KEGG T00030: Dmel

Drosophila melanogaster (fruit fly): Dmel_CG10811

Entry

Dmel_CG10811 CDS T00030

Gene name

eIF4G

Definition

eukaryotic translation initiation factor 4G

Orthology

K03260

translation initiation factor 4G

Organism

dme Drosophila melanogaster (fruit fly)

Pathway

dme03013

RNA transport

Module

dme_M00428

eIF4F complex

Class

Genetic Information Processing; Translation; RNA transport [PATH:dme03013]

SSDB

Motif

Pfam:

MIF4G MA3 W2

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

Position

4:102F1-102F1

AA seq 1919 aa
MQQAIPTLPTQSDIDKAMQPHSAQNMILPANKKTKKYDQQVPTSKPQSLHQPLQPQHSHP
TAQPQFQINKAYNVVSILKASAQIAQQSPHLTNQQHPPIHHPQQTQQHQQSYTNVVNRSL
SASEPVRAQSSVICNGSSILTVNSRQLNSGDMNSTAIYNISSYRKLTGSLDGNVCFLNVQ
DIKQNGNISGSVVSNKSIVGVGSEKSSCTGVSINNQIVLPNAQIGTSMGIAGTTTAGTSY
MHEKNIVGVSVNCVNTSKKYDFNNSSLLSNNSYPASTAEYVSTGNNNSGNTRSNPQSGGI
FRGPPSTPNAPRGASGGATRHVHVQPMYSQPLHQNMVLQQYTQYNPRQQTFPASHLQYAP
APMPYYQYQYVPTLQQQPPHTRSAVTVNTNVNVGNNLQPVQSGPNGPLPVPGASSSQIQL
LTSTVQPGASTVMGVGGPGSTMGQVGVPPMVGVGVMTTSVQPQPVQVQPASRRRHQHRLQ
IIDPTTKKNILDDFDKTKSNTDNEFSDQVTSTNTPATVLSEGPIRIPQQESVGLNNLTST
SSQGSESRTNAPYIPIETTPISRTDVGPTPIVSAMTDAPSVEILPTPQRGRSKKIPIVSP
KNVSESIVAPITDETDDAGSTPISRATEESMPPNQTHPNLLISDSSKHKQAVSNSEISKD
APTGLKEMHVAELESSVASENHPAGILDVNVNKSSQSLDFSADPEIDSIGAISPTSPNAV
SPILHEVLDNTELSKKLENSTTERFKDSQSVEKPTHQELSLRNATDETEISAMALQDVNS
LDNNQIEKTYPSKPKLNVDVSEDISSRESAIKSTSTKNTGVDVGLQSDSKPETTLNDKQD
STDLKVKVSAKISSIINYNEGQWSPNNPSGKKQYDREQLLQLREVKASRIQPEVKNVSIL
PQPNLMPSFIRNNNNNKRVQSMVGIIGNRSNESAGNYIGKQMSMSGVQSGGGRSSMKGMI
HVNLSLNQDVKLSENENAWRPRVLNKSDGDSDAKSALEKDELVRRVRGILNKLTPERFDT
LVEEIIKLKIDTPDKVDEVIVLVFEKAIDEPNFSVSYARLCQRLAAEVKVIDERMESETK
SNSAHFRNALLDKTEQEFTQNVSQSTAKEKKLQPIVDKIKKCTDANEKAELEAFLEEEER
KIRRRSGGTVRFIGELFKISMLTGKIIYSCIDTLLNPHSEDMLECLCKLLTTVGAKFEKT
PVNSKDPSRCYSLEKSITRMQAIASKTDKDGARVSSRVRFMLQDVIDLRKNKWQTSRNEA
PKTMGQIEKEAKNEQLSAQYFGTLSSTTPGGSQGGSGKRDDRGNSRYGESRSSSAYGGSH
SQRGDNGNLRHQQQNNVGGNVSGGAGHSNGNNDENTWHVQTSKGSRSLAVDSNKLEGLSK
LSDQNLETKKMGGLTQFIWISSDTTRLSSAPTPTPSNPFAVLSSLIDKNSNERDRDRSGP
RNKGSYNKGSMERDRYDRGMHSRTGSSQGSRENSSSRGGQQGRTLLSSSVQKSTSHSKYT
QQAPPTRHTVKAQSSVGSSNVNTGPLYRGSEQQTSATFSQTTRSVAPVAVFIEASETDLK
LIKSVVSEIVDLSAASKEVTPGAVSCIKRVPEKLRCSFIYYILTDYLHLANVGKQYRRYL
SIAVSQLIQQNYISADHLRLAYNEFTVYANDLIVDIPELWLYILQFAGPLIVKKILTISD
LWNNNLKENSPSNVAKKFLKTYLIYCTQEVGPNFARNMWIKFNLKWSDFMPESEVADFIK
FNRLEYVENESKSPVIDHRETPEKHVKNVIDHIEHLLKEGTTADCIIDYSNGNIMVVDKL
FIRGLTETLSNFSIHYKDNSYKLESETFQKFCIPVLQRYIDSNEDHQLECLYTLQLLVHG
LEHPRGLLSELIGELYDAFVIQKESLCKWRDSKDQSAGKGVAVKSLNPFFNSLLNDDAN

NT seq 5760 nt +upstreamnt +downstreamnt
atgcaacaggctataccaactttaccaacacaatcagatatagataaagccatgcagccc
cattcagcacaaaatatgattttgccagccaataaaaagaccaaaaagtatgatcaacag
gtgccaacttcaaagccacaatctcttcatcagcctcttcaaccgcagcatagccatccc
actgctcagcctcagtttcagataaataaggcatacaatgtggtctccattcttaaggca
tcagcgcagatcgctcaacagtccccacacttgacgaatcagcagcatccaccaatccat
cacccacagcaaacacagcagcatcaacaaagctatacaaacgttgtaaatagaagctta
tctgcgtctgaaccagttagagcccagtcatcggttatctgtaacggttcaagcatattg
acagtaaatagtagacaactgaattcgggtgatatgaattcgactgccatttataacata
tccagttaccgaaaattaactggaagtctagatggaaatgtttgctttctaaatgtacag
gacattaaacaaaatggcaacatcagtgggtcagtagtatcaaataagtccatcgtcgga
gtcggaagtgaaaaaagttcttgtactggagtcagtattaacaaccaaatagtattgcct
aatgcgcaaataggaacatctatgggaatagctggaacaactacagcaggcacaagctac
atgcacgaaaagaatatcgttggcgttagcgtcaattgtgttaatactagtaaaaagtat
gatttcaataacagtagtttgttatcaaataatagttacccggcatctacagcagagtat
gtatcaacgggaaacaacaattctgggaatacccgttctaatccacaaagtggcggaata
tttcgaggaccaccctcgacgcctaatgcccctagaggtgctagtggcggagcaacacgg
catgtccatgtgcaacccatgtactcacaaccccttcaccagaacatggtgctacaacaa
tacacacaatataacccacggcaacaaacatttccagcttctcatttgcaatacgcaccc
gcccccatgccatactaccagtaccaatatgtcccaactcttcagcaacagccgccgcat
actcgtagtgctgtcacggtaaatacgaacgtcaatgtgggaaacaatttgcagccagtg
cagtctggacccaatggacctctccctgttccgggggctagctcgtcgcaaattcaattg
ctcacaagcacagtgcagccaggagccagcactgtaatgggcgttggcggtcctggtagt
acaatggggcaagtgggtgtgccaccaatggttggggttggtgtaatgacaacaagtgtg
caaccgcaacctgtgcaggtgcagcctgctagccggcgccggcatcagcatcgattgcag
ataatcgatccgacgactaaaaaaaatattttagacgattttgataagacaaaatcaaac
acagacaatgaattttccgatcaggtaacctccacaaacacaccagcaactgtcctttca
gaaggtccaatacgtattccacagcaagaaagtgttggtttaaataatttgaccagtaca
tcatcacaaggatcagaatcacggacaaacgcgccttatatccccattgaaacaacacca
ataagtcgaacagatgttgggccgactccaatcgtatccgcgatgactgatgctccttcg
gttgaaatattaccaacgccccaaagagggagaagcaaaaaaattcctatagtgtctcct
aaaaatgtatctgagtccatagttgctcctatcactgatgaaacggatgatgcagggtca
acaccgatatccagagccactgaagaatctatgccacctaatcagacccatccaaattta
ctcatatccgattcatcaaaacataagcaagcagtatcaaatagtgagatttcaaaagac
gctcctactggtttaaaggaaatgcatgttgctgagctggagtccagtgtagcctccgaa
aatcatccagctggaatactagatgtcaatgtcaacaagagttcacaatcattggatttt
tctgcagatcccgaaattgatagtattggcgcaatatcacctacgagtccaaacgcagtt
tctcctattttacacgaagttttagataatactgagttgtcaaaaaaattagagaattct
acgacagaaagatttaaagatagccaaagcgtagagaagccaactcatcaagaactaagt
ttaagaaatgccacagacgagactgaaatatccgcaatggcattacaagatgtgaatagt
ttggataataaccaaattgaaaaaacatacccttcaaagccgaaactcaatgtagatgtt
tcagaagacatttcctccagagagtcagcaataaagtcaacttctacaaaaaatacagga
gtagatgtaggtctccaatcagattctaagccagagactacccttaacgataaacaggac
tctactgacctaaaagtgaaagtgtctgcgaaaatttcatctatcataaactataatgag
ggtcaatggtcaccaaacaatccaagcggaaaaaaacaatacgaccgagaacagttatta
cagttacgcgaggttaaggcctcacgtatacaaccagaggtaaaaaatgtgtctattctt
cctcaaccaaacttaatgccatcatttattcgaaataacaataataacaagcgagtacaa
tcgatggttggtattattggcaatcgtagcaatgaatcggcgggaaattatattggtaaa
cagatgtcgatgtctggcgtacaaagtggcggcggtagaagcagtatgaagggcatgata
cacgtaaatttatcattaaatcaagatgtaaagttaagtgaaaatgaaaatgcatggcgc
cctcgggtcttaaataaatctgatggtgatagcgacgcgaaatctgcactcgaaaaagat
gaattggtacgtcgtgttcggggtattttaaataagcttaccccagaaaggtttgacaca
cttgttgaggagattataaaattgaaaattgatacacccgacaaagtggacgaagtaatt
gtgttggtatttgaaaaggccattgatgagccaaacttttctgtgtcttacgccagacta
tgtcaacgacttgctgcggaagtgaaggtaatagacgagcgcatggaaagcgaaaccaaa
tctaactcggcacactttcgaaatgcattgttagataaaactgaacaggaattcacccaa
aacgtttcacaaagcaccgcaaaggaaaaaaaattacagccaattgtggataaaattaag
aaatgtactgatgccaatgaaaaagcggaacttgaggcatttttggaagaagaagaaaga
aaaataagaagacgatccggagggacagtacgatttattggcgaactttttaagatatct
atgttgactggcaaaataatatactcttgcatcgatacacttcttaaccctcattctgaa
gacatgcttgagtgtttgtgcaagctgcttacaactgtgggtgctaaatttgaaaagacc
ccagtaaattccaaagaccctagtcggtgttattcgttggaaaaatcgatcaccaggatg
caggccatcgcatcgaaaactgacaaagatggagccagagtaagctcaagagtacgattt
atgcttcaagacgttatcgacttgcgtaagaataaatggcaaacttcgcggaatgaagca
cccaaaactatgggacaaattgaaaaagaggcaaagaatgagcagctttctgcacaatat
tttggtacactttccagtactacacccggaggatcgcagggcggctctggtaaacgagat
gaccgtggaaactctcgatacggtgaatctcgttcaagtagcgcgtatggtggcagccac
agtcaacgtggtgataatggcaaccttcgacaccagcagcagaacaacgtcgggggaaac
gtctctggaggtgctggacactccaatggaaacaatgatgaaaatacttggcatgtgcaa
accagcaaaggtagccgctctctagcggttgacagcaataaactggaaggcctgtctaaa
ctttctgaccaaaatctggaaacaaagaagatgggtggattaacgcaattcatttggatt
agtagtgacacgacaagactatcgtcggcgccgacaccaaccccatccaatcctttcgct
gtgctctcatccctaattgataaaaatagtaatgaaagggatcgcgatcgcagtggaccc
agaaacaaaggatcatacaacaaaggttctatggagcgggatcgttatgatagaggtatg
cattcgagaactggatcatctcagggatcacgagaaaactcatcctcccgcggtggtcag
cagggtcgaactttattgagttcatcagttcaaaaatctactagtcattcaaaatacacc
caacaggcaccacctacacggcatactgttaaagcccagtcatcagtgggcagctctaac
gttaacacaggtccactctaccgtggaagtgagcagcaaacatcagcaaccttctcgcag
accacccgttctgttgctcctgtagcagtgttcatcgaagctagcgaaacagatttaaaa
ctcatcaaatctgttgtttcagaaattgtagacctatcagctgcatctaaagaagtcacg
cccggtgcagtttcgtgcataaaacgagtaccagagaaactacggtgcagtttcatttat
tatattttaacagattatttgcatttagcaaatgtaggtaaacagtacaggcggtattta
tctattgccgtctcccaacttattcagcagaattacatttctgccgatcatttgagactg
gcttacaacgaatttaccgtatatgcaaacgatttgattgttgatattccggagctttgg
ctatacattcttcaatttgccgggccactaattgtaaagaaaatattgactatatcagat
ttgtggaacaacaatttaaaagaaaatagtccatcaaacgtcgctaaaaagttccttaaa
acatacttgatatattgcacacaagaagttggaccaaattttgctcggaatatgtggatc
aagtttaacctaaaatggtcagattttatgcctgaaagtgaagttgccgactttattaaa
tttaacagactggaatatgtggaaaacgaatcaaagtcgccagtgattgatcatagagag
actccagaaaagcacgttaaaaatgtgatagaccatattgagcacttactaaaggaagga
acaacggcggactgcattattgattatagtaacggaaatataatggtggttgataagttg
tttatcagaggattgacggaaacattgagtaatttctcgattcactacaaggacaacagt
tacaagcttgagtccgaaacctttcaaaagttttgcataccggttttgcagagatacatt
gattctaatgaagaccaccaacttgaatgtttatatactttgcagcttttagttcatgga
ttggagcatccaagagggttgctgagtgaactaattggcgagctatatgatgcctttgta
atacagaaggaatcgctttgtaagtggcgagattcaaaggatcagtctgctggcaagggc
gttgctgtaaaaagtcttaatcctttttttaactcgttgttaaacgatgatgccaactaa

All links

Pathway (2)   
   KEGG PATHWAY (1)   
   KEGG MODULE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (8)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (3)   
   UniGene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (2)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (3)   
   Pfam (3)   
All databases (26)   

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