KEGG T05043: 110851548

Folsomia candida: 110851548

Entry

110851548         CDS       T05043

Name

(RefSeq) neurofibromin-like isoform X1

K08052

neurofibromin 1

Organism

fcd Folsomia candida

SSDB

Motif

Pfam:

RasGAP CRAL_TRIO_2 CRAL_TRIO MIF4G_like_2

Other DBs

NCBI-GeneID:

110851548

NCBI-ProteinID:

XP_021955065

Position

Unknown

AA seq 2209 aa
MFTETLNKVTQGYITHTPLKMIQSLTLKEKVSTLKFKDKSAEEPASYKNLLFWMVRLIHA
DPMLMLNNQGKAGHEIQSSTLELINGLVSLVHQTSMPDVAQEAMEALLVLHRPEKIEMWN
PEAPINTFWDVSSQVLFSISQKLIQHLIVNYTDILKWLREILVCRNAFLSRHKDYANVGS
HIAICRQAHIKLEVVFFVYLWSIDMEAVPIAMSCFALLCEEADIRCGSDEMTISCLLPNY
HVYLELAAASSILTTGRAALQKRIMTLLRKIEHCTTGVLQAWEESFMNWDACTKHLLQYP
KGKIATEDGNQSISEFHHRGKRRASHHSSDHDLEDQINEWANMTGLLCALGGVCLQRKSP
ARIPMSSSSSLSLDSRKSSVLTSQDMQYCPVTQFVSQLLRLLVCSNEKFGAQIQKHVKEL
VGHEMAPALYPILFDQIKVIVEKFFDQQGQVIVTDINTQFIEHIIFIMKNVLDNKMDQPA
EHLGATSIEGMMLAIVRYVRHIDMTVHALHIRTKLCQLVEAMMTRRDDLAFRQEMKFRNK
LVEYLTDWVMGTSHQIAPGGSELSLQRVHLNAWGVMPTQGDVSMITRDLDQACMEAVAAL
LRGLPLQPEESDRGDLMEAKSQLFLKYFTLFKNLLNECTEAQELEQKGPKAAHANKLTAL
RNATIQAMSNLLSANIDSGLMHSISLGYHPDLQTRAAFMEVLTKILQQGTEFDTLAETVL
ADRFEQLVQLVTMIGDKGELPIAMALANVVTFNQMDELARVLVTLFDAKHLLSPLLWNMF
YREVEASDCMQTLFRGNSLASKIMSFCFKIYGASYLQNLLEPLIRPLLNEPTLFYEVDPA
RLESNDDIEANRQNLTNLTQKVFDVIVSSADRFPPQLRSMCHCLYQVLSKRFPQLPQNNM
GAVGTVIFLRFINPAIVSPCESGIVDRQPPQKIKRGLMLVSKILQNIANHVEFSKEQHML
PFNDFVRINFEGGRRFFVQIASDSETVEQSGPHCLSFVSDANVLALHRLLWTHQEKIGDY
LSSSRDHKAVGRRPFDKMATLLAYLGPPEHKPVDSHLLFSSYTRWSSMDMTSNKFEEIMA
KHNMHEKDEFKSIKSLNIFYQAGTSKAGNPIFYYIARRHKIGETNGDLLIYHVILTLKPF
CHKPFEVVVDFTHTCSDNRFRTEFLQKWFVVLPDVAYDNLHAAYIYNCNSWVREYTKYHD
RIFPPLKGNRKLIFLDSTNRLSDYIDPDQQKLPGATLSLDEDLKVFNNALKLSHKDTKVT
IKVGPSAIQITAAEKTKVLSHTVLLNDVYYASEIEEVCLVDDNQFTLTIANESGPLSFIH
NDCDSIVQAVIHIRNRWELSQPDSVTVHQKIRPKDVPGTLLNMALLNLGSSDPNLRTAAY
NQLCALTATFDLKIEGQLLETWGLCIPSNNTLFIKSVSEKLAQNEPRLTLEFLEECIHGF
SASSIELKHLCLEYITPWLPNLVKFCKHSDDTKRQKVAMILDKLITLTIEEVEMYPSIQA
KIWGSLGQVPDLIDMVLDSFIKRSVTGGLGSPQAEIMADTAVALASANVQLVARKVIGRL
CRVLEKTCTSPVATLEQHLMWDDIAILARYLLMLSFNNCLDVAHHLPYLVHIVCFLVCTG
SVSMRASTHGLVINIIHSLCTCTQPQFLEETHRVLRLSLDEFSLPKFYLLFGISKVKSAA
VTAFRSSYRHAGDRWLGHYSPMDRERLSLTSLEVICDALLEIVEACMKDIPECDWLQIWT
QLSKNFAFRYNPALQPRALIVFGCISKAIQDQDIKQLLRILVKALESFSDVTLIEAIVMC
LTRLLPLLRPESAIHRMMFWVAISVLQLDEVSLYASGLALLEQNLHTLDSQGMFDNKSLE
HIMMSTREPLEWHFKQLDHAVGLSFKTNFHFALVGHLLKGFRHPTPTTVSRTTRILTMLL
GIVAKPMKRDKFEVSSESVAYLAALVSVSEEVRSRCHVRHHLSRHLASSNENMNWSPKSP
TNRRQKSWDLLDQNALVQAQRQQSKQTPSQQEGDCKRTSVSNENNVLLDPEVVVDIQTQA
LLLTVLATLVKYTTDEAEMRVLYDYLSEASVVFPKVFPVIHTLLDAKITNVLSLCHDQVI
LSAVQNIIQNMITLEDGSQQQPHYLQSVGFGGLWRFAGPFTKSNCTAESAELFVNCLEAM
VETCLPSEDGDLEQYPSMLSVSSAVNLSSSLSSLTLGSPTEKSSIHTQF

NT seq 6630 nt +upstreamnt +downstreamnt
atgttcaccgaaacactaaacaaagttacccaggggtacattacacatactccactaaaa
atgatccagagtctaacattgaaggaaaaagtttccacccttaagtttaaggacaagtca
gctgaagaacctgccagttataaaaatctcttgttttggatggtgcgactgattcatgct
gatccgatgctgatgttaaacaaccaaggaaaagctggtcatgaaatacaaagttcaacg
ctggagctaataaacggccttgtatcactcgttcatcaaacatcaatgccggatgtagct
caagaagcgatggaagccttgttggtgttgcatcgtccagaaaaaattgaaatgtggaac
ccagaagcccccataaacactttttgggacgtctcatctcaggttctattctccatatct
cagaagcttatccagcacttgattgtgaactatactgacatactcaagtggctacgagaa
atattggtttgtcggaacgcatttctttcccgacacaaagactatgcaaatgttggaagt
catattgcaatttgtagacaagctcacatcaagctggaggttgtgtttttcgtctatttg
tggagcatcgatatggaagcagttccaatagcgatgtcctgctttgcgttgctttgtgaa
gaagcagacattcgatgtggatctgacgaaatgacgatttcctgtttgttgcccaactac
cacgtgtacttggagctggctgcagcttcctcaatcttgacaactggccgagctgcactg
cagaagagaatcatgacgctgcttagaaaaattgagcattgcacgactggagtattacag
gcctgggaagaaagtttcatgaattgggatgcgtgtacaaagcatctcctacaatacccg
aaagggaaaattgctacagaggatggaaaccaaagtattagcgaatttcatcatcgagga
aaacgaagagcatctcatcattcatccgaccatgatttggaggaccaaataaatgagtgg
gctaacatgacagggcttttatgtgccttgggtggagtttgtctacaaaggaagagtcct
gcaagaattcctatgtcgtcctcatcaagtttgtccttagactctcggaaatctagtgtt
ctgacgtcacaggatatgcagtactgtcccgttacgcaatttgtcagtcaattgcttaga
ctgctcgtttgttcaaatgaaaagtttggagcacagattcaaaagcatgtaaaagaactc
gtaggtcatgaaatggctccggcactctatccaattctctttgaccaaattaaagtcata
gttgagaaattctttgaccaacaaggacaggttatcgtcaccgatatcaatactcaattt
atagaacatataatttttatcatgaaaaatgtattggataacaaaatggaccagccagcg
gagcatttaggagccactagtattgaaggaatgatgttagcaattgtccgatatgtgaga
cacattgacatgactgtgcatgccctacacattcgtacaaagctgtgccaattagttgaa
gcaatgatgaccagacgtgacgatttagcatttcgtcaagaaatgaaattcagaaacaag
ttggtagaatatcttactgactgggtgatgggaacctctcatcagattgcaccgggaggc
tctgaattatctctgcaaagggttcatctaaatgcatggggcgtcatgccaactcaggga
gatgtctcaatgataacccgagatcttgatcaggcgtgtatggaagctgtcgctgcactg
cttagaggattgcctttgcagccagaggaatcggacagaggggacttgatggaggcaaaa
tcgcaattgtttttaaagtattttaccctgttcaaaaatttactcaacgagtgcactgaa
gcgcaagaattagagcaaaaaggtcccaaagcggctcatgccaacaaattaactgcttta
agaaatgccaccattcaagccatgtctaaccttctgagtgccaatattgattctggactt
atgcactcgatatctttgggatatcatccagatctgcaaactcgggctgcctttatggag
gttctcacgaaaattttgcaacaagggaccgaatttgatacacttgccgaaacagttttg
gctgatcgctttgagcagcttgtccagctagtcaccatgattggagacaagggggagcta
ccaatagcaatggcactggccaacgtggtcaccttcaatcaaatggatgaattagccagg
gttcttgttaccttgtttgatgcgaaacacctcctttcgccattactctggaatatgttt
tatcgtgaagttgaagcatcggactgtatgcaaaccttgttccgaggaaactcattggct
tccaagataatgtctttctgcttcaaaatttatggagcttcatatctacagaatctttta
gaaccactcatccgaccattgcttaacgaaccaactttattctatgaagttgacccagcc
cggctagaatctaatgacgacattgaagccaatcgccaaaatttgactaatctgactcaa
aaagttttcgatgtgattgtttcttcggccgatagatttcctccacaactacggagtatg
tgccactgcttgtatcaagtcttaagcaaacggtttccacaacttcctcaaaataatatg
ggagctgttggaaccgtaatattcttacgatttatcaatcctgccatcgtaagtccttgc
gaaagtggaatcgtggaccgtcagccacctcagaaaattaagcgaggattgatgttggtt
agcaaaatattgcaaaatattgcgaaccatgtggaattttccaaagaacaacatatgctg
cctttcaatgattttgtgagaattaacttcgaaggtggacgacggttctttgtacagatt
gcctcagattcagaaacagttgaacaaagcggcccgcattgcttatcgttcgtaagtgat
gcaaacgtcctcgctcttcatcgactcttatggacacatcaagaaaaaattggcgactat
ttatcatcgtctcgtgaccacaaggcagttggaaggcgtccctttgacaagatggcaacc
ttgttggcttacctgggtccaccagaacacaaaccggtcgactcacatttgctattttcc
tcatatactcgatggagctcaatggacatgacctctaacaagtttgaagaaatcatggca
aaacacaacatgcacgaaaaggacgaattcaaatccataaaatctttaaacattttctat
caagctggcacgtccaaagctgggaatcccattttttactatatcgcaagaagacacaaa
attggtgaaacgaacggagacttgctaatttatcatgtgatattgacactaaaacccttt
tgtcataagccatttgaagtggtggtagattttacacatacctgttccgataaccgattc
cgcactgaattccttcaaaagtggttcgtcgtacttcctgacgtcgcatatgacaatctt
catgcagcttacatttacaactgcaactcctgggtgcgagaatatacaaaatatcatgac
cgtatttttccaccgctaaagggcaatcgaaaattgatatttttggattccacaaatcgc
ttatcagattatattgatcctgatcaacaaaagttgcctggtgcaactttgtcgttagat
gaggatcttaaagtatttaataatgctttgaaattgtcccataaggacactaaagtaaca
atcaaagtcggtcctagtgcgattcaaatcacagctgctgagaaaaccaaggtgctgtca
cataccgtattgttaaatgacgtatactacgcttccgaaatcgaagaggtgtgcttagtt
gatgacaatcagttcacgctaacaattgcaaatgaatctggccccctttcttttattcac
aatgactgtgactcaattgttcaagctgtcatacatattcgtaaccgctgggagctctca
caaccggactctgtgactgtccatcaaaaaatccgaccaaaggatgttccaggaactctt
cttaacatggcgctgttaaatttaggatcttctgatccaaatttgcgtacagcagcttac
aatcaactttgtgctttgactgcaactttcgatttaaaaattgaaggacaactactagag
acctggggactttgcattccttccaataacactttattcatcaagagtgtgtccgagaaa
ctggctcaaaatgagcctagactaactttggaatttttagaagagtgtattcatggattc
agcgcatcttcaattgagttgaaacatttatgcttggaatacataacaccatggcttcca
aatttggttaaattttgtaagcattccgacgacaccaaacgtcaaaaggtggccatgatt
ctggataagctgataactctgaccattgaagaggttgaaatgtacccctcaattcaagca
aaaatttggggctccttgggccaagttcctgacttgattgacatggtgttggatagcttc
attaaaagaagtgtgactggaggattgggttctccacaggctgaaatcatggcggatact
gctgtggctctggcgtcagcgaatgttcagttggttgctcgaaaagtgattggtcggctg
tgtcgtgttttggagaagacttgtacatcaccagttgcaacgttggaacaacatttgatg
tgggacgatattgcgattcttgcgcgatacttgcttatgttatccttcaacaattgcctc
gacgtggctcaccatttgccatacttggtgcatattgtctgtttcttggtctgcactggc
tcggtctcgatgagggcatcaacccatggacttgtgataaacataattcactcattgtgc
acttgcacccaacctcagtttttagaggaaacccaccgagttctccgactcagcttggat
gaattttcactgcccaagttctatctgttgtttggaattagtaaagtcaagtcagccgct
gttacggccttccgatcttcttaccgtcatgctggagatcgttggttgggtcattactca
cccatggaccgcgaacgtctgtctttaacatcgcttgaggtcatttgcgacgcgttgctt
gaaattgttgaggcttgtatgaaggacattccggaatgtgactggctacagatttggact
cagttatcaaagaattttgcgtttcggtacaatcctgccttgcagcctagggcactcatt
gtctttggttgcatcagcaaagcaattcaagatcaagatattaaacaacttctccgaatt
ctggtcaaggccttggaaagttttagtgatgtcactttaatcgaagcaattgtgatgtgt
ttaactcgattacttcctttgttaagacctgaaagtgccatccatcgaatgatgttctgg
gtagcaatctctgttcttcaattagacgaagtctccctgtatgcatcgggattggctctg
ctggaacagaacttgcacactctagattcgcaagggatgtttgacaacaaaagcttggaa
catattatgatgtcaacacgagaacctttagaatggcattttaaacagttggatcatgcc
gtcggactgtcatttaaaaccaactttcatttcgcattggtgggacacctcctgaaagga
tttcgacacccaactccaactacagtgtctcgaacaactcgaatactgaccatgcttttg
ggaattgtggcaaaaccaatgaaaagggacaagtttgaagtcagtagtgaaagtgtggct
tacttggctgctctcgtgtccgtgtctgaagaggtaagaagccgatgtcacgttcgccac
cacctatcccgacatttggcctcttccaatgaaaacatgaactggagccccaagtcccca
acaaataggcgacaaaaatcgtgggatttgttggaccagaatgctctcgtgcaagcccaa
aggcaacaaagtaaacaaacgccctctcaacaagaaggagactgcaaaaggacctcggtt
tccaacgagaacaacgtattacttgacccagaagtggtcgtcgacatccagacgcaagcc
ttgctcctcaccgttctcgccactcttgtcaagtataccaccgacgaggctgagatgaga
gtcctttacgactacttatccgaagcttccgtcgtgtttcccaaagtatttcctgtcata
catacattgctcgatgccaaaatcacaaacgttctctctttgtgtcatgatcaagtaatt
ctgagtgctgttcaaaatataatccaaaatatgatcacgttggaggatggttctcaacaa
caacctcattatctacaatccgttgggtttggtggtttgtggcgatttgcggggcctttc
accaagtccaattgtactgcggagagtgccgaattgtttgtaaattgcctggaagccatg
gttgagacatgtttaccctcggaggacggagacctggaacaatacccgtccatgctctcc
gtctcctctgctgtcaacctgtcctcctcgctttcttccctcaccttaggatcaccgacc
gagaagagttcaattcatacacaattctga

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (199)   
   KEGG ORTHOLOGY (1)   
   RefGene (195)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (12)   
   RefSeq(pep) (12)   
DNA sequence (14)   
   RefSeq(nuc) (12)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (230)   

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