KEGG   Nothobranchius furzeri (turquoise killifish): 107375556
Entry
107375556         CDS       T05163                                 
Name
(RefSeq) sorbin and SH3 domain-containing protein 1-like isoform X1
  KO
K06086  sorbin and SH3 domain containing protein 1
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu03320  PPAR signaling pathway
nfu04520  Adherens junction
nfu04910  Insulin signaling pathway
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04520 Adherens junction
    107375556
 09150 Organismal Systems
  09152 Endocrine system
   04910 Insulin signaling pathway
    107375556
   03320 PPAR signaling pathway
    107375556
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:nfu04990]
    107375556
Domain-containing proteins not elsewhere classified [BR:nfu04990]
 Src homology (SH) domain-containing proteins
  Other SH2 and SH3-containing proteins
   107375556
SSDB
Motif
Pfam: SH3_9 SH3_1 SH3_2 Sorb
Other DBs
NCBI-GeneID: 107375556
NCBI-ProteinID: XP_015799622
Position
sgr03:complement(6788663..6870758)
AA seq 1423 aa
MKVSPDLIPSPDLDPSRVCKGKGVVTLRATLVHIDDEEEPNVITPAGGWTNQINGDGCKA
GPAEGGSSNASRLPPENSAQCQAVSSNSINPVPPTADSQNRIPSNPRSVYLGSSAVNPVA
VLTQHDRDSSPERDRSPDPGSDSVSPVSDMDGKRPRLSLSSPVPAPLNKPIVPVRNTEKT
KDWYKTMFKQIHKIPEPIEENLYRPTYMFDDIGMKSKDNNSIHVSYPEHGKGFPHSKSDT
QVDSRGRSMPVPTRSSSLKASAKSRNEWEPPDKKVDTRKYRAEPRSIFEYEPGKSSVLKL
ERTTQDVSPEDVDLENEPWYKFFSEMEFDKASAPSFSPLETASDLQYSSSKPGHGEVEKD
RGSSTSEPLAPECDRHVYKSVLEGGDIPLQGLRALNKRHGSSSSSKVDYKGGNGYIISPC
SSVNSRTVLASNAIGDQCKSKKPLSAAKTCIPQILPSKFKPVLLPPGGNGQEGETTAVRR
GKAHSCEDLYTGAAEDRDSGQLSDDVSVCGGQSADGLRDDSPAIRRSASEFSSLYKTMHH
IQRPSSVGCSPHGSVRSLASLFEKVKVEGERSEADDSGNVARNNVTSRISEFERIIQRSS
SAPSRSSSLPSLSSSCSPNRSPDHPCMVSTQSAESLLVASTTQADICPLVEPGSKNSSKE
ALTADVVAVEEAASSSDDGQNIRTEFPCNTEVEVEHIFSSGSQERSQQSKTPPPPQHNHL
HHHLLHHLNLKPSKCKSSCPASYTRFTTILRHERQQATMQQDRQPVSEKKAMLPGNLFLT
GPAPFRLRKNLHSHQTQRMLLATRVTGTMSPELRELRPSIPQRLSSLEVLEKLSKDTDQL
SNGQGLDANGNLLQLLAAHHRDSSPAHGENQDEVLRRRHGDKEKILEEQRRLKREQEEAD
TASRRHTGIVPTHHQFITNERFGDLLNITDNAEKRKSGVERTPAMARFDFRAESLKELPF
QKGDIVYIIRQIDQNWYEGEHHGRVGIFPRSYVELLPPTEKAQPKKSAPVQVLEYGEAVA
RFNFKGDTVVEMSFRKGERITLIRRVDENWYEGKIPGTNRQGIFPVTYVEVHKRPRVKNG
VDFPDPPVSLSPQRSTTSSPQLYHNRLTTSPLPLPRSPRRSVSPEVHAVSSEWISLTVGG
GSPPAAPTPPLPPPPTVSYRWGEYLPPPYSASPVPLITGSPYCISPMASPSASPLPPPHP
PRPNSTTPFLTFTPPQREDFLHSTSSPHLSRSVSPCSGPVLEGWLRGEKELAEGESCEGD
RGHNRRINPAEFVKNEADHHRPSSRSPVMPYDIQDNNNVDSFVEAVCNEILNVAETSVRY
CSTLYHHHNDSLHRLYPHPSKQSLIISQQPQSHSSSPEPSRLNCGIFQALYSYVPQNDDE
LELQEGDLVSVMEKCDDGWFVGTSKRTKQFGTFPGNYVKEVKL
NT seq 4272 nt   +upstreamnt  +downstreamnt
atgaaggtttctcctgacctgattccctcaccagatttggacccaagcagagtgtgcaaa
gggaaaggagtggtgactctacgagcgaccctcgtccacatcgatgatgaagaggagccc
aacgtcatcacgccggcaggtggctggaccaaccagattaatggagacggctgtaaagcg
ggaccggccgagggaggcagcagcaacgcatcacgcctacctcctgaaaacagcgcccag
tgccaggccgtttcatccaacagcataaatccagttcctcccaccgccgacagccagaac
cgcatcccatcaaatcctcgctcggtttatctgggctccagcgcggtgaaccccgtcgcc
gtcctgacgcaacacgaccgagactcgagcccagagagagaccgaagtcccgatcccggc
agcgactccgtcagtccggtctctgatatggacgggaagaggccgaggctgtcactgagc
tctcctgtccccgctcccctcaacaagccgattgttcctgtgcggaacactgaaaagacc
aaagactggtacaagaccatgttcaaacagatccataagatacctgagcccattgaggaa
aatctgtaccgccccacctacatgttcgatgacattggcatgaaatctaaagataacaat
tccatccacgtcagttatccagaacatggaaaaggattcccgcactccaaaagcgacact
caggtcgattcaagaggcagatcaatgccggtgccaacgaggtcctcgtctctcaaggcc
tcagccaaaagcaggaacgagtgggagcccccggataaaaaggtagacaccaggaagtat
cgcgccgagcccaggagcatctttgagtatgagccggggaagtcgtccgtgctgaagctg
gagagaacgactcaggatgtaagtccagaagatgtagatttagagaatgagccttggtat
aaattcttttcagagatggagtttgacaaagcgagtgccccctccttcagccccttggaa
acagcctccgacctgcaatattcttcgagcaagcctggacacggcgaggtggaaaaggac
agaggatcgtccacgagtgagcctttggctccagaatgtgaccgacatgtttacaagagt
gtcctggagggcggtgacattcccttacaaggtctacgagctctaaacaagcgccatgga
agctcttcctcttccaaagtggattataaaggtgggaatggctatataatttcaccctgc
tcctctgtaaatagtcgaacggttcttgccagtaatgcaataggtgaccagtgtaagagt
aagaagcctttatctgctgccaaaacctgcataccccaaatcctgccctctaagttcaag
ccggtgctgttgccgcctggtggcaacggtcaggaaggcgagaccacagctgtcagacgc
ggaaaggcccacagctgtgaggatctctacacaggagcagcagaggacagggacagcgga
cagctatcggacgatgtgtccgtctgtggtggccagagtgccgacggcctcagggatgat
tcccctgcaatcaggaggagcgcctcagagttctccagcctgtacaaaaccatgcatcac
atccagcgtcccagctccgtgggctgcagcccccatggcagcgtccgcagcttggcctct
ctgttcgagaaggtaaaggtggagggggagaggtcggaggctgatgacagcgggaacgtc
gcgcggaacaacgtaacgtcgcggatcagtgagtttgaaaggatcattcagcggtctagc
tcagcccctagccgctcttcgtctctgcctagcctgagctccagctgcagccccaaccgc
agccccgaccatccctgcatggtgtctacgcagtcggctgagtccctgttggtggccagc
accacgcaggcggatatctgccccctggtggagccaggtagcaaaaactctagcaaggaa
gccctgacggcagacgttgtggccgtggaggaggcggcttcctcctcagacgacggacag
aacatcaggactgagtttccctgtaacactgaggttgaagtggaacacatcttcagttcg
ggctcccaggaacgttcccaacaatcaaagactcccccacccccacaacacaaccatctc
caccaccacctcttgcaccacttgaacctcaaacccagcaaatgcaaaagctcctgcccc
gcctcctacacccgcttcaccaccatcctcaggcacgagaggcagcaggccaccatgcag
caggacaggcagccggtctcagagaagaaagccatgctgcccgggaacctcttcctgacg
ggcccagctcccttcaggctacggaagaacctgcattcccaccaaacacagaggatgctg
ttagccaccagggtgaccggtaccatgtccccagagctcagagagctcagaccctcaatc
cctcagcgcctgtcctccctggaggttcttgagaagctgagcaaagacactgaccagctg
agtaacgggcagggcttggacgccaatgggaacctactgcagctgctggcagcgcaccac
agagactcttccccagctcacggggaaaaccaggatgaggtgctgaggaggcgtcatgga
gacaaagagaaaatcttggaggagcagcggcggctgaagcgggaacaggaagaggctgac
acagcatcgaggagacacacgggcattgtcccgacgcaccaccagttcatcaccaacgag
cgcttcggagatctgctgaacatcaccgataacgcagagaaaaggaagtcgggcgttgag
agaactccggccatggctcgcttcgacttcagagcagagagtctgaaggaattaccattt
cagaagggagacatcgtgtacatcattcgacaaatagatcaaaactggtatgaaggtgaa
catcatggcagagtgggtattttcccacggagctacgttgagcttctgcccccgacagag
aaagcccagcctaagaaaagcgccccagttcaggtgctggaatacggagaagctgtcgcc
cgcttcaacttcaaaggagacacggtggtggaaatgtctttcagaaagggcgagaggatc
acgctgattcgcagagtcgatgagaactggtatgaaggaaaaatcccaggcaccaatcga
caaggcatcttcccggttacctacgtggaagtgcacaaacggccccgtgtgaagaacggg
gtggacttccctgaccctccggtcagcctgtcgccacagcgcagcaccaccagctcacct
cagctctatcataaccgtctgaccacctcccctctgcctctccctcgctccccccgtcgc
tccgtctcacctgaggtccacgccgtttcctccgagtggatctccctgactgtgggaggt
gggagccctcctgctgcccccaccccgcctctcccaccaccgcccaccgtgtcttaccgt
tggggagagtacctgccccctccttactctgccagccccgtgcctctcatcaccggcagc
ccatactgcatctctcccatggcctcaccatctgcctcccccctgcccccgccccaccct
cccagaccaaactccaccactcctttcctcacgttcactccgcctcagagggaggacttc
ctgcactctacttcgtcaccacatctgtcccgcagcgtgagtccttgtagcgggccggtg
ctggagggctggctcaggggggagaaggagctggcggagggagaaagctgtgaaggggac
cggggccacaacaggcgaattaaccctgcagagtttgtgaagaatgaagcggaccatcac
cgacccagctcgagaagccccgtgatgccttatgacatccaggataacaacaatgtcgac
tcgtttgtggaggcagtgtgtaatgagatcttgaatgttgctgagacctcggtgaggtac
tgcagcaccctgtaccaccaccataatgactcactccacagactgtacccccaccccagt
aaacaatctctcatcatttcccagcaaccccagtcccacagcagcagcccagagccgagc
cgtctcaactgtggaattttccaggctttgtacagttatgtgcctcagaacgatgatgag
ctggagctacaggaaggagatctcgtcagcgtcatggagaagtgtgacgacggctggttt
gtcggtacatcaaagcggacaaagcagtttgggactttccctgggaattacgtgaaggaa
gtgaaactgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (13)   
   RefSeq(pep) (13)   
DNA sequence (17)   
   RefSeq(nuc) (13)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (106)   

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