KEGG T01036: AgaP

Anopheles gambiae (mosquito): AgaP_AGAP006652

Entry

AgaP_AGAP006652 CDS T01036

Definition

(RefSeq) AGAP006652-PA

K11841

ubiquitin carboxyl-terminal hydrolase 10 [EC:3.4.19.12]

Organism

aga Anopheles gambiae (mosquito)

Brite

Enzymes [BR:aga01000]
3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     AgaP_AGAP006652
Peptidases [BR:aga01002]
Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   AgaP_AGAP006652
Ubiquitin system [BR:aga04121]
Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    AgaP_AGAP006652

SSDB

Motif

Pfam:

UCH UCH_1

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

VectorBase:

UniProt:

Position

AA seq 2169 aa
MKRTEDETVRGPGSTYQFLDLTDAGQTDAAALMGILYPPSSGSANTAPPPPPQHPPPGAM
GSSRKEELEHQSPPRKDSFPVRMFAPRLATPLPHQNGLNPNARAFDPVPVVILPRSTAMM
GIGGGGVGSSSKSRSPGKEFAEQLEAAASPLVIASDSAGGGAVVVPPHGGGMVLVPVRKH
SLVPIASRPLALPDQPQHPQHPQQQQQPVPPSVLLPTAGNVGFMVRPSLLPGGGGGPPPL
RPVPPPIVSATATSSAPPLPTFVNEGNSSAVVVDTEQVPASGEQWIGFAIQPTATSVAAA
GGAGGEVGGGEVIARTAVATAVTMPPHTNNPHHLQQQQQQQQQQQQQLGSAANNNQQQQQ
TGGQQHQQPGPPQSQPHNVGGRGGGGGAGGSAGSVAAGADGVGRNADRDNGNQQMQQQAV
SVANQHQQQMMQQVYAQIPASAYMQPTPHGMYPVQVLPPTAGPVPNNVFVSNLTANVSVH
GYPAISPYLATATPPGAYMPADVGAGPEMQLMPPAPVTMSGRGTMRRGGRNNRGGNNSRS
RGGYVPHYVQQHQQQSYHHQQQQQHQQSYHQALQHQQQQQQQQGVMQPLSHHQAGQQAAL
QHQVQQQQQQQQQQQQQQQAQQGQGGGGAGQQQTPPTAGSGGGQQGQQQQQQHPPPQHTP
ELMHIEAPPMMGGAGAQYGNLHGGFYVIPSMAQHASGAPLFMPAPHMPMYYNPAIHAYQN
LIYPPYIPSEYQMYDDGKGDDGGGPHGGQGGGHDDPGVHPGAAMWPQPPPIALDYHPETV
EYLPVHEDDGAAGGMLPPGPPPQAIPPPAMGHHVLDPNVPGFTMQMAAAPIATMQPPPEE
YIMQQQPPPAPQQQQQQQPHAGAAGSQTQGEDYNGNGGIPVSSNSNTTMHSPVVATGQHN
VVVPGVPPPEDMMGTGGYVHGGAAPQQPMVPAPAEAQQQHGQTMDGAGAQPPMNNNFIVE
PQYIQAHPLPPHHMPVQQQQQVPPEQHYQHIPPPQRAAVNVTEPPPSTNNQPFQMAQQTP
VAAAGVVANNLLDANGNDTNNNNSANRKSDIITSPKLVDAVVMTHPSPLPSTVNVATATP
SHHQQNEQTAAVVQGGMMDGNAGRKQSNSSDVPNQGFLPPQQQQHQQQPPMLGYAAAVAS
QAPPPRGRAEQQQQPDSVKATQDRMEKLTLKEQEHRRTTTTAAPAAAGTVVGGGASQRTS
GAQPVAGQSNAGSGWVNNSGGAGPKKGTASVSVSAIPNKEFPGSVIGHQHKNTSPVPFST
LVGTTATAPPSTVMGSASGKQPHAVAAPAAGPKSFPDHGQRSSGVANSGQSTYASGANSS
MSGGPTAVVTPQMESKKVEAIPQRTVATTAAAAAAAVTGPAPTAPVGGAVVDTPKQHHQD
VVNVPRPAASSISSSTNINTVKSATKAPVIINHPLNIPPPDHPLNIPPPIIVPPPQIPPG
GAPPQPNKTWASLFQTSSSSSSSSSSSAAVASSASSSAALSVSASAVTATSATAVSSVPP
SAALSTASASGPAAGQSGVASIGTTVATAPHHHATAPVTSTGINFAPPTANRGPAMAAST
APPTAAVGNTPSSIDSSSSSTGAKKPVAKVQPYDRNHQTPATPAVPMSYSSAAASTPASG
TTGGSTPTSANAARGKGAQQAAATKGAANATAASASTAGDQKDEFSLKFGDFLSGYSIDN
TNISMMPRGLINRSNYCYINTILQALIACPPFYHLMRTIRTLPAAKNSKHPKPFIDAMCA
LANEFSQLPIRSKPQQQQQRGGGDKGKKDDIPEIQVDTPFEPTVIYKMLNGIRSDIFQIE
GRQEDAEEFLGCVLNRLNDEMIEFIKFNKTDQGNLNGEEPTNGEVHGEEDADDWMVICKG
NKGTVTRTTDFGRSPISDIFRGKLRSRVQRDGVPPTYNIQPFFTLPLDIEKAASVKEALE
QLVGRDELEGVTCSKTKQEVAAWQQVTLEELPVVLILHLKCFDYKMDGCTKILKTLDFPI
ELKIDSKLMSSKGKSYSAKQKQYKLFAVVYHDGKEASKGHYITDVYHTGYASWIRYDDSI
VKPVPEYNVLRPRAPRVPYLLYYRRMDTQSHGPNSDRGGEGSTGGGAGSGGGGSGSGRGG
SSHSTGGGGNDRHSAHHHSNDHHGRGSSGGGYGGSSGYGNTHGNSGGNHYGSGGHGQSNH
SGHYGGNSK

NT seq 6510 nt +upstreamnt +downstreamnt
atgaagcgtaccgaggacgagacggtacgcggccccggtagcacctaccagtttctagat
ctcaccgatgccggccagactgatgccgccgcactgatgggcatactgtatcctccatct
tccggatcggccaataccgcaccgccaccaccaccacaacacccaccgcctggtgcgatg
gggtcctcaaggaaggaggagttggagcatcagtcgccacctcgaaaagactcgttccct
gtccggatgtttgctccgagattggcgacgccgctgccacatcagaacgggttgaatccg
aacgcacgtgcgttcgatccagtgccggtcgttattttgcccagatcgacggcaatgatg
ggtattggtggcggaggtgttggcagttcttcaaagtcacgctcacctgggaaagagttt
gccgaacagctggaggcagcagcgtcgcccctcgtcattgcaagtgactcggcgggagga
ggagctgtagtggtaccgccgcacggtggtggaatggtgctcgtaccggtccggaaacac
tccctagttcctattgcgagtcgtccgcttgcgctgccggatcaaccccagcatccgcaa
catccgcagcagcagcagcagccggtgccgccttcggtattgttgcccaccgccggtaat
gttggatttatggtccgaccttcgctgctgccggggggaggaggaggcccgccgccgctt
cgccctgtgccgccaccgatcgtctcggccacagcaacatcctcagcaccaccgctgccg
actttcgtgaacgaaggcaacagtagcgcggtcgtcgtcgacacggagcaggtgcccgcc
agtggagaacagtggatcggttttgcgatccagccgacggccacgagcgtcgccgcagcc
ggtggtgccggaggagaagttggtggtggagaagtcatcgcacggactgccgtagcaact
gcagtgactatgcctccgcacaccaacaacccgcatcaccttcagcagcagcagcagcag
caacaacagcagcagcagcagctaggttcggcagctaacaacaatcaacagcagcagcag
acaggagggcagcagcaccagcagcccggcccgccccagtcccagccacacaatgttggt
ggcagaggcggcggaggcggagcaggaggtagtgcgggcagtgtcgctgccggcgcggac
ggcgtggggcgcaacgccgaccgggacaacggcaatcagcagatgcagcagcaggccgtg
tccgtggcgaaccagcaccagcagcagatgatgcagcaggtctacgcacaaattccggcc
tcggcctacatgcagccgaccccgcacggcatgtacccggtgcaggtgctgccaccgacg
gccggacccgtcccgaacaacgtgttcgtcagcaacctgaccgcgaacgtgagcgtgcac
gggtacccggcgatctcgccgtacctcgcgacggccacgccgcccggtgcgtacatgccg
gcggacgtgggggccgggcccgagatgcagctgatgccgccggcaccggtaacgatgtcg
gggcgcggtacgatgcgccggggcggacggaacaatcgcggcggcaacaattcacgctcg
cggggaggctacgtgccgcattatgtgcagcagcaccagcaacaatcgtaccaccatcag
cagcagcagcagcatcagcaaagctatcaccaagcgctacagcatcagcagcagcagcag
cagcagcagggtgtgatgcagccgctgtcgcaccatcaagcagggcaacaggcggcactg
cagcatcaggttcagcagcagcagcagcagcagcagcaacagcagcagcaacaacaagcc
caacagggtcagggaggtggtggggccggtcagcaacaaactccacccaccgcgggtagt
ggcggaggacagcaagggcagcagcagcagcagcaacatccaccaccgcagcatacgccc
gagctgatgcacattgaggcgccgcccatgatgggtggcgctggcgcacagtacggcaac
ctgcacggtgggttctacgtgattccatcgatggcacagcacgcctccggtgcgccgctg
ttcatgcccgccccgcacatgccgatgtactacaatccggcgatccacgcctaccagaac
ctgatatacccgccgtacatcccgtccgagtatcagatgtacgacgacggcaagggcgac
gacggtggcggaccgcacggtggccagggcgggggccatgacgatccgggtgtgcatccc
ggggccgccatgtggccgcagccgccaccgatcgcgctcgactaccatcccgagacggtc
gagtatctgcccgtgcacgaggacgatggtgcggcgggcggcatgctgccgccggggccg
ccaccgcaagcgattccgccgcccgcgatgggccaccacgtgctcgatcccaacgtgccc
ggctttacgatgcagatggcagcggccccgatcgccacgatgcaaccgccgccggaggag
tacatcatgcagcagcaaccgccaccggcgccgcagcagcagcagcagcagcagccacat
gctggggcagctggatcgcagacccagggcgaggattacaacggcaacggtggcatccca
gtgagctccaactcaaacacaacgatgcactcgccggtcgtggccaccgggcagcacaat
gttgtcgtgccgggtgttccaccgccggaggatatgatgggcacgggcggctacgtgcat
ggcggcgctgccccgcaacagccgatggtgccagcaccggctgaagcgcagcaacagcac
ggacagacgatggacggtgctggagcacagccgccgatgaacaacaatttcatcgtcgag
ccacagtacattcaagcccatcctctgccgccgcatcacatgccagtgcagcagcagcag
caggtgccaccggaacagcactatcagcatataccgccccctcaaagggccgctgtgaat
gtgacagagcctccaccatcaaccaacaatcaacctttccaaatggcccaacaaacaccg
gtagcagcagctggtgtagttgcaaacaatctgctcgacgccaacggcaacgacacgaac
aacaacaacagcgctaatcggaagtccgacatcattacctcaccgaagctggtcgatgcg
gtcgtcatgacgcatccatcgccactgccgtccactgtaaatgttgctaccgcaacacct
tcccatcaccagcagaacgagcagacggcggcggtggtgcagggcgggatgatggatggc
aacgctggcagaaaacaatcgaactcatccgatgtgccaaatcaaggattcctaccgccg
caacagcagcagcatcagcaacagccaccaatgctgggatacgctgcagccgttgcatcg
caggcaccaccgcccagaggtcgtgcggaacagcagcagcagcccgactcggtgaaggcc
acccaggaccggatggagaagctgacgctgaaggaacaggagcacaggcgcacaacgacg
actgcagcaccggcggcggcgggcacggtggttggtggtggagcctcccagcgcacgagt
ggcgctcaaccggtggcaggacaatcgaatgcgggaagcggttgggtgaacaatagtggc
ggggctggaccgaagaagggtaccgcttccgtttccgtatcggctataccgaacaaggag
ttccccggatcggtgatcggtcaccagcacaagaacacatcaccggtgccgttcagcacg
ctagttggaactacggcgacggcaccgccatcaacggtgatgggttcggcttccggaaag
cagccacatgcagtagcagcaccagcagcaggcccgaaatcgttccccgatcatggccag
cgctcatcgggcgtggctaacagtggccagtccacgtatgctagcggagcaaacagcagc
atgagtggcggaccgacagcagtcgtgacgccccagatggaatcgaagaaggtggaagca
attccccagcggacagttgccacgactgcagcagcagcagcagcagcagtgaccggtcca
gcaccgacggcgccggtcggaggagcggtggtggacacgccgaagcaacaccaccaagat
gtggtaaatgtacccaggcccgccgcttcctccatctcctcctctactaacattaatacg
gtaaagtccgcgaccaaagcgccggttatcattaaccacccacttaacataccgccaccc
gatcatccattaaacattccaccacccatcattgtgcccccgccacagataccacccggt
ggagcgccaccgcaaccgaacaaaacctgggcgagcctgttccaaacgtcctcctcctcg
tcatcgtcgtcgtcgtcgtctgcagcggtggcgtcgtccgcgtcttcgtccgccgcatta
tcggtttcagcgtcggcagtcacagcgacgtccgcaacggcagtcagctctgtaccacct
tccgccgcactctccacggctagcgccagcggaccggcagctggccaaagtggtgttgca
tcgatcggaactaccgtcgctactgcaccgcaccatcatgctactgcaccagtcacgtca
acgggtataaattttgcgccacccactgctaaccgcggaccggcaatggctgctagtact
gcaccgccgaccgccgctgtaggaaacactccgtccagcatcgactcctcctcatcgtcc
accggtgcaaaaaaaccggtcgcaaaggtgcagccgtacgatagaaaccatcagacgccc
gcgacgccagctgtgcccatgtcatattcatctgctgcggcatccactcctgccagcggc
actacgggcggctccacaccaacgtcggcaaacgctgccaggggtaagggagcacagcag
gctgctgccacgaagggggcagcgaacgcaacagctgcatccgcttcgaccgccggcgac
cagaaggatgaattttcattgaaattcggagatttccttagcggatatagcattgataac
accaacatcagcatgatgccacgcggtctgatcaatcggtctaactattgttacatcaat
accatactgcaggcgctgatagcatgcccaccgttttaccatctgatgcgcacaattcgc
acccttccggcggcgaaaaattctaaacatccgaaaccgttcatcgatgccatgtgcgca
ctggcgaacgagttctcgcagcttccgatacggtcaaaaccgcagcagcagcagcagcgc
ggtggtggcgataagggtaagaaggacgacataccggaaatacaggtcgacacgccgttc
gaaccgaccgtcatctacaagatgctgaatggcatccggtcggacatattccagatcgag
ggacggcaggaagacgccgaagagtttcttggatgcgtgttgaatcgtctaaacgatgag
atgattgagttcataaaattcaacaaaactgatcaaggcaacttgaatggcgaggaaccg
actaacggtgaagtccatggtgaggaggacgcagacgattggatggttatctgcaagggc
aacaagggcacggtaacgcgtacgaccgatttcggacgttcaccgatcagcgacatcttc
cgaggcaaactacgatctcgtgtgcaacgtgacggtgttcctccgacctacaacatacag
ccgttcttcacgcttccccttgatatagagaaagcggcttctgtgaaagaggcactagaa
cagttggttggtcgggacgaactggagggtgtgacctgttcgaaaacgaagcaggaggta
gcggcctggcagcaagtaacgctggaggaactgcctgtcgtacttatactgcatctgaag
tgcttcgactataaaatggatggctgtacgaagattctgaaaaccttggacttcccgatt
gaattgaagatcgattcgaaattgatgtcctcgaagggtaagagctactcagccaagcag
aagcagtacaagctgtttgccgtggtgtaccacgatggtaaggaagcgtcgaaaggacac
tacattaccgatgtgtaccataccggctatgccagctggattcggtatgacgacagtatc
gttaaaccggtaccggagtacaacgtgttgcgtccgcgcgcaccgcgcgtaccctatctg
ctgtactaccgtcgaatggacacgcagagccatggtccgaacagtgaccgcggtggtgaa
ggcagtaccggaggcggtgctggtagtggtggtggtggtagcggcagtggtcgtggaggt
tcatctcactccaccggtggcggtggaaatgatcggcacagtgcgcatcatcacagtaac
gatcatcatggtcgtggatcgagtggtggcggatacggtggtagcagtggctacggaaat
acccacggcaacagtggcggcaatcattacggaagtgggggtcatgggcagagtaaccat
agtggccattatggtggcaactccaagtaa

All links

Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (17)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (27)   

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