KEGG   Cucumis melo (muskmelon): 103496918
Entry
103496918         CDS       T03195                                 
Name
(RefSeq) eukaryotic translation initiation factor 4G isoform X1
  KO
K03260  translation initiation factor 4G
Organism
cmo  Cucumis melo (muskmelon)
Brite
KEGG Orthology (KO) [BR:cmo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:cmo03019]
    103496918
   03012 Translation factors [BR:cmo03012]
    103496918
Messenger RNA biogenesis [BR:cmo03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    eIF4F and regulatory proteins
     103496918
   mRNA cycle factors
    Stress granule specific factors
     103496918
Translation factors [BR:cmo03012]
 Eukaryotic type
  Initiation factors
   eIF-4
    103496918
SSDB
Motif
Pfam: MIF4G MA3 Rep_fac_C
Other DBs
NCBI-GeneID: 103496918
NCBI-ProteinID: XP_008457179
UniProt: A0A1S3C4H6
Structure
Position
5:10755132..10807573
AA seq 1888 aa
MSFNQSRSDKNEGYTQYRKSGRSNNFNPQRGSSGTHSKPGGAGGSAPTSSIASNRSFKKT
NNAQGGQSRGGLPAVNSTDSSNAPNPRGVQNGAVAKPPEGPHSQRSTRDVPKAPTSQSAP
LSSDGPAPTTPAKGTGDQPKEFAFQFGSISPGFMNGMQLPVRTSSAPPNLDEQKRDQARH
ESFRPVPPMPIPLAPKPQTQRKDTGAGDQPNVGQQLQQKDTGIINQPSTGDAHTVQKAKK
DMQASPNHPTNQTQKPTTPMSGISMTMPYHPPQVPVPFGGPNQQMQSQGLTPTSLHMSIP
VPLQIGSSPQVQQPMFVPGLHPHPMQPQGIIHQGQGLGFATQIGSQLPPQLSNLGMNVTS
QYPQQQGGKFGGPRKSAVRITDPKTHEELIFDNKQSNAYADTGTSGPRPPYNLPSQTQPL
PYAPSHAMNYYPNSYNPNPLYFASPSSLPLPSGQSAPNSQPHRFNYPVSQGSQNVPYIDM
HVKKPSGGPMHGISDPPNREHTRDTHTFQPPAPSGTVHVTIKMPTDPTGGKGSDTLPNKL
PTTEEGKSQKPSSPSVDLIPPSQRAVDTTSESSLHDSKLGREPSGIKSSPVISKQFTDGP
PMVSLESQDSSSVQSSLTASSEESELAVAHSEVRRENLLGSDLHKDHQKKTSKKGYAQSL
QHQISGQASSALGLPCQVQDTTSPLVSEAVEAKSLIIPAVVGGKSVSVSAVTSDPLESKD
AGLVSVAHSSSPENPGLGNVKNLDLISDDNQDTSSKEKHSEPVVLKIEEQGQATFSEPPV
DLKNSENVLDHDVSKSVEVAEKTERDLIVSSATVSNEVLTSETAQRAVDEPVSCNAEADV
SASVSSSSTVPENSQDDKLVVDSSGRYDNMSSNEVLKNVVKSDQPSEPALNPGLSEGKND
GEVLDTVGTGANSSQGVSGTKDKSVVETNRVKGTTGKAKKRLKAILQMADAAGTTSDLYN
AYKRPEEKKETVAHSESIERTESRSSSVDTEQESNEAIKEDAGALSKAEPDDWEDAADIA
TPDLESANGDGVGTSMLDSGDRTGDMAKKYSRDFLLKFAEQFLDLPHNFEVTSDIESLMS
THTNVSHHHDRDPYPSPGRVDRPSSGGSRLDRRGSNLVDDDRWSKLPGPFAPGQDPRLDL
AYGATAGFRPGQGPNFGVLRNPRAQAPVQYAGGILAGPMQSMGPQGGLQRNNSDADRWQR
ATNFQKGLIPSPLTPLQTMHKAKKKYEVGKVSDEEETKQRQLKAILNKLTPQNFEKLFEQ
VKAVNIDNGRTLTGVISQIFDKALMEPTFCEMYANFCFHLAGELPDLSEDNEKITFKRLL
LNKCQEEFERGEREQEEANKVEEEGEVKQSEEEREEKRIKARRRMLGNIRLIGELYKKKM
LTERIMHECIKKLLGEYQNPDEEDVEALCKLMSTIGEMIDHPRAKDYMDSYFEIMTMLSN
NMKLSSRVRFMLKDAIDLRKNKWQQRRKVEGPKKIEEVHRDAAQERQAQTGRFGRGPSIN
SSARRGGPPMDYGPRGSVVSSPGNQMGGFRAFLHQPRGYGGNQDARQDERQSYEARTLSV
TSQRAGGDESITLGPQGGLARGMSIRGPQPSSAAPADMSPLPGDLRSAPIASLNGYSSAS
ERATLTSKEDLISRHMPERFAGPTSMDHISSPERYSNYGNKDLRHSGRSFDRSRPISPAT
PPGPALTPSLPSEKVLSEDRLQQLSLTAIKEFYSARDEKEVALCIKELNSPAFHPTMISL
WVTDVFERTNLERDLLAKLVVNLSRPNNGTLNQAHLVKGFEAVLGNLEDSVNDAPRAPEY
LGQILGKVITESMVSLREVADLICQGGEVPGNLLQSGLGADVLGNILKTIKTEKGEGFLT
DLRTNSNLRLETFLPPDPVKSRVLEEFI
NT seq 5667 nt   +upstreamnt  +downstreamnt
atgtccttcaatcaatcaaggtccgataagaacgaaggctacactcagtatcgcaaatcc
gggcgatccaacaattttaatccacagcgaggctcttcaggcactcactctaagcccggc
ggtgccggtgggtccgcccctacctcctccatcgcttctaatcgtagttttaagaagact
aataatgctcaaggagggcaatccagaggaggtctacctgctgtaaattctacggattcc
agtaatgctcctaacccgcgaggagtgcaaaatggtgcagttgccaagcctccagaagga
ccacattcccagagaagcaccagagatgttcctaaagctccaacttctcaatctgccccc
ttgagttctgatgggcctgcgccgactaccccagcaaagggtactggtgatcaacctaag
gaatttgctttccaatttgggtcaattagtcctggattcatgaatggtatgcagcttcca
gttaggactagctcagctcctcctaatctagatgaacagaaacgtgaccaggcacgccat
gaatcttttagaccagttcctccaatgcccatacctttagctcccaagccacagacacaa
aggaaggatactggagctggtgatcaacctaatgtcggacagcagttacaacagaaggat
actggtattattaaccaacctagtactggggatgctcatacagttcaaaaggctaagaag
gatatgcaagcatcaccaaatcatcccacaaaccaaactcaaaagcccaccactcccatg
tcgggaatctctatgacaatgccttaccacccaccacaagtaccagtgccatttggaggt
cctaaccaacagatgcaatcacagggcttaactcccacttcactgcacatgtccattcct
gtgccattgcagattggaagctctcctcaagtgcaacagccaatgtttgttcctggtctt
catccccatccaatgcagccgcaggggatcattcatcagggacagggcttgggttttgca
actcaaatagggtctcagttgcctcctcaattaagcaacttaggcatgaatgtaacttca
caataccctcaacagcaaggagggaagtttggtggccctcgtaagtctgctgttagaatt
actgatccaaaaacacacgaagagttaatatttgataataagcaatcaaatgcatatgct
gatactggtacttcaggccctaggcctccgtataatcttccttctcaaacacagcctctt
ccatatgcaccaagtcatgcaatgaactactatcctaattcatacaatcccaatccttta
tattttgcaagccccagttctcttcctttgcctagtggtcaatctgcaccaaattctcag
cctcacagatttaattatccagttagccaaggctctcaaaatgtgccgtacattgacatg
catgttaagaagcccagtgggggcccaatgcatggaatttcagatccacctaatagagag
catactcgtgatactcatactttccaaccccctgctccctcaggaactgttcacgttaca
atcaaaatgcctactgatcctacaggtggcaagggttctgacacattgccgaataaatta
cctacaactgaagaaggcaaatcacagaaaccctcaagcccatctgtagatttaatccca
ccttctcaaagggcagtagatacaacctcggagagttctctacatgattcaaaacttgga
agagagccatccgggattaagtcttcacctgtaatatctaaacagtttactgatggacct
ccaatggtttctctggaaagccaagattccagctctgtgcaatcttcattgactgcttct
tctgaggaatctgagttagctgtagcacatagtgaagtgagaagggaaaatttattaggg
tctgatttgcacaaggaccatcagaagaaaacgagcaagaaagggtacgcccaatcacta
cagcatcagattagtggacaagcttcatcagcattgggactaccttgtcaagtgcaggat
acaacttctcctttagtttctgaagcagttgaagctaaatctttgatcattcctgcagtt
gtgggaggaaagtcagtatcagtcagtgctgtgacttctgatcctttagaatctaaggat
gctggtttggtttctgtagctcattcatcttctcctgaaaatcctggtctggggaatgtc
aagaacttggatctcatttctgatgataatcaggatacatcttcaaaagaaaagcattca
gaacccgtggtgctgaaaatagaagaacaaggacaagcaacattttctgaacctcctgta
gatcttaagaattctgaaaatgttttggatcatgatgtttcaaagtctgtggaggttgct
gagaaaacagaaagggacttgattgtgagctcagctactgttagcaacgaggttttgacc
tctgaaactgctcaaagggctgtggatgaacctgtgagttgtaatgcagaagctgatgtc
tctgcttccgtgagttctagttcaactgttcctgaaaattctcaagatgacaagttagtt
gttgattcttctggtagatatgacaatatgagtagcaatgaagttctgaaaaacgttgtc
aaatccgaccaaccatctgaacctgctctaaaccccggactttcagaaggaaagaatgat
ggagaggtgctggatactgttggtaccggtgccaatagttcacaaggtgtttctggtact
aaggataaatctgttgtggagactaacagggttaagggtactactgggaaagctaagaag
aggctgaaggcaattcttcaaatggcagatgctgctggaacaacttctgacctttataat
gcatacaagcgacctgaagagaagaaagaaacagtagcacattcagagagtattgagagg
acagaaagtagatcatctagtgtggacacagagcaggagtccaatgaggctattaaagaa
gatgctggtgctctgagtaaagctgagcctgatgattgggaagatgctgctgacattgct
actcctgatctggaatcagctaatggcgatggtgtaggtacatcaatgctcgacagtgga
gacagaacaggagatatggccaagaagtattctagggattttctcctcaagtttgccgag
cagtttctggaccttcctcataactttgaagttacatctgatatagagtctttaatgagt
actcataccaatgtatcccatcatcatgaccgtgatccatatccaagtccaggacgtgta
gatagaccttcgagtgggggatcacggttggatcgtcgtggtagtaatttggttgatgat
gaccgatggagcaaattgcctggaccttttgctcctggacaggatcctcgtttggatcta
gcttatggagctactgcgggtttccgacctggtcaaggacccaattttggtgttctaagg
aacccccgggcacaggctcctgttcagtatgctggaggaatacttgctgggcctatgcag
tccatgggaccacagggtgggttacagagaaataattctgatgcagatagatggcagcgg
gctaccaattttcaaaagggtttaattccttcaccgctgacaccattgcaaactatgcac
aaagctaagaagaagtatgaggtgggtaaggtgtcagatgaagaagaaaccaaacagagg
caattgaaggctatactaaacaagctaactcctcagaactttgaaaagctctttgaacaa
gtaaaagcagtaaacattgataatggtagaacgctaactggagtaatatcacagattttt
gacaaagctttaatggagcctactttctgtgaaatgtatgccaacttttgtttccatctt
gctggagaactgcctgatttaagtgaagacaatgagaagattacttttaagagattgtta
ctcaacaaatgtcaggaggaatttgagagaggtgaaagagaacaggaagaagccaacaaa
gttgaagaagaaggtgaggtaaagcagtctgaagaagaaagagaagaaaaacggattaag
gcacggagaagaatgcttggtaacattagattaataggggagctgtacaagaagaaaatg
ttgactgaaagaataatgcacgagtgcatcaagaagttactgggagaatatcagaatcca
gatgaggaagatgttgaagctttgtgcaagttgatgagcacaattggagagatgatagat
catcccagagctaaagactatatggattcttattttgagatcatgacaatgttatcaaac
aacatgaaattatcatccagggttcggttcatgctaaaagatgctattgacctgaggaag
aacaaatggcagcagaggagaaaagttgaaggcccaaagaagattgaggaagtacacaga
gatgctgctcaagagaggcaggctcaaactggtaggtttggtcgtggcccaagcataaat
tcttcagcaaggagagggggcccacctatggattatggccctaggggatcagttgtgtca
tccccaggcaatcagatggggggtttccgtgcatttctacatcaaccccgtggatatggt
ggtaatcaagatgctcgtcaagatgaaagacagtcttatgaagctaggacattgtctgtt
acatcccaaagagcaggtggtgatgagtcaattactttgggaccacaaggtggccttgct
cgaggaatgtccattagaggaccacaaccaagttctgctgctcctgctgatatgtcccca
cttccaggagatttgagaagtgcaccaatagcttctttgaatggatatagttctgcatca
gagcgtgcaaccttaacttctaaggaggatctaatttcaagacatatgccggagagattt
gctggtccaacttcaatggaccatataagtagtccagagcgttattcaaattatgggaat
aaggatttgagacattcaggtcggagttttgatagatctcgtccaatttcacctgccaca
ccaccggggccagctttgaccccaagtcttccatctgaaaaagtactgtctgaagatcgg
ttacaacaattgtcattgacagcaatcaaggagttttacagtgccagagatgagaaggaa
gtggctttgtgcattaaagagttgaactctccagccttccatccaaccatgatcagtctg
tgggtcacggacgtgttcgagaggacgaatttggaaagggatctattggccaaacttgtt
gttaacctctcgaggcctaacaatggcacattgaaccaggctcatcttgttaaagggttt
gaagcagttctcggcaatttagaagattctgtaaatgacgccccaagagctccagaatat
ttgggtcaaattcttgggaaagtgatcacagaaagcatggtttctttaagagaagtggca
gatttgatctgtcaaggtggagaggtacctgggaaccttcttcagtccgggcttggagct
gatgttcttggcaacattttgaaaacaatcaaaacagagaaaggcgaagggttcttaacc
gatctgcgcacaaactcgaatttgcggttggagacgtttctgcctcccgaccctgtgaaa
tcaagagtgttagaggaatttatttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
3D Structure (1)   
   PDB (1)   
Protein domain (3)   
   Pfam (3)   
All databases (20)   

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