KEGG   Nothobranchius furzeri (turquoise killifish): 107391733
Entry
107391733         CDS       T05163                                 
Symbol
sos2
Name
(RefSeq) son of sevenless homolog 2
  KO
K03099  son of sevenless
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu04010  MAPK signaling pathway
nfu04012  ErbB signaling pathway
nfu04068  FoxO signaling pathway
nfu04150  mTOR signaling pathway
nfu04510  Focal adhesion
nfu04540  Gap junction
nfu04810  Regulation of actin cytoskeleton
nfu04910  Insulin signaling pathway
nfu04912  GnRH signaling pathway
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    107391733 (sos2)
   04012 ErbB signaling pathway
    107391733 (sos2)
   04068 FoxO signaling pathway
    107391733 (sos2)
   04150 mTOR signaling pathway
    107391733 (sos2)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107391733 (sos2)
   04540 Gap junction
    107391733 (sos2)
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    107391733 (sos2)
 09150 Organismal Systems
  09152 Endocrine system
   04910 Insulin signaling pathway
    107391733 (sos2)
   04912 GnRH signaling pathway
    107391733 (sos2)
SSDB
Motif
Pfam: RasGEF RasGEF_N RhoGEF PH
Other DBs
NCBI-GeneID: 107391733
NCBI-ProteinID: XP_015824652
UniProt: A0A1A8UXT7
Position
sgr16:complement(18412314..18453879)
AA seq 1317 aa
MQPQQIYDLSFDNNSNKWKGLFVQALRKVQEQVHPTLIAKEDALQYVEELILQLLNMLCM
AQPRTVQDVEDRVQKTFPHPIDKWAISDAQAAGEKRKRRNPLLLPVDKIHPMLKEVLGYK
VDYNVSLYIAAVLEYIAADILKLAGNYVSNIRHYDITQQDIKVSMCADKVLMDMFDQEED
IGLMSQCTDEPLSSGEQTYDDLVKSEIAEERQYLRELDLIVKVFRQHFVCNPHIFSPQLV
EKVFSNIMDIHELTVKLHGLIEDAVEMTADDSPHPLVGSCFEDLAEEQAFDPYEGLCQDV
LSPTFNQHLESLVKSPEAQKYLQSVADGFPEIVQYVLPQLMLIPVHHCKRYFELLQQLQD
RSKDEDDKEFLKQAVTALLHLQGSIERSCARSMSRLKLGEPMFRLYRQVRNKQQAIKRMT
EIQKTIDGWEGKDIGQCCNEFILEGYLFRAGAKHERYNFLFDGLMISCKANQSLRLPGSG
TSAEFRLKEKFVLRKIQVKDYKDFERVDLPNAFELSLNDISTIFCARTSEEKTSWLAALF
TLQYRSTLDRMLDTVLQNEEQEHPLRLPSPKFYQFAEQDSEENIVFEDTVQSKTGIPIIK
AGTVVKLIERLTYHKYADPNFVRTFLTTYRSFCKPQELLTLLINRINIPGSAEKEIEEER
MTIWDGNPPTTTELQRFRKEYVQPVQLRVLNVFRQWVEHHFYDFENDPDLRAQLENCIAT
EIQLRGKSMKKWVESISKIIQRKLQTQSNGISHNITFGNPPPPIEWHICRANQADQFDLM
TLHPIEIARQLTLLESELYRAVRPSELVGSVWTKEGKEKNSPNLLRMIRHTTNLTLWFEK
CIVETKNLEERVAVLLRVIEILQVFQELNNFNGVLEVVSAANSSPVYRLDHTFEAIPERK
RRVLEEAVELSKDHFKKYLAKLKSINPPCVPFFGIYLTNILKTEEGNPDFKRDDPKCPDK
ALINFSKRKKVAEITGEIQQYQNQPYCLKVEPEIRRFFENLNPMGDMSEKEFGDYLFSLS
SEIEPRNSKQPPRFNKKMTYNLKSPGIRPLRTSTSGTLKGHPVPLEREPPHKITFRSIAE
GDVEISASASVPTSPNTPTPPQSASSDMNSVFLSDDHIGGSSSLFAPVQLPPKFQSFSCS
SLHQLGEEPKPPPLPPRRKDLLSEAKLSPCSKSPPAVPPRVPRPVVYNGPPTPPPRDPLP
HTPPPVPQRPPEIFINYPQPSPVGRYHWDFGSSPNSPNTPPSTPSPRIPRRGCPLSASQN
SLCSVSNTGPPVPPRQIPISPIPISQIPRLPPKTYKREALQPPLQDLSLVENTNSSQ
NT seq 3954 nt   +upstreamnt  +downstreamnt
atgcagccccagcaaatctacgacctgtcgtttgacaacaacagtaacaaatggaaaggc
ctcttcgtgcaagctctacgaaaggtacaggagcaggtccacccgaccctgatagcaaag
gaggatgccctgcagtatgttgaagagctgattctgcagctgctcaacatgctgtgcatg
gcccagcctcgcacggtgcaggatgtagaggaccgcgtgcagaaaacatttccccaccct
atagataaatgggcgattagtgatgcccaggcagctggtgagaaacgtaagagaagaaac
cccttacttctccctgtggacaagatccacccaatgcttaaggaggttctgggctacaaa
gtggactataacgtttccctgtacatcgctgcagtgcttgaatacatagcagcagatata
ctcaaactggcagggaactatgtcagcaacattcgtcactatgatatcacccagcaggac
atcaaggtgtccatgtgtgcagacaaggtcctgatggacatgtttgaccaggaggaggac
attggcttgatgtcacagtgcacagatgaacccttgtcttctggagagcagacatatgat
gacctggtgaagtccgaaattgcagaggagaggcaatatctgagagaactcgaccttatt
gtcaaagtgtttcggcagcattttgtgtgcaaccctcatatattctcaccccagcttgtt
gagaaggtcttcagtaacatcatggacatccatgagctgacagtgaagcttcatggactc
atcgaggatgcagtagagatgaccgctgacgacagtcctcatccactggtgggcagctgc
tttgaagatctagcagaggagcaggcatttgacccctatgaaggcctgtgccaggatgtc
ctcagtccgacgttcaaccagcacctcgaaagtctggtgaaaagccccgaagctcagaag
tatcttcagtcagttgcagacggttttcctgaaattgtgcagtacgtccttccccagctg
atgttaatacctgtgcaccactgcaagcgctactttgagctgctacagcaacttcaggac
cgcagtaaagacgaagatgacaaagaatttttgaaacaggccgttacagcgttactccac
ctgcagggtagcatagagcgtagctgtgccaggagcatgtctcgactcaaacttggggag
cccatgttccgtttgtatcggcaggttcgaaacaaacaacaagccatcaaacgcatgaca
gagatccaaaaaaccattgatggctgggaggggaaagacattggtcagtgttgcaacgag
ttcatcttggagggatatctgtttcgagcgggtgctaaacacgagagatacaacttcctg
tttgatggccttatgatcagctgcaaggccaatcaaagtttacggcttcctgggtctggt
accagtgcagagttccggctcaaagagaagtttgtgctgaggaagatccaagttaaggac
tacaaggactttgaaagggtggatcttccaaatgcttttgaactatcactcaatgacatt
agcacaattttttgtgcaaggacatcagaggagaaaacatcctggttggcggcgctgttt
actcttcagtaccgctccactttggatcgtatgttggacacagtgctgcaaaacgaagag
caagaacatcctctgagactgccctcccctaagttttaccagtttgcagagcaggactct
gaagaaaatatagtatttgaggacactgtgcaaagcaaaactggtattcctattattaag
gctggaacagtggtcaaacttatagagaggctcacctatcacaagtatgctgatccaaac
tttgttcgcacatttctgaccacctaccgatcattctgcaaaccacaggagcttcttacc
ctgcttataaacaggatcaatattcctggatcagcagagaaagagatagaggaagaacga
atgactatttgggatggcaatccgccaacgacaaccgaactccaaaggttcagaaaggag
tatgtgcagcctgtccagctcagggttctcaacgtgttccgtcagtgggtcgagcatcac
ttctatgattttgaaaacgacccggacctgcgagctcagttggagaactgcatcgccact
gaaattcaactgcgaggcaagtcaatgaaaaagtgggtggagtccatcagtaaaatcatc
cagaggaaactccagactcagtcaaatggcatcagtcacaacatcacctttgggaatcct
cctcctcccatcgagtggcacatttgtagagccaaccaagcagaccagtttgatctcatg
acccttcacccaatagagatcgctcgccagctgacactgctcgagtcggagctctacaga
gccgtccgcccatctgaactggtcggcagcgtctggaccaaagagggaaaagaaaagaac
tctcctaacctgctccgcatgatccgccacaccaccaacctgacgctgtggttcgaaaaa
tgtattgtggagactaagaacctggaggagagggtggcggtcttattacgcgtcattgag
attctgcaggttttccaagagctcaacaactttaacggtgtgctggaggtggtcagtgct
gccaactcttccccggtctacaggctagaccacaccttcgaggcaataccagaacggaag
aggagagttctagaggaggcagtggagctcagcaaagaccatttcaagaaatatttagct
aaactcaagtccataaacccgccctgcgtgcctttctttggtatctatttaaccaacatt
ctgaagacggaggagggcaaccctgacttcaaacgtgacgaccctaaatgtcccgataaa
gctttaatcaacttcagcaaaaggaaaaaagtagctgaaataacaggagagatccagcag
taccagaaccagccctactgcctgaaggtggagccagagatcaggaggttctttgagaac
ctgaacccgatgggtgacatgagtgagaaggaatttggggactacctgttcagtttgtcc
tcagagattgagcctcggaactccaagcagccgccgcgatttaacaagaagatgacgtac
aatctgaaatcgccgggcatccgccccttgcgaacatctacctctggtaccctgaagggc
caccctgtccccctggagagggagcccccgcacaagatcaccttccgcagtatcgccgag
ggcgacgtggaaatttcggcgtccgcctcggttcccacttcccccaacacaccaacccct
ccacagtccgcctcttctgacatgaactcggtcttcttgagcgacgatcacatcggcggc
agcagctctctatttgctccagttcagttgcctccgaagttccagtctttctcgtgtagc
agcctgcaccagcttggagaggaaccaaagccacctcctttacctcctcgtaggaaagac
ctattgtctgaagcaaaactgagcccctgttccaagagccctccagctgtccctccccga
gtgcctcggccagtagtctacaacggtcccccaactcctccaccccgagatcctctccca
cacacgcctcctcctgtgccccaacggcccccagagatcttcatcaactacccccagcct
tcgcccgtgggccgataccactgggattttggcagctcgccgaactcgcccaacacccca
cccagcacgccgtccccccggatccccaggcgaggctgtccgctcagcgccagccagaac
agcctctgctctgtcagtaacaccggtccacctgttcccccgcgccaaatccccatctca
ccgattcccatctcacagatcccaagactcccaccaaagacttataaaagggaggcgctg
cagccaccgctacaagacctctcgctggtggagaacaccaacagcagccagtga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (9)   
   KEGG PATHWAY (9)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (57)   

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