KEGG T01053: AaeL

Aedes aegypti (yellow fever mosquito): AaeL_AAEL001165

Entry

AaeL_AAEL001165 CDS T01053

Definition

ras GTP exchange factor, son of sevenless

Orthology

K03099

son of sevenless

Organism

aag Aedes aegypti (yellow fever mosquito)

Pathway

aag04013	MAPK signaling pathway - fly
aag04320	Dorso-ventral axis formation
aag04630	Jak-STAT signaling pathway

Class

Environmental Information Processing; Signal transduction; MAPK signaling pathway - fly [PATH:aag04013]
Environmental Information Processing; Signal transduction; Jak-STAT signaling pathway [PATH:aag04630]
Organismal Systems; Development; Dorso-ventral axis formation [PATH:aag04320]

SSDB

Motif

Pfam:

RasGEF RasGEF_N RhoGEF Histone PH

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

Position

AA seq 1553 aa
MFAGGQHVSITDATDYDFEKAENAAKWKGVFITSLRKVLEQVHPSLQAREDALLYVESLC
LRLLAMLCAKPPPHTVLDVEERIGRTFPTPIDKWALSEARETIDKSKKKKSVLPVDRVHT
LLQKEVLQYKIDSSVSLFLVAVLEYISADILKLAGNYVKNIRHIEISREDIEVAMCADKV
LMDMFYQGDNSSSMAPSPLPPTPRTSLSYEEVVKELIHDEKQYQRDLHMIIRVFREELVK
IVKDPKELDPIFSNIMDIYEVSVTLLGSLEDVIEMSQEQTPPCIGSCFEELAEAAEFDVY
AKYAKDITSVQAKEALANLLSRPEANSLMSAGHGFREAVKFYLPKLLLGPIGHAQLYLDY
IKILLQLSPSQEDKESFEQVQGLLKPLQCELQGISSLLPKEYFARVNSRARRQSAIEKTR
DLQNSVEHWDKDVGQCCNEFIREDTLAKLSSGRRQTERKVFLFDGLLVLCKTRRQIVPGT
NYDYRLKERFFMRKVEIIDRPDTEELKYAFEISPREPTSVVLIAKNAQHKNDWMADLVML
NTKSMLERILDSILLDIEKKHPLKVPSPDIYAFAVPDSPSNIVLEEREGTGVPLIKGATL
TKLIERLTYHIYADPMFVRTFLTTYRSFCSPKELLRLLVERFDIPDPALVYDSASDKDLG
PDTDKFHKNSQREDWKRYKKEYVQPVQFRVLNVLRHWVDHHFYDFERDSELLEELLKFLE
TVRGKSMRKWVDSVLKIVQRKTESEDSHRQITFAFGHSPPAIEHHLPLTIGEEEYNLLML
HPLELARQLTLLEFEMYKNVKPSELVGSVWTGKDKETTSPNLLRIMHHTTNFTRWIEKSI
IEAENFDERVAMASRAIEVMMVLQDLNNFNGVLSIVSAFQGAAVHRLKLTLEEIPKSYQR
VLAECRELNNSHFKKYQEKLRSINPPCVPFFGMYLTNILHIEEGNPDFLPKTKLINFSKR
RRVAEITGEIQQYQNQPYCLKVDPSIRHFLENLDPFTGMSVTEIQNYLYEESKRIEPKNC
RQPLKFARKWPDISLKSPGIKPSSRRHNSSANSSLNLTGTLPFTNKAPLGNSNDTGAEQQ
SPTASSSSSSVLDYSIFAPVNIHSSSSSQHHQYHHHQQQMYNYQHHSQGSMQYYPGHHQS
GGGQQQNHHHYNHHGHQHNLSQSVVNLASTADHQMAPEIPRRSDSIILTPSLSSQVQYNL
NNSSLSESSSNTGGGSKLVPSPRYPSPQMHPIHGGTASTMDFNNCAISPTLSTSVSSTSS
VYQTTYNNSSTTADSMILNTTAASNDLGPPHSPHVNVPNTHNIPPPMPPPLPPRVKRKES
SGESSQSSQVRQAPDAPKLPPRDISPPPVPPRIHNPLHQICGNVQQQHQLLHSVGACDSC
NLVNVLPKDESPSSSSSSSTLTRDNLNQHNMSEQRLLMLPHTSTIMMRRNSAMDRASKEK
VSNITASPSLSGLSSTVGGVVGGGSTASSGPVSLSSSSAPPPPPCGAKNKSVQNSPVSQQ
QQQQPAVCGRRPSTNISPRFSPGETTPKLPPKPKQTNLSSHSDRTMFPYPSTN

NT seq 4662 nt +upstreamnt +downstreamnt
atgttcgctggcggccagcatgtatcgatcacggatgcgacagattacgactttgagaaa
gcggaaaatgcagccaaatggaaaggtgttttcataacatcgctcagaaaggtattggag
caagtgcatccgtcgttgcaagcccgcgaggatgctctgctctacgtcgaaagtttatgc
ttgcgtttgttagcgatgctgtgtgcaaaaccaccaccgcatacagtattggacgtcgaa
gaacgaattgggcgtacgtttcctacgcccattgacaaatgggccctgagcgaggcacgt
gagacaatagacaaatccaaaaagaagaaatcggtgctaccggttgaccgagtccatacc
ttgctgcaaaaggaggtcctgcaatacaaaatcgatagttcggtttcattgttcctggtg
gcagtgctggagtacatttcggcggacatcctgaaactagctggcaactatgtcaagaac
attcgccacatcgagatatcccgggaggatatcgaggtcgccatgtgcgctgacaaggtg
ctcatggacatgttctaccagggagacaattcgagctcgatggcaccgagcccgttgccg
ccgacgcctcgtaccagtctcagctacgaagaggtggtcaaagagctcattcacgacgag
aagcagtaccagcgggacctgcacatgatcataagggtgtttcgcgaagagctggtcaaa
atcgtcaaggaccccaaggaacttgacccaatcttctcgaacattatggatatctatgaa
gtgtctgtaacgttactgggttcactcgaagatgtgatcgagatgtcgcaggagcaaact
ccaccatgcatcggaagctgtttcgaagaactagcggaagcggcagagtttgatgtgtac
gccaagtatgcgaaagatatcacgtcagttcaggcaaaggaagccttagcaaatttattg
tctaggccagaggcgaattcactgatgtcggctggtcacggtttcagggaagcggttaag
ttctatctaccaaaactacttttagggcctatcgggcatgcacagttgtatttagattat
attaaaattttactacagcttagtccctcgcaggaggataaggaaagcttcgagcaggtt
caaggtttgctgaaacccttgcagtgcgagttgcaaggcatatcctcactgctgcctaag
gaatatttcgctagggtaaatagtcgagctagacgtcagtcggcaattgagaaaactcgc
gacttacaaaacagtgtagaacattgggacaaggacgtggggcagtgttgcaacgagttc
attcgggaggatacccttgccaagctcagttccggcaggcggcaaaccgaacggaaggtg
ttcctatttgatgggttgttggtgttgtgtaaaacccgacgacagattgtgcctggcacc
aactacgattaccgattgaaggaacgctttttcatgcgcaaggtggagatcatcgatcgg
cctgacaccgaggagctcaagtatgctttcgagatctcaccccgggagccgactagcgtt
gtacttattgctaaaaatgcgcaacacaaaaacgactggatggctgatttggttatgctg
aacacgaaatccatgttggaacgcattctagacagtattctcctagatattgaaaagaaa
catccactcaaagtacctagtccggacatatatgcatttgccgtgcctgattcgccctcg
aatatagtgctggaagagcgagaaggcacgggagttccactgatcaagggcgccactcta
acgaaactgatcgaacggcttacctatcacatttacgccgatccaatgttcgtgcgtacc
ttcctaacaacgtaccgatcgttttgttcgcccaaagagcttcttaggttactggtggaa
cggtttgacataccggatccggcactagtgtacgacagtgccagcgacaaggatcttggg
ccagacacggacaagtttcataagaattcacaacgggaagactggaaacgctacaagaag
gagtatgtccaaccggtacagttccgggtactgaacgttcttcggcactgggtagaccat
catttttacgactttgaacgtgactccgagcttctggaagagttgttaaagttccttgaa
acggtacgcggtaaatcgatgcgaaagtgggttgactcagtgctgaagattgtgcaacgg
aagaccgaaagcgaagatagtcatcggcagataacgtttgccttcggccatagtccaccg
gcgatcgagcatcacctaccgctgactattggtgaggaggaatataacctgctgatgttg
catcctctggaacttgcccgtcagctaacgttgttagaatttgaaatgtataaaaatgta
aaaccatcggagctggtcggttcggtgtggaccgggaaagataaagaaactactagtcct
aatttattaagaattatgcatcacactacgaatttcacccgctggattgagaaatcaatt
atcgaggcggagaatttcgacgaacgtgtggcaatggcatcacgtgcaatagaggtgatg
atggttctgcaggatctaaacaacttcaacggtgtgctgtcgatcgtgtcggccttccag
ggggcggccgtccaccggctcaagctaacgctggaggaaatccccaagagctaccagcgg
gtgctggcagagtgtcgggagctgaacaattcgcacttcaaaaagtatcaggaaaagctg
cgttcaataaatccaccttgtgtgccattttttggaatgtatttaaccaatattttacat
atagaggaagggaatccagattttttaccaaagacgaaactaattaacttctctaagaga
agacgtgtagctgaaatcactggtgaaatacagcaatatcaaaatcaaccatactgtttg
aaagttgaccctagcattaggcattttctagaaaatttagatccttttacaggcatgagt
gtaaccgagatccaaaactatctctacgaggaaagtaaaaggatagagccgaaaaattgt
cgccaaccgttaaaattcgcacgcaagtggccagatatttcactaaagtctcccggcatc
aagccttcttcgagacgacacaacagttcggccaactcgtcattgaatctaacgggtacg
ttgccatttacgaacaaagcgccgcttgggaacagcaacgataccggtgcggaacagcag
tcaccaacagccagttcatcgtcgtcttccgtgctcgactattcgatatttgctcctgtg
aacattcactcttcgtcgtcatcacaacaccatcaataccatcaccatcagcaacaaatg
tacaactatcagcatcattcgcagggatcgatgcaatattatccgggccaccatcagtcg
ggtggtggccagcagcaaaaccatcaccattataatcatcacgggcatcagcacaacttg
tcccagtcagtggtcaatctcgcatcaacggcagaccatcagatggcgccggagattcca
cgacgttccgatagtattatccttaccccttcactatcgtcccaagtacagtacaaccta
aacaatagtagcttatccgaatccagcagtaataccggtggtggcagtaaactcgttcca
agccctcgctatccatccccgcagatgcatcccattcacggtggcacggcgtctacgatg
gatttcaacaactgtgccatctcgccgacgctgtccacctcggtttcgtcgacgtcctcg
gtgtaccagacgacgtacaataactcatcgacgacggccgattcgatgatcctcaacact
acggcggcgagcaacgacttgggcccgccccactcaccgcacgttaacgtaccaaataca
cacaatattcctcctcctatgccacctcctctacctcctagggttaaacgaaaagagtcc
tccggggagtcgtcacaatcttcgcaggtgcggcaagcaccggatgcacccaagcttcct
ccgagagatattagtccacctccggtaccaccacgtatccacaatccgttgcatcagata
tgcgggaatgtccagcaacagcatcagctgttacacagcgtaggagcttgtgacagctgc
aacctcgttaatgtattaccgaaggacgaatctccgtcttcatcatcctcgtcgtcgacg
ctgacccgcgacaacttgaaccagcacaacatgagcgaacagcggctactcatgctaccg
cataccagcacgatcatgatgcgacgaaactccgccatggatcgggcatcgaaggagaaa
gtgtccaacattaccgcatcgccgtcgctatccggactttccagtacagtggggggtgtg
gtcggcggtggaagtacggcgagtagtggaccagtcagcttatcctcatctagcgcacca
ccaccaccgccatgtggagcgaagaacaaatcagttcaaaactcacccgtatcgcaacag
cagcagcaacaacccgcagtttgcggtcgacggcctagtacgaatatatcgccgagattt
tcacccggagaaaccacacctaaattacctccgaagccaaagcaaaccaatctgtcatca
cattcagatcgaacaatgttcccctatccgagcacaaactga

All links

Pathway (3)   
   KEGG PATHWAY (3)   
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 (5)   
   Pfam (5)   
All databases (18)   

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