLEDELPCSLIVKGPGPSKTGSTSKKGE
CIVEAMDCDIDDTITIVDSKEELAEENTFYVVVDKTDSVELVQPSTSSKKPEEEPPVEQD
DKPEPPTRKSKRQVKLTNKYRDFVVDAPLPSSQVPYSDVKLARGNGGGRKSHVKEVEQVS
ICEDSSIGDQDSVSVVDDLGPDSPTLTIRPPMRTYSSGKKDKSATKYRRKSIKPGPKEVR
TRKKADWSEQLEADETIELPGPDDMSDSTLTLHFDSSHFTDDEVIKYASPSPTEFYGWPD
DEFDAAAAGPSTSTLSTISGFASDPCIFAELPAQLDEPIAEVQEPKVIKPVPKRRGRPPK
SEQASPAISVAEEPARPAGSTFIKRSYKTTKPSPVALTPVTTVSPTDAATPVKTSTDLKP
EVEQPEEPQEPPAPALAEDVDTAVKIVEPTDVVVLQADEIINIPRRRRRIRGGRRPTPAD
GPPRRGRSRPDSSLDLDEDSPEESKSAEVVDIEQVEEIPAKEVVLEVIMSEEPAIVPEEP
KIDTVVVQPPQEEVTAEIKKPEEPTAPSPKKTKPKSDSKRDSSAENRPHGSKSSKQRSRS
TSVAERPKKEPELAKPPAEMPPKSPEDVIILDLKEIILPEEAPADATPTAAKEEKKVSKE
DETKTPKKAEKSQKESHRDSSSKSHKKSKEPRERSKDSARKDRDHSKPSSKDREKDKKRS
SDGGKREKAPEEKKANSRRSTVEVDRKPVEKKPAEPEKKEKPATPVPEKPKLPEKPKKCF
DMELQALEPIKKHRSADDSKRSKEKSLDKQRQRVEKRVEVPKKKLTELKQSKDAKPEKSR
STDTSPVPSKHHGSSSSKKDASSQHRKRRKSVAGALLEDKAKDEPKRESLLEGVAPQDAD
KPEVKEEKLAEGEVKQEPEHPDAPRVATKASRKMYQNVEELQIVASSIESVPSENKVKPE
VKPEDAQVQQIADEFDSSVQISGPRPEVALKAFENITLAEVEPKQEEEPAPPAQTISPPS
QELSNEDSNSNSTMDSLKEQQKVDLDDSSIRRSSRIKTISSQKQRTSGHGLVKDRDRFLK
KTTISVGIESKVLKDALTGNFNVVSTGDGEGECDVNVTNIELSDEYLRDMEEKLSRFETI
RENMYHCDKVISKEAKKMMCDCFLTEEEKDRGELGCGEDCLNKLLMIECGSRCVVGERCT
NKRFQKLEYANTQVFRTEKKGFGIQASTEIAPGEFIMEYVGEVLNSEQFDERAELYSKEK
NKHYYFMALRSDAIIDATTKGNISRFINHSCDANAETQKWTVNGELRIGFFSTKYILPGE
EVTFDYQFQRYGRKAQKCYCEADNCTGWIGGDPGSDGESEYEEEDVEESEEEAETVTPAI
PVSVPEEPAKVDVEKAVVASGDVDDEAKKPTVEGEPEKQPIADIPTADDKLVKPKPKKVR
KRIERPIKRRLQIHDPDLEKEINNLLKTGLKNQAQTLKLCRLMVRAKDIKSRSRLLTLLQ
SGELPCRRLFLDYHGLRLLYGWICESTESIEDLKFRIQILDTLDHLPIPNKTMLKDSKIL
QTIEKWAKIEKIKEKEKEKPVEKEKETSSTSSPSDSNGGGSDSNTSSDKKQEVVGSAEVL
KNMPELLKLADLGKLKEIISSACTEKDAEKEKPTTEVIPSAVALMDSIAIPEPEDENAPE
EKRLGTQIRILCCKLLISWINLKEVFRIPKKERIEQMKEHEREADLRYKALGLGDDEDAS
QRQHSSSRFLQDRSVDRSRELKRRKSMDDRELLNFHKRNRSLSTAIAMPKMDNLSKQQRR
HLFEMKVAHEEAERRNKEMWMQHENNCMKFGLNPHMTAPHDVPAKMNPATGEYFSADDRL
LPTPPSHMYFKVLPPPMPTNPDDYELPPMDLPPLWKFAIDERGRLYYYHVKLRVPQWEPP
KKVNPNRTGQGLRDEDISMSSDSSTTDTEDSEEEYLNVQLEGLLKKKKKQQSCFNLDDVL
AKPDDMNDDLSKTIKNLEAGDSSPQASSSGEKLLSESLEKTAEELMQHRKRKHSNKLVQE
RVISPRTEEDKLYGQMEMKRYKETKEKLRRRKEEAKRMRARSMLDKSLDSPFSSSFASTS
ASAAEVDDTDLMVSHKIVEDKCIVDELDVLTKKKKISPYEEWQKVKQRLGKKRAAKLAEA
GGGGSDGSGASSSFRSSPSGGAGSSSSSKIGKRKKLDLNSEEAKKIKEKFRGEIAGVIVQ
NLGAYRKDTCQNGRITNTEDFKHLARKVSVFCSSRISFF

NT seq 7140 nt +upstreamnt +downstreamnt
atggttcgtaatacgcgtacttcgatcgcgttgaaaaacgcctctgcggcgaccgaggag
gagactccgccaccaccaccgtcaacatcaacatcgcaggaggccggtgatgacgaagag
gtggtggagcgcggatccccgcgagagctgatggcttcggggaatgaaattgacctgcca
gcttcgctggcggcaagtttgagtccgtcggttctgctgcagaaactgccggtggagtcg
ggcggccggagttcgactgggggtgggggtgcccgcaagggaccccggaagaagacgcaa
gcggccgctccgactcgggctacgcgaagcagggggaaatcctccccggttgatgatgtg
gagaaggaggactcgagtgatgcaggcatggtggaggtgattgaaattttggacgatgaa
tcccagagtggcaaatccgttgagatagtttcggtgaatttggaagacgaacttccctgt
tcgctgatcgttaaagggcccggcccctcgaaaacgggctcaacgtcgaaaaagggcgaa
tgtattgttgaagcgatggattgcgatatcgatgatacgataacaatcgtagactcgaag
gaggaattggccgaagagaatacattttacgtggtcgtggataaaacggacagtgtggaa
ctggtgcagccatcgaccagcagcaagaagcccgaggaggaaccaccggttgagcaggat
gacaaaccggagcctccgacgcggaaatcgaaacggcaggttaagctgaccaacaaatac
cgcgatttcgtggtagatgctccgctgccctcctcccaggtgccgtattccgatgtaaag
ctggcccgtggaaatggaggtggtcgcaagtctcacgtcaaagaggtggaacaggtctcg
atttgcgaagattcttccatcggtgaccaggactcggtcagtgttgtggacgatttgggt
ccagattcgccaacgttgactattcgaccaccaatgcggacttacagcagtggcaagaag
gataaatccgcgaccaagtacaggagaaaaagtattaaaccgggcccgaaggaggttcgt
acccgtaaaaaagccgactggtcagagcagctggaagcagacgaaacgatagagttgcca
ggaccggatgatatgagcgattctacgctaaccctgcacttcgacagcagccactttacg
gacgatgaagtcatcaagtacgcttctccgtcgccaaccgagttttacggctggccagat
gatgaatttgacgcagcggcagctggaccatcaacctctacgttgtcaaccatttccggc
tttgcctccgatccttgcatattcgctgaactaccagctcaactcgatgaaccgattgca
gaagttcaagagccaaaagtcattaaaccagttcctaagcgccgtggaagaccgcccaag
tcggagcaagcgagtccggcgatatcagtcgccgaagagcccgcgcgacctgcaggatct
accttcatcaaacgatcgtacaaaacaacaaagccaagtccggttgcgctgactccagtc
accaccgtttctcccacggatgcggccacacccgtcaagacgtcaacagatctcaaaccg
gaagtggagcaaccggaagaaccccaagaaccacccgcaccggcgctcgcggaagacgtg
gacactgccgttaaaatagtcgaaccgaccgatgtcgtggtgctccaagccgacgaaata
atcaacattccgcggcgtaggcgtcgaatccgtggcggaagacgcccaaccccggccgat
ggaccaccgcgccgaggacgaagccggcccgactcttcgctagatctcgacgaagattcg
cccgaggaatcgaaatcggccgaagtggtcgatattgagcaggtggaagaaattcccgcc
aaagaagttgttcttgaagttattatgtctgaagaaccagcgattgttccggaggaaccc
aaaatcgacacagtcgttgttcagcctccccaagaagaagtcactgccgagattaagaaa
ccggaagaaccaaccgcaccctcaccgaagaagaccaaacccaaatcggactccaagcgc
gattcttcggcggaaaatcgacctcacggatccaagtcgtccaaacagcgctcccggtcc
acgtcggttgccgagcggcccaaaaaggaaccggagctagccaaaccaccggcggagatg
cctcccaaatccccggaagacgttattattttggatttgaaggaaatcattctgccagag
gaagctccggcggacgccactccaactgccgccaaggaagagaaaaaagtcagcaaagaa
gacgaaaccaaaactcctaaaaaggcggaaaagtcgcaaaaggagtcccatcgggacagt
tcctccaagagtcacaaaaagtccaaggaacctcgggagcgatccaaagattcggcgcgc
aaagatcgtgaccactccaaaccgtccagcaaagatcgcgaaaaggacaaaaagcgatcg
tcggacgggggcaagcgcgaaaaggctcccgaggaaaagaaggccaacagtcgcaggtca
accgtcgaagtggacagaaagccagtcgagaagaaaccggcggagccggaaaagaaggaa
aagcctgccacgcccgttccggagaaacccaagctgcccgagaagccgaagaaatgtttc
gacatggaactgcaagcgctggagccgatcaagaagcaccgctcggcggacgactcgaaa
cgctccaaggaaaagtcgctggacaagcagagacaacgcgttgagaaaagggttgaggtt
cccaagaagaagctgacggagcttaaacagagcaaagatgcgaagccggaaaagagtcgc
tcaacggacacgtcgccggttccgtcgaaacatcacggttcgtccagctcgaaaaaggat
gcttcctcgcagcatcgaaagcgaagaaagagtgtcgccggagcgttgcttgaagacaag
gcgaaggacgagccgaagcgggaaagcctcctggaaggtgtggctccccaggacgcggac
aaacctgaggtgaaagaggaaaagctcgccgaaggcgaggtcaagcaggaaccggaacac
ccggatgcaccgcgcgttgccacgaaagcgtcgcgaaagatgtaccagaacgtcgaggaa
ttgcagatcgtggcttcgtcgatcgagtccgttccgtccgagaacaaggttaagcctgag
gtcaaaccggaggacgcgcaagtgcagcaaattgcggacgagtttgacagcagcgtgcag
atttccggtcctcggccggaagtggcactgaaggcgttcgagaacattacgctagcggag
gtggaaccgaagcaggaggaggaaccggcaccaccagcgcaaacaatttccccaccctcg
caggaactgtccaacgaagattccaactcgaactcgaccatggacagcttgaaggagcag
cagaaggtcgatctggacgatagctcgattcggcgttcgtcgcgcatcaaaacgataagc
tcgcagaagcagcgaacgagcgggcatgggttggtcaaggaccgggaccggtttctgaag
aagacgaccatttcggtgggtattgagtcgaaggtgctgaaggatgcgctgacgggcaat
ttcaacgtggtctcgacgggcgatggagagggcgagtgcgatgtgaacgtgaccaacatt
gagctgtcggacgagtatctgcgggacatggaggagaagctgagccggttcgagacgatt
cgggagaatatgtatcactgtgataaggtgattagtaaggaggcgaagaagatgatgtgc
gattgcttcctgacggaagaggaaaaggatcgcggggagttgggatgtggcgaggactgt
ctcaacaagctgctgatgatcgagtgcgggtcgcgttgcgttgttggagagagatgtacg
aacaaacgtttccagaagctggagtacgcgaatacccaggtgtttcgaacggaaaagaag
ggctttggtattcaggccagcacggagatcgctccgggtgagttcataatggagtatgtg
ggggaggtgctgaacagcgaacagtttgacgaacgggccgaactgtactccaaggagaag
aacaagcactactactttatggcgttgcgaagcgatgcgatcatcgacgccaccaccaaa
ggaaacatctcgcggttcatcaaccactcgtgcgacgcaaacgccgagactcagaagtgg
accgtcaacggtgagctacgcatcggattcttcagcaccaagtacattctccccggagag
gaagtcacgtttgactatcagtttcaacggtacggccggaaggcacaaaagtgttactgc
gaggcggacaattgtaccggttggatcggaggcgatccgggcagcgatggagagtccgag
tacgaggaagaggacgtcgaagaaagtgaggaagaagcggaaacggtcactccggcgatc
cccgtatctgtgcccgaagaacccgccaaggtggacgttgagaaggctgtggtcgctagc
ggggacgtggacgacgaagcgaagaaacccacggttgaaggagaaccagagaagcagcca
atcgcggacattcccaccgctgatgataaactggtgaaaccaaagcccaagaaggttcgc
aagcgcatcgaacgtccgatcaagcgacgcctgcaaatccacgatcccgacctggagaag
gaaatcaacaacctgctcaagacgggtctgaagaaccaagcgcaaacgctgaagctctgt
cgactgatggtacgcgccaaggacatcaagtcccgcagccggctgctcacgctgttgcaa
agtggcgaactgccgtgtcggcgtctcttcctggactaccacgggttgcgcttgctgtac
ggttggatctgcgagtctaccgagtccattgaggatctcaagttccgcatccaaatcctg
gatacgctggaccatctgcccatcccgaacaaaactatgctaaaggacagcaagattctg
caaacgatcgaaaagtgggccaaaatcgagaagatcaaggagaaggagaaggaaaagcca
gtcgaaaaggagaaggaaacttccagcaccagctcgccgagtgacagtaacggcggtggc
agcgacagcaacaccagttccgacaagaaacaggaagtcgttggcagtgcagaggtgctg
aagaatatgccggagctgctgaaactggccgatcttggaaaactcaaggaaatcatcagc
agtgcgtgcacggagaaggacgccgaaaaggagaaacccacgacagaggtgattccatcg
gcagtcgctttgatggactcgattgcgattccggaaccggaagatgaaaacgcaccggag
gagaaacgactgggcacgcagattcgaatcctgtgctgcaaactgctcatcagctggatc
aatctcaaggaagtgttccgtatcccgaagaaggagcgcatcgaacagatgaaggaacac
gagcgtgaggccgatcttcgttacaaagcactcgggctgggtgatgacgaagacgcgtcc
cagcggcagcactcttcgagtcgcttcctccaggatcgttcggtggaccgatcacgtgag
ctgaaacgccgcaagtcgatggacgatcgcgaactgctgaacttccacaaacgaaatcga
tccctctccacagccatcgcgatgcccaaaatggacaacctgtcgaagcagcagcgtcgg
catctgttcgagatgaaggtcgcccacgaggaagccgaacggcggaacaaggaaatgtgg
atgcagcacgaaaacaactgcatgaagtttgggctgaacccccacatgaccgcaccccat
gacgttccggccaagatgaatcccgccacgggcgagtacttctccgcggacgatcgactc
ctgccaacaccgcccagtcacatgtacttcaaagtgttgcccccgcccatgcccaccaat
ccggacgactacgagctgcctccgatggacctgccgccgctgtggaagtttgccatcgac
gaacgcggccggttgtactattatcacgtgaagctacgcgtgccccagtgggaacccccg
aagaaggtcaaccccaaccgaacgggccaaggactgcgcgacgaggatatctcgatgagt
tcggactcgagcacaaccgacaccgaggactccgaggaggagtacctgaacgtgcagctc
gaggggctgctgaagaaaaagaaaaagcaacaatcctgcttcaatctggacgacgtgctg
gccaagccggacgacatgaacgatgacctgtcgaaaacgatcaagaacctggaggcgggc
gattcgtccccgcaggccagcagcagcggcgagaagctgctgtcggagtcgctcgaaaag
acggccgaagagctgatgcagcaccgcaagcgcaaacacagcaacaaactggtccaggag
cgggtcatcagcccccgcacggaggaggacaagctgtacggccagatggagatgaagcgc
tacaaggaaaccaaagaaaagctccgccgacgcaaggaagaggccaaacggatgcgggcg
cgcagcatgctggacaagtcgctggacagtccgttcagcagctcgtttgcttcgacctcg
gcgagtgcggccgaagtggacgacacagatctgatggtgtcgcacaagatcgtcgaggac
aagtgcatcgttgacgagttggacgtgctgacgaagaagaagaaaatctccccgtacgag
gagtggcaaaaggtcaagcaacggctgggcaagaagcgcgccgcgaagctggccgaggca
ggtggtggtggcagcgatggaagtggcgcgtcgagttcgttccggtcaagcccgtccggt
ggcgcgggcagcagcagttcgtccaagattggaaaacggaaaaagttggacctgaacagc
gaagaggcgaagaagatcaaggaaaagttccgcggcgaaattgccggggttattgtgcaa
aatttgggggcgtaccgcaaggacacctgccaaaacggtcgcatcaccaacacggaagac
tttaagcatttagccagaaaggtgagtgtgttttgctcctcacgcatttcgttcttctga

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
   VECTORBASE-CQU (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (22)   

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