KEGG   Musa acuminata (wild Malaysian banana): 103970037
Entry
103970037         CDS       T03447                                 
Name
(RefSeq) eukaryotic translation initiation factor 4G-like isoform X1
  KO
K03260  translation initiation factor 4G
Organism
mus  Musa acuminata (wild Malaysian banana)
Brite
KEGG Orthology (KO) [BR:mus00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:mus03019]
    103970037
   03012 Translation factors [BR:mus03012]
    103970037
Messenger RNA biogenesis [BR:mus03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    eIF4F and regulatory proteins
     103970037
   mRNA cycle factors
    Stress granule specific factors
     103970037
Translation factors [BR:mus03012]
 Eukaryotic type
  Initiation factors
   eIF-4
    103970037
SSDB
Motif
Pfam: MIF4G MA3
Other DBs
NCBI-GeneID: 103970037
NCBI-ProteinID: XP_009381940
UniProt: A0A804L2L2
Position
11:100552..111198
AA seq 1948 aa
MSVYQSRAERIQGQLRKPGRPGSSGQQRSSIGGGGGGGGGGSAPPPIPISASPATPSSLS
TNRSFKKSGNGHGGQSRINPTTASSEASGAAPAITVHRAVQNGAQAPAPSPGFSDAPAPG
SAKPIDVLTPRNASRAIPKAPSSQSATGASSSSTPLTLPKGDASKTFTLQFGSINPGIMN
ELQIPARTSSAPPNLDEQHDQAHAESFGAAPTLPIPSVPIQQQQQQTKKVGGGTHQSSNL
EQHPVSQAKRDTSIPVPSASVVPPPKSSVLPVSGIPLPMSMSFQPQQPPVPPQLGGPSPQ
MLPGLAANSLQMTMTLPVANVPQVAQQIYVPGIQPHFVQQQALMHQGQGLGFPPSIVHQL
PQQLGNLGMGITSQFPQQQPGKFGGLRRTTVKITHPETHEELRLDKKTDSSKDGGTSGQR
LLPNVIPQAQAIATYNAAPQMYYPQIQQNSYSPSTLIFTTTSVPLTSGQVSMSSQAPRYS
YSVSQSGQNLPVMQSTMANNVPVGKPSHSSSLCCITKGINSEEKPVSTSLPATVHVTAKP
SIGSEGEKVGASLLAPPVVISMPVSKAPKSVKTMADSTDSCQRNKETSPDGPARQPKSGS
KPLADVSLPNANTSSTAGASVPSTKPLISESPAADSGLIPFGPDGRKREPVERSDSLKET
QKKQSNKEHLQLDASSPEGANLSLLKITEGRFERELIFQEGHTKTENTETLLATDMAASS
MWPSLKAENRNLSGGTTKPCEGNLTPAVSSLSGAILEEEASQDASLGHADSFGLAPDGVS
IIEDFPSETTISLSPMVDGTHFKSLDTSLSVANTALDARIDEMLDVTEHGKSDIFNASSR
HSNDAEVHPSSTIRNSSEFSCPFVSLKEDDGVRNYQKVTSRDYNAVDNKPLNSFVEDVGT
RVEINRTVNVHYRSIDAALDSADSGTALVSDVSSANDGKDKLHMCPTTREVKYSKDVGLT
DSGVTPIESVPVPNSSLSEVAQKLGSKVMELPSVLISMASMGQKEKSSLESSMPKIVAGR
KKKRREILLRADAAGASDLYNAYKGPGEKIVIVSNSASIDSSTADTMVAHVDYSNKDVAA
SEEDGQNKAELDDWEDAADISTSKLKTLEHGKPADGAGKQDGDDGYEATSRKKYSRDFLM
TFSQQLIELPVGFEIGSDIADALMSTPLGKSPCLSPGRIIDRPSGPRSDRRMVSNLDDEK
WSRSPVSFGTGRDLRLDAGQGAAIVSLRPGQGASYAVLRNSRAQASNQFGGGILSGPTQP
LTSQGSMPRGSPDVDKWQRAKGLIPSPQAPLQVMHKAEKKYEVSKSVDKEEAKQRQLKAI
LNKLTPQNFEKLFAQVKEVNIDNAVTLTGVISQIFDKALMEPTFCEMYANFCVHLACELP
GFNEDNEKITFKRLLLNKCQEEFERGEREQAEADKVEEEGEIQQTKEDREKKRLQARRRM
LGNIRLIGELYKKKMLTERIMHECIKKLLGQYQNPDEEDLEALCKLMSTIGEMIDHPKAK
EHMDAYFDMMTKLSTNQKLSSRVRFMLRDAIDLRKNKWQQRMKVEGPKKIEEVHRDAAQE
RQSQSSRLARGPINSNVPRRGQAVDYGPRGSMPLTSPNSQQVGGLRGLPFQSHGYGKQDV
RVEDRHQFETRTMSLPLQQRSTDDDSITLGPKGGLARGMSIRGHPSISNVPATETSLAVE
HRRITSGPNGTSYMADRLSGATSDQLNLQVHSSYYGVRDFKSSDHPFERSVPSILPSGRT
HGTSGGSLNSVSETRTISEEVLREKSILAIREFYSAEDEKEVVLCIKELNAPSFHPSVIS
LWVIDSFERKDVERDLLAKLIVKLCKSRDSFLDKDQLLQGFESVISSLEDAVNDAPKAPE
FLGRIFAKVVMEDMAPLRDIGRLLCEGGEESGCLRESGLAADVLGNIFETIKLERGDTVL
DEIRASSNLPLQDFRPPHPIKSKLDTFF
NT seq 5847 nt   +upstreamnt  +downstreamnt
atgtccgtctatcaatccagggctgagaggatccaggggcagcttaggaaacccggtcga
ccgggcagctccggccagcagaggagttccattggcggcgggggcggcggcggcggcggc
ggctccgcccctcctcctatccccatctctgcatcccctgctactccttcgtcattgtcg
acgaaccgaagcttcaagaaatctggtaatggacacgggggtcaatctaggataaatccc
acaaccgcgagttctgaagcgagtggtgctgctccggctattactgtccatcgggctgtt
cagaatggtgctcaggccccggctccctctcctggattttcagatgcaccagccccaggc
agtgcaaaaccgattgatgtgctgacccccagaaatgcatcccgagctatcccgaaggcg
ccatcttctcagtctgctactggagcttcgagttcttcaacacccttgacacttccgaaa
ggggatgcatctaagacctttactcttcagtttggctcaataaatcctggcatcatgaac
gaattgcagattcctgctcggacaagctcagctccgccaaatctggatgaacaacatgac
caggctcatgctgagtcctttggagctgctccaacattgcctataccttctgttccaata
cagcagcaacaacaacaaactaaaaaggtaggtggtggtactcatcagtctagcaatctg
gagcaacatcctgtatcacaagcaaagagagatacaagcatcccagtcccatctgcctca
gttgttcccccaccaaaatcatctgttcttccagtttctgggatacctttgcccatgtct
atgtcatttcaacctcaacaaccaccagttcctcctcaacttggtggccctagcccacag
atgctaccaggtctcgcagccaattcactgcaaatgacgatgacattacctgtggccaat
gtcccccaagttgcacagcaaatttatgttcctggcatccagcctcattttgtgcaacaa
caggcactgatgcatcagggacaaggtttagggtttcccccttcaattgttcatcaatta
ccccaacaattaggaaacttgggaatgggcattacttcacaatttcctcaacagcagcca
ggtaaatttggtggccttcgtaggaccacagtgaaaataactcatccagaaactcatgaa
gagttgaggcttgacaaaaaaactgattcttccaaggatggtggtacctctgggcagagg
ctgcttcctaatgtaatcccacaagctcaggctattgcaacgtataatgctgctcctcag
atgtattacccccaaatacagcaaaattcttatagcccttctacacttatttttactact
acttctgttcctctgaccagtgggcaggtgtcgatgagctcacaagctccaagatatagc
tattctgtcagtcaaagtgggcaaaacttgcctgtcatgcagtcaaccatggccaacaat
gttccagttggcaaaccttcacattcatcctctctgtgttgcattactaaagggataaac
tcagaagagaaaccagtttccacctccctccccgccacagttcatgtaactgccaaacca
tccatcggttcagaaggtgagaaagttggggcatccttgttggcacctccagtggtaatt
agcatgcctgttagcaaagcccctaagtcggtaaagactatggcagattctactgattct
tgtcaaagaaacaaagagacaagtccagatggacctgctcggcagcctaagtcaggttcc
aaaccgttagctgatgtttcattgcctaacgcaaacacaagctctactgctggtgcttct
gtgccctcaacaaagccattgatctctgaatcaccagctgctgactctggcttaattcca
tttggacctgatggcaggaaaagagaacctgttgaaagatctgattctttgaaggaaacc
cagaagaagcaaagtaacaaggagcatcttcagttagatgcatcttctcctgaaggagca
aacctgtctttgttaaaaattaccgagggtagatttgagagagaacttatttttcaggaa
gggcacactaaaactgagaatactgaaactcttttagcaactgatatggccgcttcttcg
atgtggccttcccttaaagctgaaaacaggaatctttcaggaggaacaactaagccatgt
gaaggtaacttaacgcctgctgtatctagcttatctggagcaatattggaggaggaagca
tcccaagatgcttcgctagggcatgctgattcatttggcttggcacctgatggtgtttcc
atcatagaggattttccttctgagaccacaatttctttgagccctatggtggatggaaca
catttcaaaagtttggatactagcttgagcgtggcaaacacagctttggatgctaggata
gacgaaatgcttgacgtaacagagcatgggaaatctgatatatttaatgcttcatcacga
cattctaatgatgctgaagtacatccatcttctaccatcagaaattcttctgaattttcg
tgtccatttgtgtcactaaaagaagatgatggggtaagaaattatcagaaagtgacatct
agggactacaatgcagtggacaacaaaccgttgaatagctttgttgaagatgttggtacc
agagtggagataaataggacagtcaatgtacattatagatctattgatgcagctttggac
tcagctgattctggaactgcacttgttagtgatgtttcatctgcaaatgacggcaaagat
aagcttcatatgtgtccgaccacacgtgaagtaaaatatagcaaggatgttggtttgacc
gattctggtgttacgcccattgaatcggtccctgtccctaattcatccctttctgaggtg
gcacagaagctgggatctaaagttatggaattgcctagtgtactgatttctatggcaagc
atgggacagaaggaaaaatcttccttggaaagctcaatgcctaagattgtggctggaaga
aagaagaagagaagggaaatacttttgagagcagatgctgcaggggcatctgacctttac
aatgcgtacaagggcccaggggaaaagattgtgattgttagtaactcagcaagtatagat
agctcaacagctgacacaatggttgcacatgtagattattctaacaaggacgttgctgca
agtgaggaagatgggcagaacaaagctgaattggatgactgggaagatgcagctgatata
tccacttcaaaactgaaaacattagagcatggaaagccagctgatggagcagggaagcaa
gatggtgatgatggttatgaagccactagtcgaaagaaatattcgagagattttctaatg
accttctcgcagcagcttatcgagcttcctgtaggttttgagattggttctgacatagca
gatgcattgatgagcactccacttgggaaatcaccatgtctaagtcctgggaggatcata
gaccggccatcgggtcctcggtcagaccgtcgtatggttagcaatttggatgatgaaaaa
tggagcagatcacctgtgtcttttggcactggacgtgaccttagattggacgctgggcag
ggagctgcaattgttagtcttcgacctgggcaaggtgccagttatgcagttctgagaaat
tctcgtgcccaggcatccaatcaatttggaggaggtatcctgtcaggaccaacacaaccc
ttgacatctcagggaagcatgccacgtggaagtcctgatgtggacaagtggcaacgcgca
aaaggtttaataccctctcctcaagcacctttgcaggttatgcacaaagctgagaaaaag
tatgaagtgagcaaatctgttgataaggaagaggcaaagcaaagacaactaaaagccatc
cttaacaagttaacacctcaaaattttgaaaaactctttgcccaggtcaaggaggttaac
attgacaatgcagttactcttactggtgtgatctcacagatttttgacaaagctttaatg
gaaccaaccttctgtgaaatgtatgctaatttctgtgttcatctcgcttgtgaactaccg
ggtttcaatgaagacaatgaaaagatcacttttaaaagactgctccttaacaaatgtcaa
gaggaatttgaaagaggggagagagaacaagctgaagctgacaaagttgaagaggaaggt
gagatccagcagaccaaagaggacagggaaaagaaaaggcttcaggcccgcaggcgcatg
ctgggcaatattaggttaattggggaattgtacaaaaagaagatgttgactgagagaatc
atgcatgagtgcatcaagaagttgttgggacaatatcagaatcctgatgaggaagatctt
gaagctttgtgcaaattgatgagtacaattggggagatgatagatcaccccaaagcaaag
gagcacatggatgcatactttgacatgatgacaaagctctcaacaaatcaaaagctatcc
tcacgtgttagatttatgctgagagatgcaattgatcttaggaagaataaatggcagcag
agaatgaaagtcgaggggcctaagaagattgaggaggttcacagggatgcagctcaagaa
aggcaatcccagtcaagtaggttggctcgtggtcccatcaatagtaatgtcccaagacga
ggtcaagcagttgattatggtccccgtggttccatgccattaacttctccaaactctcag
caggttggtggtcttcgtggattgccatttcagtcccatgggtatggcaagcaggatgtg
cgggtggaggataggcatcagtttgaaacaagaacaatgtcacttcccctccagcaaagg
tctactgatgatgattctattacccttggtcctaaagggggtcttgccaggggaatgtct
atcagaggacacccatcaatatctaatgttccagctactgaaacttctctagctgttgaa
catcgtagaataacgtcaggtccaaatggtactagttatatggcagataggttatctgga
gcaacatctgatcaattaaaccttcaagttcatagtagttactacggcgtcagagacttt
aagagttcagatcatccttttgagagatctgttccatctatcctaccttctggacgaact
catggcacttcaggtggcagcctaaactcggtttctgaaacaagaacaatatcagaagaa
gttttacgagaaaaatcaatattggcaattagagagttctacagtgccgaggatgagaaa
gaggttgtgttgtgcatcaaggaattaaatgctccaagttttcatccttctgtcatctca
ttatgggtcatcgactcctttgaaagaaaagatgtggaacgagatctcctagcaaagctt
attgttaagctttgcaaatcaagagatagcttccttgataaagatcagctactccagggg
tttgaatctgttatttcttcgttggaggatgccgtaaatgatgctccaaaagcacctgag
tttcttggtcgcatttttgctaaagttgtgatggaagatatggcccctttgagagacata
ggaagattgctatgtgaaggaggcgaagaatcaggctgtctaagagagagtgggctagcg
gcagatgtgctcggtaacatttttgagaccataaaactagaaagaggagatactgtcttg
gatgagatccgggctagctccaatctaccgttgcaagactttcgaccaccgcatccaata
aaatcaaagttggatacatttttctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (2)   
   Pfam (2)   
All databases (50)   

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