KEGG T01053: AaeL

Aedes aegypti (yellow fever mosquito): AaeL_AAEL002698

Entry

AaeL_AAEL002698 CDS T01053

Definition

hypothetical protein

Orthology

K11855

ubiquitin carboxyl-terminal hydrolase 36/42 [EC:3.1.2.15]

Organism

aag Aedes aegypti (yellow fever mosquito)

Class

SSDB

Motif

Pfam:

UCH UCH_1

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

AA seq 1100 aa
MVCDSTSLVSAALRDSLTSSGGNNGLGGGSSMSAASSSSYFGVSSSGNNPGLADPADDEL
VDRLESQISDALRRNQLKPIRYEEVSNYSSEQDSLKSKYIVLKATASLTNGNINGSGSIG
GGGAGTNTQLMNGGGRGNSSFSGTSKLSNGISHQNGNSSSSSAAGKDQLPAPKRVLYPRE
NVQLGWKATGHKWNTGAGFTNVGNTCYLNSTLQALFHVPAIANWLLSDKAHRERCEDNVN
GQGCIICAMAKTLMASQNSSQGSIKPYLVVSKLQLVCKHLVPGRQEDAHEFLRYLVEAME
KSYLARFKNSKELDQYSKETTPLNQILGGYLRSEVKCLSCHHVSTTFQHFEDLLLDIRKV
NSIEEALTMYFARERLEEMQYKCEACKKKVAATKQFSLERAPFALCIQLKRFSMMGNKIN
KHVELKTRLDLTPFSSKSAVSNCRLTYKLVSMVTHLGSTQHCGHYTAIGGTESGTYYVFD
DSLVRPISLQNVTSTNAYIIFYELESVQNGIKPSASSTATSASCTQNAFGSPSGKYGSSS
FEGGSNSSSGATAHASTLRGYGPSSNSGHNPLIPSKLENRSNFIGPMLPQQTQEKNKKLA
NGLSRYDDDEGEALVTSTSSRVSPISSTTSSLSCPSPAKQSCPNGPSSSASKLVRNSPVS
SNAKSKFGTSFNGIANAGNGSSNNNNGSFKSSSSPAASSSSSHLHSLPSMPKLCNSPSAS
KNFHGGDSGEPSALSSTVKGAGFSGHSKANCSFLTNGGHHNHNGGKSISIVPYEADDDDE
DEDEDELENGENQKRSGGGSKKRNGGRNQADEDDDDDSDEDVDRIQSHVLLGPGNNGNRQ
QRCSNQIEEDYSPKSPPVIKTKAGLWKVSDNRPQSSSSSSSSSANNSNNTSPATSGNSSP
ANYGHMNGNGSGPLASGYHQSNNRQFNGFNGYNGNGNNNRNGNGNDVVNQLYQFSHRGYG
APVRSWNGQQTNMDRELSNERREDRKRQYEDDCDTEMDRGRTKKVKTHFYHQQQRQQQQH
NPFQMHQMNGGNGGGNNNNFNRKWNNNNGNQFGGKYYQNRGGNYYQNGNHPRNYNGFRNG
RHGRNGFYNKSHHNHQRDKF

NT seq 3303 nt +upstreamnt +downstreamnt
atggtttgcgactcgacttcgttggtgagtgcggctctgcgcgactctttgacctcatcc
ggcggcaataatggcctgggagggggaagctccatgtccgcagcttcctcttcgtcatac
tttggtgtaagttcctcggggaacaatcccggcttagctgatccggcagacgacgagcta
gtggaccgccttgagagtcaaatttcggatgctctccggaggaaccagttgaaaccgatt
cggtatgaggaagtgtccaactacagctccgagcaggacagtctaaagtcgaaatatatt
gtgttgaaagccaccgccagcttgaccaatggcaacatcaatggatccggcagtattggt
ggaggaggagctggaacaaacacacagttgatgaatggaggcggccgaggaaattcgtcg
ttttcggggacgtccaaactgtccaacggcatcagtcatcaaaatggcaacagttcgtct
tcatcggcagccggaaaggatcagcttcctgccccaaaacgggttctctatccgcgggaa
aacgttcagctcggctggaaggccaccggacacaagtggaataccggagccggattcacc
aacgtcggcaacacgtgctatctcaactccacgctgcaggctctgttccacgtccccgcc
attgccaactggcttctttcggacaaagcccatcgcgaaaggtgcgaggacaacgttaac
ggtcaaggatgtataatctgcgcaatggccaaaacgttgatggcatcgcagaatagtagt
cagggctcaataaaaccgtatttggtggtctctaaactgcagttagtgtgcaaacacttg
gttccaggacgacaggaggatgcccacgaatttctccgctatctagttgaagcgatggaa
aaatcctacctggcgcgatttaagaatagcaaagaactggatcagtacagcaaggaaacc
acgccgcttaatcagatcctcggtggataccttcggtctgaagtaaaatgcttgtcctgt
catcacgtgtccactacctttcagcactttgaggatttgctgttagatatcaggaaggtg
aactccatcgaggaggccctcacaatgtactttgcccgggagcgcctcgaagaaatgcag
tacaagtgtgaagcttgtaagaaaaaggtagctgctacgaaacagttttctctagagcgt
gctccctttgctctttgcattcagcttaaaagattctctatgatgggaaacaaaatcaac
aagcatgtagagttgaaaacccgattggatttgacgccgttttcgtccaaatcggcggtc
tcaaattgtagacttacctacaagttggtttcgatggtaacccacttgggaagcacacag
cattgtggacactacactgcgataggagggacggaaagtggaacctattacgtgttcgat
gacagcttagttaggccgatttcgctgcaaaacgtcactagcaccaacgcgtacataatc
ttctatgaactggaaagtgttcagaatgggattaaaccaagcgccagtagcactgccacg
tcggcttcctgtacccaaaacgcatttgggagtccctccgggaagtatgggagtagttct
ttcgaaggtggatccaattccagcagcggagcgactgcacacgcgtctaccctccgaggt
tatgggcctagcagcaactctggccacaaccctcttatcccgagcaagctggaaaacagg
tcaaactttattggcccaatgttgcctcagcagacgcaagaaaaaaacaaaaagttggct
aacgggctgagccgctacgatgacgatgaaggggaagccctcgtcacgtccactagttca
cgcgtatctccaatctcatcgaccacgtcgtcgctttcctgtccctcgccagccaaacaa
tcctgcccgaatggtccctcgtccagtgctagcaaactcgtgagaaactctccggtctcg
tcaaatgcgaagagcaaattcggcacaagcttcaatggcattgctaatgcaggcaacggc
agcagcaataacaacaacggtagttttaagtcttcatcatcacccgcagcatcttcttct
tcttcacatttacattcactgccatcaatgcctaaactttgcaatagtccctcagcatcg
aagaatttccacggcggcgacagtggcgaaccttccgcgctatcctcgaccgtcaagggt
gctggattctctgggcactcgaaggccaactgcagtttcctcacgaacggcggtcaccac
aaccacaacggtggcaaatcgatcagtatagttccgtacgaagccgatgatgacgatgag
gacgaggacgaggatgagctggagaatggcgagaaccagaagcggtccggtggtggtagc
aagaagcgcaacggcggccggaaccaggcggacgaagacgacgatgatgatagtgatgag
gatgttgatcggatacaatcgcacgtcctgctgggtccgggaaacaacggcaacaggcag
cagcgatgttcgaatcaaatcgaagaggattactcgcccaaatcgccccccgtcataaaa
accaaagccggcctctggaaggtaagtgataaccgtcctcaaagcagtagcagcagcagc
agtagtagtgcaaacaacagcaacaacacttcgcctgctacttccggcaattcctccccg
gccaactatggacacatgaatggcaacggcagcggtccattggcgtccgggtaccaccag
tcaaacaaccgacagtttaacggcttcaacggttacaacggtaatgggaacaataatcgc
aacggcaacggaaatgatgtcgttaatcaactataccaattctcgcaccgtggttacgga
gctccggttcgaagctggaacggacagcagaccaacatggaccgggaactgtcgaatgaa
cgacgagaggacaggaagcggcagtacgaagacgattgtgataccgaaatggatcggggt
cggacgaagaaggtcaaaacgcacttctatcatcaacagcagcggcagcaacaacagcat
aacccattccagatgcatcagatgaacggcggaaacggtggtggcaacaacaacaatttc
aaccgaaagtggaataataacaacggcaaccaatttggaggcaagtactaccaaaatcga
ggaggtaactactatcaaaacggtaatcacccccggaactacaacgggtttcgcaatggg
cgtcacggacgtaatggtttttataataagtctcatcataatcatcagcgtgacaaattt
taa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
   VECTORBASE-AAG (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (13)   

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