KEGG T01004: 100048921

Danio rerio (zebrafish): 100048921

Entry

100048921 CDS T01004

Gene name

flnca

Definition

filamin C, gamma a (actin binding protein 280)

Orthology

K04437

filamin

Organism

dre Danio rerio (zebrafish)

Pathway

dre04010	MAPK signaling pathway
dre04510	Focal adhesion
dre05132	Salmonella infection

Class

Environmental Information Processing; Signal transduction; MAPK signaling pathway [PATH:dre04010]
Cellular Processes; Cell communication; Focal adhesion [PATH:dre04510]
Human Diseases; Infectious diseases; Salmonella infection [PATH:dre05132]

SSDB

Motif

Pfam:

Filamin CH Big_1 Big_3_4 PapC_N

Other DBs

NCBI-GI:

NCBI-GeneID:

ZFIN:

Ensembl:

Position

AA seq 2702 aa
MSNYTHLDDLPPQYYQGTDLGEEEEEEMPATEKDLAEDAPWKKIQQNTFTRWCNEHLKCV
NKGVTDLQKDLGDGLKLISLLEVLSQKKMYRKHHVRPNFRQMKLENVSVALEFLDRERIK
LVSIDSKAIVDGNLKLILGLIWTLILHYSISMPMWDDEDDEEVKKLTPKQRLLGWIQNKV
PELPINNFNKDWRDGKALGALVDNCAPGLCPDWQTWDPNQPVENAREAMQQADDWLGVPQ
VIAPEEIVDPDVDEHSVMTYLSQFPKAKLKPGAPVKPKQLYPKKAKAYGPGIEPQGNMVL
KPAVFTVETLEAGLGEVIVYVEDPEGHTEEAKVVANNDKKRTFSVTYVPKVEGRHKVKVL
FAGQDIDKSPFMVNVAKALGDPNKVQARGPGLEPEGNVAHKPTYFDIYTAGAGAGDVSVV
IVDPQNKNNTVEVILENKGDNIFRCTYKPVLEGPHTIHVTFAGQPIPSSPFKVNISEASN
ANACRATGRGLQPKGVRVKEVADFTVFTKGAGTGELKVSVKGPGGVEVPVKVCDVGDGVF
KCDYCPVKPGKYTVNITWGGQPIPRSPFEVEVSKEAGTQKVRAWGPGLKTGMVGKSADFV
VEAIGTEVGTLGFSIEGPSQAKIECDDKGDGSCDVRYWPTEPGDYAVHVICDDEDIKDSP
FMAHILPAANDVFPEKVKAFGPGLEPTGVTVNKSTQFTVDAREAGKGGLKIYAQDAEGCV
IDIQITDKGDGTFVCVYVPTKPVKHTIIITWGEVNIPKSPFRVLVGEGCHPDKVKVYGPG
VEKTGLKANEPTYFTVDCSEAGQGDVSIGIKCAPGVVGPAEADIDFDIIKNDNDTFTVKY
TPPGPGRYTIMVVFADQEIPSSPFKVKVDPSHDAGKVRAEGPGINKTGVQVEIPTHFTIF
TKGAGKAKPEVHFKTAAKGNAVKDFEIIDNHDYSYTVKYTALHQGEMAIVVTHGGDPIPK
SPFKITVAPSLDLGKVKVQGLNEKVEVGKDQEFIVNTKGAGGQGKVNVSITSPSGRPIPC
KLESDKTKEATCVKYIPPEEGHYKVDITYDGNPVPESPFSVEGLMPADPSKVRAYGPGLK
GGIVGQPAKFSIDTKGAGAGGLGLTLEGPCEAKIECQDNGDGTCSVVYLPTEAGDYNINI
LYGEAHIPGSPFKAVVKPALDAGKVTASGPGLERAKAGEVASFTVDCSRAGEAELTIEIV
SDSGAQAEVCIQNNKDGTFSVTYTPLFHGVHTITIKYGGQQVPKSPIHVKVEPSVDTSGI
KVYGPGVEPKGVLREVTTHFIVDARAHAKTKGGNHVKIRIINPSGANTDAYITDKGDGTY
RVEYTAFEDGLHLIEVFYDEVAVPKSPFKVSVVEGCDPTRVRAYGPGLEGGIVNKPNCFT
VETRGAGTAGLGLTIEGASEAKMLCKDNKDGSCSVEYMPFTAGDYDINIAYGGQPIPGSP
FRVQVKDVVDVSKVKCSGPGLANKVTAHVPQTFTVDCSKAGVAPLEVQLYGPKGTLEPVV
VKNNRDGTHTVNYTPAQEGPHTVSVKYANQEVPSSPYKVNSAPSHDASKVRASGPGLDTT
GVAASLPVEFTIDARDAGKGLLTVQILDPEGKPKKASIHDNRDGTYTVSYVPDMTGRYTI
TIKYGGDNIPYSPYNVQAFPTGDASKCLLTVSIGGHGVAESLGPNIQMSEETVITVDAKA
AGKGKVTCTVQTPNGMELDMDVTENPDGTFDIYYTAPEPGKYVITIRFGGQHIPKSPFQV
MATDQPVAPRDDTKPMFQPLNLVIPFTVQQGELSGEVRMPSGKTARPFIRDNKDGTVTVQ
FQPTEKGLHEMDIKYDGNHIPGSPLQFYVDVTNSGMVTAYGPGLCHGTVNKPASFTVVTK
NAGQGGLSLAVEGPSKAEISCKDNKDGTCTVSYLPTTPGDYNIIVKFDNSHIPGSPFTAK
ITGDDSLRRSQLNVGTAADVSLKITETDLSYLTASIKAPSGKEEPCLLKRLPNRHIGLSF
TPKEVGEHEVSVRKSGKHVNNSPFKIMVGPSEIGEASRVKAFGKGLVEAHTFEVAEFFVD
TRNAGYGGLGLSIEGPSKVDINCDDVEDGTCKVTYCPTEPGNYIINIKFADKHIPGSPFT
VKVTGEGRMKQSITRKRQAASIASVGSTCDLNLKIPGNWFQMLSAQERLTRTFTRSSHTY
TRTERTEISKTHGGETKREVHVEESTQVGGGGGDPFRDVFESFLGRDRLGSFGTIRQEGE
TGIQGMTAQVTSPGGNLADAEIVDSGNSTYRVRFVPTEMGSHTVNVKYRGEHVPGSPFQF
TVGPLGEGGFHKVRAGGTGLERAVAKVPAEFSIWTREAGAGGLSIAVEGPSKAEINFEDR
KDGSCGVSYVVQEPGDYEVSIKFNNEHIPDSPFIVPVATLSDDARRLTVTSLQEKDLKVN
QEASFAVQRNGARGVIDAKVHAPSGVVEECYVTELDSDKNAIRFIPRENGVHSIDVKFNG
SHIPGSPFKVRVGEAESVGDPGMVSAFGPGLEGGRTGVPSEFVVNTCKAGSGALSVTIDG
PSKVKMDCNECQEGYKISYTPMAPGNYLICIKYGGPQHIVGSPFKAKVIGMRLSGGHSLH
ETSSVIVETVTKSSKMAGAYSSLTSSMPTSDASKVVCHGAGLSKAFVGQKNSFSVDCSKA
GTNMLMVGVHGPRTPCEDVTVKHMGNKLYNVTYTVKEKGNYVVIVKWGDETIPGSPFHVS
AP

NT seq 8109 nt +upstreamnt +downstreamnt
atgagcaattacacacatttagacgacctgccgccgcagtattaccaaggcacagacctt
ggagaagaggaagaggaggagatgccggcgaccgagaaagacctggccgaggacgcgccg
tggaagaagatccaacagaacaccttcaccaggtggtgcaatgaacacctcaaatgcgtt
aataagggcgtcactgacctgcagaaagacctgggcgatggcctcaaactcatctcgctt
ttggaagtcctcagtcagaagaaaatgtacagaaaacatcacgtcaggccaaacttcaga
cagatgaagctggagaacgtgtcggtggcgctggagtttctggacagggagagaatcaaa
ctggtgtcaatagacagcaaagccattgtagacgggaacctgaagctgattctgggtctc
atctggacgcttattctccattattccatctccatgcccatgtgggatgatgaggacgac
gaggaggttaagaaactgactcccaaacagagattgctgggctggattcagaacaaagtg
ccagagctgcctattaacaacttcaacaaggactggagggatggcaaggctcttggcgcc
ctagtggacaactgtgcccctggtctgtgccctgactggcaaacatgggaccccaaccag
ccagtggaaaatgctcgtgaggccatgcagcaggccgatgactggctcggagtgccacag
gtgattgctccagaggaaattgtggatccagatgtggatgagcattcagtgatgacatac
ctctctcagtttcccaaagctaaactgaagcctggagcccctgttaagccaaagcagctg
taccccaaaaaggccaaggcctatggaccaggtattgagcctcaggggaacatggttctg
aaaccagcagtatttactgttgaaacactggaggctggactcggtgaagtgattgtatat
gtagaagacccagagggtcacactgaggaggccaaagttgttgccaacaatgacaagaaa
aggacattctctgtcacctatgtgcctaaggttgagggacgtcacaaggtgaaggtactc
tttgctggtcaggacattgataagagcccattcatggtgaatgtggcgaaggctctgggt
gatcctaataaagttcaagctcgaggtccaggtttggagccggagggcaatgtggcccac
aaacctacctattttgacatctacactgcaggtgctggggctggagatgttagcgtggtc
attgtggacccgcagaataaaaacaacactgtggaagttatccttgaaaacaagggtgat
aacatcttccgctgcacctacaaacctgtgctggagggaccacacaccatccatgtgacc
tttgctgggcagcctattcccagcagcccttttaaagtgaacatctctgaggccagcaat
gccaatgcctgccgtgcaactggcagaggactacagcctaaaggtgttcgggttaaggaa
gtggcggatttcacagtttttaccaaaggagcaggaactggggagctgaaggtgtctgtg
aaagggcctggtggagtagaggtgcctgtgaaagtgtgtgatgttggtgatggagtgttc
aagtgtgactattgtcctgttaagcctggaaaatatactgtgaacatcacatggggagga
caacctatcccacgcagcccatttgaggtagaggtcagcaaggaagctggaacccaaaag
gtgcgagcttggggtcctggcttgaagactggaatggttggcaagtcagctgactttgtt
gttgaggctattggcacagaagtaggaactctagggttttctattgagggcccctctcaa
gcaaagatagagtgtgatgataagggtgacggttcctgtgatgtgcgctactggcccact
gaacccggagattatgcagttcatgttatctgtgatgatgaagatatcaaagacagcccc
ttcatggcccatatccttccagcagccaatgacgtctttcccgagaaggtcaaagcattt
gggccaggcctggagcccactggagttactgtcaacaagtcaacacaattcactgtcgat
gccagagaagcgggcaagggaggtctgaagatctatgctcaggatgctgaaggctgtgtg
attgacatccagattactgataaaggagatggcacttttgtttgtgtgtatgttccaacc
aagccagtgaagcacaccattataattacctggggggaggtcaacatacctaaaagtcct
tttagagttcttgttggtgaaggctgccaccctgacaaagtcaaggtctatggacctgga
gttgagaaaaccggcctgaaggcaaatgagcccacttactttactgtcgactgtagtgaa
gctggccaaggagatgtcagcattgggatcaaatgtgcccctggtgtggtgggtccagca
gaggcggatatagattttgacatcataaaaaatgacaatgacacctttactgtcaagtat
acacctcctggccctggccgttacaccatcatggttgtctttgcagatcaggaaatcccc
agcagcccattcaaagtcaaggtggacccatctcatgatgctggtaaagtcagagctgaa
ggtcctggaattaacaagacaggcgttcaggtggaaattccaacccatttcaccatcttc
accaaaggagcaggaaaggcaaaaccagaggtgcatttcaaaacagctgccaaaggaaat
gctgtaaaggattttgagatcattgataaccatgactactcctacactgtgaagtacaca
gctcttcatcagggtgagatggctattgtggtcacacacggtggggatcccattcccaaa
agtcctttcaagatcacagtcgccccttcacttgatcttggcaaagtcaaagttcaaggt
cttaatgaaaaagtggaagttggaaaggaccaggagtttattgtgaacacaaaaggggct
ggtggacagggtaaggtaaatgtgagcataacctcaccctctggcagaccaataccatgt
aagctggaatcagacaagacaaaggaggccacctgtgtgaagtacatcccacctgaggag
ggccattacaaggtagacatcacctatgatgggaaccctgttccagaaagtcccttttct
gtggagggactcatgcctgctgatccttccaaggttcgggcctatggaccaggactgaag
ggtggtattgtgggccagccagcaaagttctctatagacacgaaaggagcaggtgctggt
ggtctgggtctaacattggaaggtccatgtgaggctaagattgaatgccaagacaatggt
gatggaacctgctcagttgtctacctgcccacagaagctggggactacaacatcaatatt
ctttatggggaggctcatatccctggctctccttttaaagcagttgtcaagccagctctg
gatgctggcaaggttacagcgagtggcccaggactggaaagggccaaagctggcgaggtg
gccagtttcacagtagactgcagtagagccggagaggctgaactcaccattgagattgtg
tcagattcaggggctcaagctgaagtttgcattcaaaacaacaaagatgggacattttct
gtcacctacaccccactctttcatggggtacacactattaccattaaatatggaggtcag
caggtgcccaagagtcccatacatgtgaaagtggagccatctgtggacactagtggaatt
aaagtctatggaccaggagttgagcccaaaggggtcctcagggaggtgacaacacacttc
attgtggatgcacgggcccatgccaagaccaaaggaggcaatcatgttaagattcgtatc
atcaatccatcaggcgcaaacacggatgcatatatcactgataagggtgatggcacatat
agagtggaatatacagctttcgaggatggtttgcacctgattgaggtcttttatgatgaa
gttgctgttcctaaaagtccctttaaggtgtcagttgttgaaggttgtgacccaacacgt
gtccgggcttatggtccaggcctggaaggtgggatagtcaacaaacccaactgcttcaca
gtagagacaaggggtgctgggacagctggtttgggcttaaccatcgaaggtgcatcagag
gctaaaatgctctgcaaagacaacaaagacggtagctgcagtgttgaatatatgcctttc
actgctggagactatgatatcaatattgcttacggaggccagcctattccaggcagtcca
tttcgggtgcaagttaaggatgtggtggatgtcagtaaggtgaagtgttctggtcctgga
cttgcaaacaaagttactgcacatgttccacaaaccttcactgtggactgcagcaaagct
ggagtggctcctctagaggtacagctgtatggaccaaaaggaactctggagcctgttgtt
gttaaaaacaatagggatggaacacacactgtcaactatacccctgcgcaggaggggccg
cacactgtgtctgttaaatatgccaaccaagaagtacctagcagcccttacaaagttaat
tcagctccctcgcatgatgccagtaaggtacgtgctagtggacctggcttggacactaca
ggagtggctgccagtctaccagtggagtttaccattgacgctcgtgatgcagggaaaggc
cttctgacagttcaaattctagatccagaaggaaagccgaaaaaagccagcattcatgac
aacagagatggaacctacaccgtgtcttatgtgccagacatgactggccgctacaccata
actattaaatatggcggcgataacattccatattcaccttacaatgtccaagcctttcct
actggtgatgccagcaagtgtctgctcacagtgtctattggcggacatggtgttgcagaa
agccttgggcccaatatccagatgtcggaagagacagtcatcactgtggatgcaaaggct
gctggaaaaggaaaggtaacatgcacagttcagaccccgaatggcatggagctggatatg
gatgttacagaaaatcccgatggcaccttcgacatatattacacagcacccgagccggga
aaatatgtcatcacaatccgctttggaggtcaacacattccaaaaagtccttttcaagtc
atggctacagatcaacctgttgcaccgagagatgacaccaaacccatgttccagcctcta
aatttagttatcccatttactgtccagcaaggagagctcagtggagaagtacgtatgcca
tctggaaagacagctcgtccgttcatcagggacaacaaagatgggacagtcacagtgcag
tttcagcctacagagaaaggcctgcatgaaatggacataaagtacgatggcaaccacatc
ccaggaagccctctgcagttctacgttgacgtaacaaacagtggaatggtgacagcctat
ggaccaggtctgtgtcacggaacagtcaataaaccagcttctttcactgttgtcactaag
aatgctggacaaggtggtttgtcccttgctgttgagggtccatctaaagctgaaatcagc
tgtaaggacaataaagacggcacctgcactgtgtcatacttgccgacaacaccgggtgat
tacaacatcattgtcaagtttgacaacagccatatccctggcagccccttcacagcaaag
atcaccggtgacgattcgctccgacgttctcaactgaatgttggcacagcagcagacgtc
tcgctaaagatcacagaaacagacctgagctatctaacagctagcatcaaagctccatca
ggaaaggaggaaccttgtctactgaagagattgcccaaccggcacattggtctctccttt
accccaaaagaagttggggagcatgaggtcagtgttaggaagagtgggaaacatgtaaac
aacagccctttcaagattatggttggaccatcggaaatcggagaagccagcagggtcaag
gcttttggtaaaggactagttgaagcacacacctttgaagtggccgagttttttgtggac
actagaaatgctggatatggaggacttggattgtcaatcgaaggtccaagtaaagtggat
atcaactgtgacgatgttgaagatggaacatgcaaagtgacatattgcccaaccgaacca
ggcaactacatcatcaatatcaaatttgcagacaaacacataccaggaagtccatttaca
gtgaaggtaacaggagaaggaagaatgaaacagagtataacaaggaaaaggcaagctgcc
tctattgcatcagtaggcagcacatgcgacctaaacctaaaaattccaggaaattggttt
caaatgctgtcagcacaggagcgcttaactcgtaccttcacccgcagcagccacacttac
acacgtacagagcgcacagaaatcagcaagacacatggaggtgagactaagcgggaggta
catgtagaggagagcacacaggttggcgggggcggtggtgaccctttcagagatgtattt
gaatccttcctgggaagagaccgactgggtagctttggtacaatccggcaagaaggagaa
acagggatccagggaatgacggcgcaggttaccagccctggtggaaatctggcagatgca
gagatcgttgatagtggaaacagtacctacagagtccgctttgtgcctactgaaatgggt
tctcacaccgtcaacgtcaaatacaggggcgagcatgtacctggaagccccttccagttt
acagttggcccacttggggaaggaggtttccacaaggtccgggctggaggcacaggccta
gagagagctgtcgcaaaagttcccgctgaattcagtatttggacaagagaggctggagcg
ggtggtctgtccattgctgtagaagggccaagcaaggctgaaatcaactttgaggacaga
aaagatggatcttgtggtgtcagctatgttgtgcaggagcctggtgactatgaagtttct
atcaagttcaataatgagcatatcccagatagtccctttattgttcctgttgccacacta
tcagatgacgcacgacgacttactgttacaagccttcaggagaaggatttgaaggttaat
caggaggcctcattcgcagttcagaggaatggagctaggggtgtcatagatgcaaaagtt
cacgctccatctggtgtggtagaggagtgttatgtcaccgaattggatagtgacaaaaat
gcaattcgcttcattccacgtgagaatggtgttcactctattgacgtgaagttcaatgga
agccacatcccaggcagcccattcaaagtccgtgttggagaagcagaaagtgttggagat
ccaggaatggtgtctgcttttggtccaggacttgagggtggacgcacaggagtcccatct
gagtttgtcgtcaacacatgcaaggctggttctggtgctttatctgttactattgacggt
ccctcaaaagtcaaaatggattgcaatgagtgccaggaaggttacaaaatctcttacaca
ccaatggcaccaggcaactatctcatttgcatcaaatatggtgggccgcagcatattgtt
ggcagccccttcaaagcaaaggtcataggtatgcgtctttctggggggcacagtttgcac
gaaacttcatcagtcattgtggaaacagttaccaagtcctccaagatggccggagcatac
agctctctgaccagctctatgccaacatcagacgccagtaaggtcgtgtgtcacggtgct
ggcctttccaaagccttcgtgggtcagaagaacagtttttctgtagactgcagtaaagca
ggtacaaacatgctcatggttggtgtccacggtcctagaactccatgtgaagatgtgaca
gtcaagcatatgggaaacaagctttacaacgtgacctacaccgtgaaggagaaaggaaac
tatgtagtgattgttaaatggggggacgaaactataccagggagtcctttccatgtaagc
gctccttaa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   ENSEMBL-DRE (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (20)   

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