KEGG   Solenopsis invicta (red fire ant): 105197332
Entry
105197332         CDS       T03916                                 
Name
(RefSeq) eukaryotic translation initiation factor 4 gamma 3
  KO
K03260  translation initiation factor 4G
Organism
soc  Solenopsis invicta (red fire ant)
Brite
KEGG Orthology (KO) [BR:soc00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:soc03019]
    105197332
   03012 Translation factors [BR:soc03012]
    105197332
Messenger RNA biogenesis [BR:soc03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    eIF4F and regulatory proteins
     105197332
   mRNA cycle factors
    Stress granule specific factors
     105197332
Translation factors [BR:soc03012]
 Eukaryotic type
  Initiation factors
   eIF-4
    105197332
SSDB
Motif
Pfam: MIF4G MA3 eIF4G1-like_eIF4E-bd W2
Other DBs
NCBI-GeneID: 105197332
NCBI-ProteinID: XP_039302709
Position
3:complement(135329..179844)
AA seq 2000 aa
MSMPTKGKHHHLSHHHHHHPQHHSQQQPPPSLQQHHQQQQQQQPPPPPPPPQQQSHHPQA
QHQHQIIINQSVVHPSPQTYSAVVTTNTRFLNAGSEFHGNYSGQPGGQVGGSAASNVGVP
TGRGPPPLGGIQTIGQSAAGIPPGGPAGGQAPSQVPTPGVQSQPPQGPAPTTTPPVHTPS
PQEMGKQAHLQTQPPSLQPVYVPTQNRPTSQGYYQTGPRPQQPRGIGHRGGQGTSGTPVV
GMSGVGGGGGQPPALYPHPAAGLPVQSAMYLGQSQVHGLHTGPHQQSVYPINNQIPIHQF
SGPPQRHQPHQNQSFYQTFQPPLIAPPSVFTGYPPTQHGPTAYYVSTDYYTTSNTMSLTR
ASTSAVSGGAQHVPGPMAGTQAPVVPQGTLQQPTQQAQTLPPMSMPLSQTDVYSGHNGGA
TNTNSATRSRKPRGQNAILDIVNPLTGKNISDEIYKDNETTQSGESSNRETPQPQNNGAE
VIADFAARVAKAATEGSDTVSTSASETAPNTIQTTAQTSLSNIQTNSSNDANSSCSSSPP
MTKNIAGAGAGKTVPTINSQSLGACSNATQIDPNATKTESKALQLPLKEFQPRSEIKSVT
IEESSPVVVVVSSVIPVANKDTVSVQLTAPTANTETTAVTATMTAETESAEAAGTTGVAV
TVGTAVGAGGTAVGTGLAAEVTKQQHHHHHHHHLNASSNVVQTPVIPYWSNVTQEIPKPS
ATASSANPVPTREPFPNLSKTSSNSPPRRKPNNVTELPSNTKEQKERKTREKSLGSRGAT
PTPVHNVQAADHHHHHQKTNGDAAGDKIEAEMAHPRNEIQQKASDGKAMQKQKSKNKLKP
RELNRKGAEKEGTDMDAFVNTVSAAKTAELKQDNGSKEQHAPALKDSNKEPSREMSKDIK
DKDNYESKKEKEILPVHTKIEKHVSTEVPKDSTPAVQQASHVVADKESSIKSEDSTFNAL
PTTSPNDVVDHAVVIEEMHLEALVAQKNEENFKVSALHASNDEKAVTTVTSPVITTEKKQ
EVEISTGSGNAPLLKYLYKEGQWSPVNMSGRKSYDRDFLLRLQFDPNSKLKPANLPNLQA
VLKDSLQNTHNTMGDLRAFKDANITRHDSLMPGFAKANMGTRPPPTSRKSDRGKPKPNKP
NVIHVSLSLREDVKLRETENAWKPMRLKQLSLTEEEAKTEVLYKKVRSVLNKLTPQKFDT
LVEQVRHLPIDTQDRLQGVINLVFEKAVDEPSFSVEYALLCKQLALMEVTGSDTQDSSIS
FKKLIITRCQKEFEKNPIDDVARNRRLKEIDECNDPEKKKELTLALEDEERRIRIKSVGN
IRFIGELYKQQILTTKIMHRCIRQLIDQNDEDSLECLCKLLTTIGKDLELKGPTEEMQDY
FSKMQEIAARKGHSKISSRIRFMLQDVIDLRANKWIPRRNDNNPKTIDQIQKEAESERLD
MQVNNAPLNTVRKDDRNNDRKRNRGLGGPTDDGWSQPVGRVRPATYSVETAKLKNKPPPM
DDMQLGNRASYLWRATNPSNNSKTISSNKFACLENMSNLDQDKRMPPLPLSGSRSTGPRE
CGRDYKSYDGRSSRNGTHQSGSASSRESHPLLDNSQSRNISMLPPVLKSASQSGAISHKA
PMSEQEFTKAYNSILKHYLEEPIVENTGLEIQQKFDNATFAKLTRECINHVLEKSPIERE
LISKLLSHLLRATILPVECFKNGLGEVLEIVDDLVIDIPKIWTYLAEILSHSIEDGALAL
SELKSICINYLRRQGCVGKFLGELMTKVNRNKGPKWLGDKWDQSGLQLSHLIDPERENVD
KIIQEYNLEFLTGDYNSAKDSIATEQLSLEKIQENLIRLMKENTSFDEICSWITANVGSR
EKDPKFIRHLMTAILETTLERQHGTWKLNLDTFASLQTLIQRFVDANELLELQCLYAIQI
YINKIEFPPGTLVPIMNRLWMDNVISSDAFLTWQKKTPEGADVEGHSVSIVALTSFFTDL
QEPDDNSSVEELSTSANQGC
NT seq 6003 nt   +upstreamnt  +downstreamnt
atgagcatgccgacgaaggggaagcatcaccacctgtcccaccatcatcatcatcatccg
caacatcactcgcaacaacagccgccgccgtcgctgcagcaacatcaccagcagcaacag
cagcagcaaccgccgccgccgcctcctccgccgcagcaacaatcccatcaccctcaggcc
cagcatcagcaccagatcatcatcaaccagtctgtcgtgcatccatctccgcagacctat
agcgctgtcgtcaccaccaacacccgcttcctgaatgctggatcggagtttcatggaaac
tatagcggccaaccagggggtcaggtgggtggaagcgccgcgagtaatgtaggagtaccc
acgggtagagggcctccgccgctcggcggtatacaaacgataggacaatccgcagcgggt
ataccgccaggaggtcccgccggagggcaagcaccttcgcaagtcccgacaccgggagtg
caatcgcaacctccgcaaggtccagcgcctaccacgacaccacctgtgcacacaccatcg
ccccaggaaatgggaaagcaggcccacttgcagacgcagccgccgtctttacaaccagtt
tacgtgccgacgcaaaacagaccgacgtctcagggctattatcaaacgggtccaagacca
caacaaccgcggggtattggtcacagaggtggccagggtaccagcggaacacctgtagtc
gggatgtctggggtaggcggaggcggaggacaaccgcctgccctgtatcctcatccggct
gctggtttgccggtacagagcgcaatgtaccttggacaaagtcaagtccatggactgcat
actggaccgcatcagcagtcggtgtatcctatcaacaatcaaataccgattcatcagttc
tctggtccacctcaaaggcatcagccgcatcaaaatcaatcgttttatcaaaccttccaa
ccaccattaattgcaccgccaagtgtgttcactggatatccgcccacccaacatggccca
acagcatattatgtttcaacagattattatacaacgtcaaacacgatgagtttgactagg
gcgagtacgagtgcggtgagcggtggagcacagcatgttccgggtccgatggccggtact
caagctccagttgtacctcaaggtacacttcagcaacctactcaacaagcccaaaccctg
cctccgatgagtatgcctctgtcgcagactgatgtgtactcgggacacaatggtggtgcg
acgaacactaacagtgccaccaggtctcggaaacctagaggacaaaatgccattttggac
atagtaaatccgttaacaggcaaaaatataagtgacgaaatttataaggataacgaaact
acgcagagtggtgaatccagtaatcgcgagacgccacaaccacagaataatggtgcggag
gtgatagccgattttgcggctcgtgtcgcgaaggccgcgacagaggggtccgacacggta
tcgacgagcgcgtccgaaactgcgcctaacacaatacaaacaacggcgcaaacgtcgtta
tcgaacattcaaaccaattcctctaatgacgcaaatagttcgtgtagcagtagtccgcct
atgacaaaaaatatagctggcgctggcgctggcaaaacggtacctacgataaatagtcaa
tcgttaggtgcttgtagtaacgcgacgcaaatcgacccgaacgcgacaaaaacggagtcg
aaagcgttgcaactccccttgaaggagtttcagccgaggagtgagataaagagcgtgacg
atcgaggaatcgtcacccgtcgtcgtcgtcgtatcctcggtgatacctgtcgcaaataaa
gatactgtttccgtgcagcttaccgcgccgactgctaataccgaaacaacggctgtgaca
gcgacgatgacagccgagaccgaatccgccgaggccgccggaactactggcgtagccgta
accgttggaactgcagtcggagctggtggaactgctgttggtactggactcgccgccgag
gtcaccaagcagcagcaccatcaccaccaccatcaccacctcaacgcctcgtccaacgta
gtacagacaccggttatcccatattggagtaacgttacccaggaaatcccgaaaccgtcc
gccactgcctcgagcgccaatcccgttcctaccagggagcctttccctaatctatccaag
acttcgtctaactcgccgccgaggagaaaacccaacaacgttaccgagctgccttcgaat
accaaagagcaaaaggagaggaagacccgggagaagagtctcggctctcgaggcgccact
cctacgcccgttcacaatgttcaggcggccgatcaccaccatcatcatcaaaagacgaac
ggtgacgcagccggtgacaagatagaagcggagatggcgcatcctagaaacgagattcag
cagaaagcatccgatggtaaagctatgcagaagcaaaaaagcaaaaacaaattgaaaccc
cgcgaattgaatcgcaagggcgcagagaaggaaggtacggacatggatgcctttgtaaat
accgtatcggcagcgaaaacggcggagctcaaacaagacaacggcagcaaggagcaacat
gctcccgccctaaaagatagcaacaaagagcccagtagagaaatgagcaaggatatcaag
gacaaggacaattacgagtcaaagaaggagaaggaaattttgcccgttcacacgaaaatt
gaaaagcacgtatccactgaggtgcctaaggacagcactccggccgtgcaacaggcatct
cacgttgtcgccgataaggaatcctcgatcaagtcggaagacagtacgtttaatgcgctt
cctacgacatctcccaatgacgtcgtcgatcacgcagtggtcatcgaagagatgcacttg
gaggcattggtcgcgcagaaaaatgaagagaatttcaaggtatccgcgctccatgcgtcc
aacgacgaaaaagcagtgacgacagtcacatcgccggtcattacgacggagaagaagcag
gaggtcgagatttccactggtagcggtaatgccccattactcaaatacttgtataaagag
ggtcaatggagtccggtcaacatgagtggcagaaagtcctacgatcgggatttcctatta
cgtttacagtttgatcctaacagcaaactgaagccggctaatctaccaaatttacaagct
gttttgaaggatagcctgcagaatacacataatactatgggagatctgcgagctttcaag
gatgccaacattactaggcatgattcgttaatgccgggatttgcaaaagcaaatatgggt
acacgtccgccaccgacgagccgtaagagtgaccgaggcaaaccaaaaccgaataagcca
aatgttattcacgtttcgctatcgttgagagaagatgtgaaactaagagaaacagaaaat
gcatggaaaccaatgaggttaaagcagctcagtctcacggaggaagaggcgaaaacggaa
gtcctctataagaaagtacgaagtgtattgaataaacttactccgcaaaagtttgacacg
ttagttgagcaggttcggcatctgccgatcgatacgcaagaccgcctgcaaggagtcatt
aatctggtctttgaaaaagccgtcgatgaacccagcttctccgtcgagtacgcgttgttg
tgcaaacaattggccttgatggaagttacaggttccgatacccaagatagttccattagc
tttaagaagctcatcatcacgcgttgccaaaaagaattcgaaaagaatccaatcgatgat
gtcgcaagaaatcgaaggctaaaggaaattgacgagtgtaatgacccggagaaaaagaag
gaacttacgttggcgctcgaagatgaggagcgcaggatacgaattaaatctgtaggaaat
atcagattcatcggggaactgtacaaacagcagatcttaaccacgaaaattatgcaccga
tgtattcgtcaactcatagatcagaatgacgaagatagcttggagtgtttatgcaaactg
ttgaccactattggcaaggatttggaattaaaagggcctactgaggagatgcaagactac
tttagtaaaatgcaagagattgctgctcgaaaaggtcatagcaaaattagctctaggata
cgttttatgcttcaagatgttatcgatttaagagcaaataagtggattccgagaagaaac
gataacaatcctaaaacgatagaccaaattcaaaaggaagcggaatccgaaagactggac
atgcaagtgaacaacgctccgttgaatactgtgcgaaaggacgatcgtaataacgatagg
aaaagaaatcgtggactaggtggtcctactgacgatggttggagtcaaccagtaggaagg
gtgagacctgcgacatattcggtggaaacagcaaagttaaagaataaaccgccaccaatg
gacgacatgcaactcggcaacagagcatcttatttatggagggctactaacccatccaat
aactccaagacgataagctccaacaaatttgcctgcttagagaatatgtccaatttagat
caggataagaggatgccgcctttaccgctatctggatcgcgatcgactggcccaagagag
tgcggtcgagattacaaatcttatgacggtaggagctcccgtaacggcactcaccaatcg
ggcagtgcgtcgagtagagagagccacccattactggataactctcaaagccggaacatc
tcgatgcttccgcccgtattgaagtctgcttcacaatctggggctataagtcacaaagct
ccaatgtcggagcaagaatttacaaaagcttataattctatattgaaacactatctggag
gaaccgattgttgaaaatacaggattagaaattcaacaaaaattcgataatgctacattt
gccaaacttactcgtgaatgtattaatcacgttctcgagaagtcacctatcgaacgagaa
ctcatctcgaaactattgtcccatttgctcagggctactattttgcctgtggaatgtttc
aagaatgggttaggagaagtgcttgaaatagtggacgatttggttatcgatataccaaaa
atttggacttatctagccgaaatattatcacattcgatagaggacggagctcttgcatta
tccgaattgaagagtatatgtataaattatttgagaaggcaaggctgtgtaggcaaattc
cttggagaacttatgacaaaagtaaatcgcaacaaagggcctaaatggcttggcgataag
tgggaccaaagtggacttcaactaagccatttaattgatccagaacgagagaatgtcgat
aaaattattcaggaatataatttggagtttctaactggtgattacaatagtgccaaagac
tccattgctaccgagcaactctcgttagagaaaattcaggaaaatcttataaggctcatg
aaagaaaatacttccttcgacgaaatttgcagttggataactgcaaatgtcggtagtaga
gaaaaggatcctaagtttataagacatttaatgactgccatcttagaaactacgttagaa
cgacagcacggcacttggaagctaaacctagatacttttgcgagtttgcaaacgttaatt
caacggtttgtcgacgcgaatgaattattggaattgcagtgcctctatgcaattcaaata
tatattaacaaaattgagtttccacctggtaccctcgttcccattatgaaccgattgtgg
atggataatgtgatatcaagtgacgcgtttttgacgtggcaaaagaaaactccggaaggt
gcggatgtcgaaggccacagcgtctcaatcgtcgcacttacgtcgtttttcacagacttg
caagagccggacgataattccagtgtcgaggaattgtcaactagtgcgaatcagggctgt
tga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (54)   
   KEGG ORTHOLOGY (1)   
   RefGene (50)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (68)   

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