KEGG   Xenopus tropicalis (tropical clawed frog): 100493879
Entry
100493879         CDS       T01011                                 
Symbol
nf1
Name
(RefSeq) neurofibromin isoform X1
  KO
K08052  neurofibromin 1
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04010  MAPK signaling pathway
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    100493879 (nf1)
SSDB
Motif
Pfam: RasGAP CRAL_TRIO_2 CRAL_TRIO
Other DBs
NCBI-GeneID: 100493879
NCBI-ProteinID: XP_002936865
Xenbase: XB-GENE-488024
UniProt: A0A8J0QMR5
Position
2:complement(104648662..104787963)
AA seq 2785 aa
MAAHKPVEWVQAVVNRFDEQLPIKASQQNTHTKVSMEHNKECLINISKYKFSLVISGLTN
ILKNVNHMRISGETSEKNLYLSQLIILDTLDKCLAGQPKDSMRLDETMLVKQLLPEICHF
IHTYREGNQYAAELRMSASGVLFSLSCNNFNAVFSRISTRLQELTVCSEDNADVHDIDLI
QYINVDCSKLKRLLQETVFKFKSLKKVAQLAVINSLEKAFWNWVENYPDEFTKLYQRPQT
DMADCAEKLFDLVDSFAESNKRKAAVWPLQIILLVLCPEIIQDISKDVVEESKMNKKLFL
ENLRKALAGHGGTKSLTETAAIASVKLCKASTYINWEDNSVIFHLVQSLVIDLKNLLFNP
SKPFSRGAVSQNADLDLMIDCLVSCFRINPHNNQHFKTCLAQSSPTTFHYVLVNSLHRII
TNSALDWWPKIDAVYCYSGELRSMFSETLKLVMQQTASRLTPSLTFKEKMPYLKFKDRLA
DPETKSYKYLLLSVVKLIHGDPKLLLYNPGKAVSDTQSSTAELINGLVQLVPQSNMPEIA
QEAMEALLVLHQSDSIELWNPEAPIETFWEISSQMLYSICTKLTGHQLLNSTEILKWLRE
ILICRNKFLLKYKESAAAGSGIPICRQAQTKLEVALYMFLWSPDTEAVLVAMSCFRSLCE
EADIRCGVDEVSVHNFLPNYNTFMEFASVSNMVSTGRAALQKRVMALLRRIEHPTAGNTE
AWEDTHAKWDHATRLILNYPKTKLEDGQAPESLHKTIVKRRMSHVSGGGSIDLSDTDCLQ
EWINMTGFLSALGGVCLQHRGNAGLVTYSPPMGPVNERKGSVISMVSTEGNAETPVSKFL
DRLLSLMVCNHEKVGIQIRNNIKDLVGLELSPALYPMLFNKMKNNISKFFDSQGQVLLTD
TNTQFVEQTITILKNLLDNHTEGSSEHLGQASLETMMLNLVRYVRVLGNLVHAIQIKTKL
CQLVEVMMERRDDLSFCQEMKFRNKMVEYLTDWVMGTSNQAADEDVKCLTRDLDQASMEA
VVSLLAGLPLQPEEGDGVELMEAKSQLFLKYFTLFMNLLNDCSEAEDDGTQTGGRKRGMS
RRLASLRHCTVLAMSNLLNANVDSGLMHSIGLGYHKDLQTRATFMEVLTKILQQGTEFDT
LAETVLADRFERLVELVTMMGDQGELPIAMALANVVPCSQWDELARVLVTLFDSRHLLYQ
LLWNMFSKEVELADSMQTLFRGNSLASKIMTFCFKVYGATYLQKLLEPLLRTFITSPEWQ
YVSFEVDSTRLEGNELLEENQRRLLQMTEKFFHAIINSTNEFPTQLRSVCHCLYQATCHS
LLSKATVKEKKENKKSVVSQRFPQNSIGAVGSAMFLRFINPAIVSPYEAGILDKKPPPRL
ERGLKLMSKILQSIANHVLFTKEEHMRPFNEFVKSNFDAARRFFFDIANNCPPSDTVNHS
LSFITDGNVLALHRLLWNNQEKIGQYLSSNRDHKAVGRRPFDKMATLLAYLGPPEHKPVA
DTHWSSLNLTSSKFEEFMTRHQVHEKEEFKALKTLNIFYQAGTSRAGNPVFYYIARRFKT
GQINGDLLIYHVLLTLKPYYAKPYEIVVDLTHAGPSNRFKTDFLSKWFVVFPGFAYENVT
AVYIYNCNSWVREYTKYHERLLTGLKGSKRLIFIDPSGKLTEYIEHEQQKLPAATLALEE
DLKLFHNALKLAHKDTKVSIKVGSTAVQVTSAERTRVLGQSVFLNDIYYASEIEEICLVD
ENQFTLTIANQGTPLTFMHQECEAIVQSIIHIRTRWELSQPDSIPQHTKIRPKDVPGTLL
NIALLNLGSSDPSLRSAAYNLLCALTCTFNLKIEGQLLETSGLCIPANNTLFIVSISKTL
AANEPHLTLEFLEECISGFSKSSIELKHLCLEYMTPWLLNLVRFCKLTDDAKRQRVSAIL
DKLITMTINEKQMYPSIQAKIWGSLGQITDLLDVVLDSFIKTSATGGLGSIKAEVMADTA
VALASGNVKLVSSKVIGRMCKIIDKTCLSPTPTLEQHLMWDDIAILARYMLMLSFNNSLD
VAAHLPYLFHVVTLLVATGPLSLRASTHGLVINIIHSLCTCSQLNFSEETKQVLRLSLTE
FSLPKFYLLFGISKVKSAAVIAFRSSYRDRSFSPGSYERETFALTSLETVTEALLEIMEA
CMRDIPTCKWLDQWTELAQKFAFQYNPSLQPRALVVFGCISKRVSHGQIKQIIRILSKGL
ESCLKGPDNYNSQVLIEATVIALTKLQPLLNKDSPMHKALFWVAMAVLQLDEVNLYSAGT
ALLEQNLHTLDSLRVFNDKSPEEVFMEIRNPLEEWHCKQMDHFVGLNFNSNFNFALVGHL
LKGYRHPSPTTVARTIRILHTLLALVNKHRNCDKFEVNTESVAYLAALLTVSEEVRSRCS
LKHRKSLLLTDVSMENVPMDTYPVHHNDPTCRTLKENQPWSSPQASGMHLAASYPTVGQV
SPRTRKSMSLDMGQPSQANTKKLLGTRKSFDHLISDTKAPKRQEMESGITTPPKMRRVAE
HDYDIDTPRISSPQQHPHLRKVSVSESTVLLDEEVLTDPKTQALLLTVLATLVKYTTDEF
DQRILYEYLAEASVVFPKVFPVVHNLLDSKISTLLSLCQDPNLLNPIHGIVQSVVYHEES
PPQYQPSYLQSFGFNGLWRFAGPFSKQTQIPDYAELIVKFLDALIDKYLPVIDEEASEES
LLTPTSPYPPAVQSQLSITANLNLSNSMTSLATSQHSPGIDKENVELSPTTGHSNSSRTR
HGSASQVQKQRSAGSFKRHSIKKIV
NT seq 8358 nt   +upstreamnt  +downstreamnt
atggcggctcacaagccagtggagtgggtgcaggcggtggtaaaccggttcgatgagcag
cttccaattaaagcgagtcagcagaatacccacaccaaagtcagcatggagcacaacaaa
gagtgtctcataaacatttcaaagtacaaattttctctggtcataagtggacttacgaac
atcttaaaaaatgtaaaccacatgaggatatctggagagacttcagaaaaaaatttatat
ttatctcagttgattattttggatacactggataaatgtcttgcagggcaaccaaaggat
tctatgcggttagatgaaacaatgctggttaaacagttactgccagagatctgccatttt
attcacacatacagagaaggcaatcagtatgcagccgaactccgaatgtctgcttcgggg
gtactgttctcacttagctgtaataactttaatgccgtcttcagccgtatttctacaagg
cttcaggaactgacagtttgctcagaggacaatgctgatgttcacgatatagacttgata
caatatatcaatgtggactgttcaaaacttaaacgacttttacaggaaacagtctttaaa
tttaagtctctgaagaaagttgctcagttggcagttattaacagtctcgaaaaggccttt
tggaattgggttgaaaattatccagatgaatttacaaagttgtaccaacgaccacagact
gatatggcagactgtgcagaaaagctttttgacttggtggacagctttgccgagagcaac
aagcgcaaagcagcagtctggccactgcagataattttgttggttctgtgtcctgaaatt
attcaggatatttccaaggatgttgtagaagaaagtaaaatgaacaagaaactattcctt
gaaaacctcagaaaagctttagctggacatggaggaacaaagtcactcacagaaactgca
gccattgctagtgtcaaactgtgcaaagcctcgacatacatcaactgggaagataattct
gtcatatttcaccttgtgcagtctttagtcattgacttaaagaatttgctgtttaatcca
agcaaacctttctccagaggagcagtgagccagaatgctgatttggatcttatgattgac
tgcctggtttcttgttttcgaatcaaccctcacaacaaccagcactttaaaacctgtttg
gcgcagtcatcaccaacaacatttcattatgtgcttgtaaattccctgcatagaataatt
acaaattctgcattggattggtggcctaagattgatgctgtgtattgctactcaggagaa
ctgcgcagcatgttttctgaaactctcaaacttgttatgcagcagacagcaagccgcctg
acgccgagtctaacttttaaggaaaaaatgccatacctgaaatttaaggacaggttagct
gacccagaaaccaagagttacaagtacttgctgctgtctgtggtaaagctcattcatgga
gatccaaagctgctcttatataatcctggaaaagcagtttctgatacacaaagcagtact
gcagaattaattaatggactggtacagctggtgcctcagtcaaatatgccagaaattgca
caggaagctatggaggctctgttggttcttcatcagtcagacagcattgagctttggaat
ccagaggctccaatagaaacattctgggaaataagctcccaaatgctttattccatctgt
accaagctaactggtcaccagttgcttaacagcacagaaattttaaaatggctgcgagaa
atcctgatatgtaggaataaatttcttcttaaatataaggaaagtgctgctgcgggaagt
ggaatcccaatatgccgtcaagcccagacaaaattagaagttgcactttacatgttcctc
tggagtcctgacactgaggcagttcttgttgcaatgtcctgttttcgaagtttgtgtgaa
gaggcagacatccggtgtggggttgatgaagtatctgttcataattttttgccaaattac
aacacatttatggagtttgcatcagtaagcaacatggtgtcgactgggagagcagctctg
cagaagcgagttatggccttattaagaagaatagaacaccctactgcaggaaacacggag
gcttgggaagatacacatgcaaaatgggatcatgccacaagactgattctaaactacccc
aaaactaaattggaggatgggcaggccccagaaagccttcataaaacaattgtgaaaagg
agaatgtctcatgtaagtggagggggatctatagacctgtctgacacagattgtctgcag
gaatggatcaacatgactggtttcctttctgctcttggaggagtctgccttcaacatcga
ggcaatgctggactagttacttacagtccacccatgggtccagttaatgaacgcaaaggt
tctgtaatatcaatggtttccactgaaggaaatgcagaaacgcctgtcagcaaatttctt
gatcgcttactgtctctgatggtgtgcaaccatgaaaaagtggggatacaaattcgaaat
aacattaaggatttagttggtttggagttaagcccggctctctatccaatgttatttaat
aaaatgaagaacaacataagcaaattttttgactctcaaggacaggttctcctaacggat
acaaacacccagtttgtcgagcagacaattaccatactgaagaacttgcttgataatcac
acagaaggcagttcagagcatttgggccaagcaagtcttgaaacaatgatgctaaattta
gtaaggtacgtccgggtgctaggcaacttggtccatgccatccagattaaaacaaagctc
tgtcagttggtggaagttatgatggaaagaagagatgacctctcattctgtcaagagatg
aaatttaggaacaaaatggtggagtacttaactgactgggtaatgggaacatccaatcag
gcagcggatgaagatgtaaaatgcctgacaagagacttagatcaggccagcatggaagca
gttgtatccctactcgcaggtctgcctctgcagccagaggaaggggatggggtggagtta
atggaggcaaaatctcagcttttcctgaagtacttcacgttgttcatgaacttgttaaat
gactgcagcgaggctgaagatgatggaacccagaccggtggtcgaaaaagggggatgtct
aggagactggcttccttaaggcactgtactgtcctggccatgtctaatttgcttaatgct
aatgtggatagtggccttatgcattcaatagggcttggctatcacaaggatctgcagaca
agagcgacatttatggaggttctaacaaaaatactacagcaaggaacagaatttgataca
cttgctgaaactgttctggctgatcgttttgaaagactagtagaattggtgaccatgatg
ggagatcaaggcgaattacctattgcaatggctttagccaatgttgttccatgctcacag
tgggatgagcttgctcgagttcttgtgacacttttcgattctcgtcacctactctaccag
cttttatggaatatgttttctaaggaagttgaactggcagattccatgcagacactgttc
agaggaaacagcttggctagtaaaataatgacattttgctttaaggtctatggtgccaca
tatctacaaaagcttctggaacctttactaaggactttcattacatcacctgagtggcaa
tatgtcagttttgaggttgactcaacaaggcttgagggaaatgaactcttggaagaaaat
caacgtcgcctcctacagatgactgagaaattctttcatgccattattaactccacaaat
gagttcccaacacagcttcgtagtgtgtgccattgtctgtaccaggcaacttgccactcc
ctactgagtaaagctaccgtaaaagaaaaaaaggaaaacaaaaaatcagttgtgagtcag
agatttccacaaaatagcattggtgcagtgggaagtgcaatgttcctcaggttcataaat
ccagccattgtgtcaccatacgaagctggaatcttagataagaagccaccaccacggctt
gagcgtggtttgaagttaatgtcaaagattttacaaagcattgctaatcatgttctgttc
actaaagaggaacacatgcgtccttttaatgaatttgtcaaaagtaactttgatgctgcc
aggaggttcttctttgacatagccaacaattgccctcctagcgacacggtaaatcacagc
ctctcgtttataactgatgggaatgtactcgccttacatcggttgctctggaacaaccag
gaaaagattggacagtatctatccagtaacagggaccacaaagctgtaggaagaagacct
tttgacaaaatggcaactcttcttgcgtaccttggacctcccgaacacaaacctgtagct
gatacacattggtcaagtcttaacttaacaagctccaagtttgaagagtttatgacaagg
catcaggtacatgaaaaagaagaatttaaagcattaaaaaccctaaatatattttaccaa
gcagggacatcaagagctggtaatccagttttctactatattgctagaaggttcaagact
ggtcagatcaatggtgacttactgatttaccacgtcttgttgactctaaagccatactat
gccaagccatatgaaatagtggtagatctcacccatgctgggcccagcaatcgcttcaag
acagacttcctttccaaatggtttgtggtctttcctggtttcgcttatgaaaatgtgact
gcagtttatatttacaactgcaactcttgggtcagggaatacactaaataccatgaaagg
ctgttaaccggcctaaaaggcagcaaaaggctaattttcattgatccatctggaaagtta
acagagtatattgaacatgaacagcaaaaactcccagcagccacattggcattggaagaa
gacctaaagttgttccataatgcactcaaattagcccacaaagataccaaggtctccata
aaagttggttctacagctgttcaggtaacgtcagcagagagaactcgagtcctcgggcag
tcagtctttttgaatgacatttattacgcatctgagattgaggagatttgtttggtggat
gaaaaccagtttactttaactatcgccaaccaaggaacccctctcactttcatgcaccag
gagtgtgaagccatcgtccaatctatcattcacatacggactcgatgggaactgtcacaa
ccagattccattcctcagcacactaaaatccgtccaaaggatgtacccggaacactacta
aatattgctttattaaatctgggaagttcagacccaagtctacggtctgctgcatataac
cttctgtgtgccttaacatgtacctttaatttaaagattgaagggcagttactagagact
tcgggtctgtgcattcctgccaacaatactctcttcatagtttccattagtaagacactg
gcagctaatgagccacatctcactcttgagtttttagaagagtgcatctctggcttcagc
aaatccagtatcgaactgaagcatctgtgtcttgaatacatgacgccttggctgctaaac
cttgttcggttctgtaaactaacagatgatgctaaacgtcagcgtgttagtgctattttg
gacaaacttataaccatgactataaatgagaaacaaatgtatccatccatacaagcgaaa
atatggggcagtcttggccagatcactgatctccttgatgttgtcctggacagctttatc
aaaaccagtgcaacgggtggcttgggttccattaaggctgaggttatggccgatacagct
gttgcgcttgcttcgggcaatgtgaaactggtttcaagcaaggttattgggagaatgtgt
aaaataatagataagacctgcctctccccaacacccacccttgagcagcatcttatgtgg
gatgacattgccattcttgcccggtacatgctgatgctgtcttttaacaactctttggat
gtggccgcccatcttccctacctcttccatgttgtcactctgttagtggcaactggcccg
ctgtctcttcgagcttccacccatgggcttgtcatcaatatcattcactccttgtgcact
tgctctcagctgaatttcagtgaggaaactaaacaggtattaaggctaagcctgactgaa
ttctcactgcccaagttttacctgttgtttggaataagcaaggttaaatctgcagctgtg
atagccttcagatcgagttatcgggatcgatcattctcacctggctcttatgagagggaa
acatttgctttgacctcattggaaactgttacagaagccttattggaaattatggaggct
tgcatgagagatatcccaacttgcaagtggctggaccagtggacagaactagctcagaag
tttgcctttcagtataacccatcactacagccacgagctcttgtagtttttgggtgcatt
agcaaacgggtttctcatggccaaatcaaacagatcatacgaatacttagcaaggggctt
gaaagctgcttgaaaggtcctgacaattacaacagccaagttttaattgaagccaccgtg
atagcactaacgaaactgcagcctctcctgaataaggactctccaatgcacaaagctctc
ttctgggtggctatggcagtattgcagctggatgaagttaatctctactcagcaggaaca
gctctccttgaacaaaatttgcacactttagatagccttagagtgttcaatgacaaaagt
ccagaagaagtttttatggaaataagaaatccattggaggaatggcattgtaaacaaatg
gaccattttgttgggctcaactttaactctaattttaattttgcactagtcggacattta
ctcaaaggttatcgacacccatctcctacaactgtggcaaggacaatacgaattcttcac
accctcttagcacttgtcaacaaacacagaaattgtgataagtttgaagtgaacactgag
agtgttgcatacctggcagctttgctcactgtttctgaagaggtgaggagccgatgcagc
ctgaaacacagaaaatctcttttactgacagatgtttcaatggagaatgttcctatggat
acatatccagtgcatcataatgaccccacatgcagaacattgaaggaaaaccagccctgg
tcatcaccacaagcatctggtatgcacctagctgctagctacccaacagtggggcaggtt
agcccacgaaccaggaagtccatgagcctcgacatggggcaaccatcacaagcaaacact
aaaaagcttcttggcacaaggaaaagctttgaccacttgatatctgacactaaggctcct
aaaagacaggagatggagtctggcatcactacaccacctaagatgaggagagttgcagag
catgattatgatattgacacaccaagaatatcatccccgcaacagcaccctcacctccgg
aaagtatctgtgtctgagtccactgtacttttggatgaggaggtcctgacggatccaaaa
actcaagctttgctcctcactgttcttgctacacttgtaaaatacactacagatgagttt
gatcaacgcatcctgtatgagtatttagcagaagccagtgtggtttttcctaaagtattc
cctgtggtacataatttgttggattctaagataagcacacttctatctctgtgccaagac
ccaaatttattaaatccaattcatgggattgttcagagtgtggtgtaccatgaagagtcc
cctccacagtatcagccatcatatttacaaagttttggttttaatggtttgtggaggttt
gctggacctttctccaagcaaacgcaaatccctgactacgcagagctgatagtaaaattt
cttgatgccttgattgataaatatttgccagtaattgatgaagaagccagtgaagaatct
ctcctgactcctacgtctccttaccctcctgctgtgcagagtcaattgagtattactgct
aaccttaatctttccaactcaatgacctcccttgcaacttcccagcattccccaggcatc
gacaaggagaacgtggaactgtctcccaccacaggccattcaaacagcagtagaacacgc
cacggttcagcaagccaagtgcaaaagcagagaagtgctggcagcttcaaacgtcacagc
attaaaaagattgtgtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (3)   
   Pfam (3)   
All databases (20)   

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