KEGG   Cyprinus carpio (common carp): 109048731
Entry
109048731         CDS       T05134                                 
Name
(RefSeq) LOW QUALITY PROTEIN: filamin-A-like
  KO
K04437  filamin-A
Organism
ccar  Cyprinus carpio (common carp)
Pathway
ccar04010  MAPK signaling pathway
ccar04510  Focal adhesion
ccar05132  Salmonella infection
Brite
KEGG Orthology (KO) [BR:ccar00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04010 MAPK signaling pathway
    109048731
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    109048731
 09160 Human Diseases
  09171 Infectious disease: bacterial
   05132 Salmonella infection
    109048731
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ccar04812]
    109048731
   04147 Exosome [BR:ccar04147]
    109048731
Cytoskeleton proteins [BR:ccar04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     109048731
  Intermediate filaments
   Intermediate filament-binding proteins
    109048731
Exosome [BR:ccar04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   109048731
SSDB
Motif
Pfam: Filamin Big_3_5 Y_Y_Y YtkA CFSR Big_1
Other DBs
NCBI-GeneID: 109048731
NCBI-ProteinID: XP_018921936
Position
46:7154440..7174158
AA seq 2389 aa
MLFLHQVITPEEIVDPNVDEHSVMTYLSQFPKAKLKPGAPLRPKLNPKKARAYGPGIEPT
GNVVMKKAVFTVETISAGQGEVLVYVEDPAGHREEAKVTANNDKNRTYSVFYVPKVTGQH
KVTVLFAGQHISKSPFEVDVGMAQGDSSKVTAQGPGLEPAGNIANKSTYFDVYTAGAGVG
EVEVVIMDPSGKKGTVECSVEDKGNSSYRCTYKPTQEGQHTIYITFAGGQISKSPYTVHV
GEACNPSLCKAKGRGLQPKGLRIKETAEFKVYTKGAGTGDLKVTIKGPKGLEEPCKKKDL
GDGVYSFEYYPTTPGNYIITITWGGQHIPRSPFEVKIGSEAGPQQVRAWGPGLESGVVGK
SADFVVEALGDDVGTLGFSVEGPSPAKIECDDKGDGSCDVRYWPTEPGEYAVHVLCKNED
IQLSPFMAEVVPAPGKDFYPDKVKAHGPGLQSSGLSVGKPAEFTVDAKLGGKAPLKIQAQ
DRDGKPVDVQVKDNGNGTYSCSYTPRKPLKHTVMVSWGGVNIPESPFRMNIGAGCHPNKV
KVSGPGVAKTGLKAFDPTYFTVDCAEAGQGDISIGIKCAPGVMGPAEADIDFDIIRNDND
TFTVKYTPPGAGSYTIMVLFADQAIPLTPIRIKVDPSHDASKVKAEGPGLNRTGVELNKP
THFTVNTKAAGKARLDAQFTGPTKGEAVRDFDIINNHDGTHTVKYTPVQQGNMGLNVTYG
GDPIPKSPFAVAVAPSLDLSKVKVAGIGDTMSVGKDQEITVKSKGAGGQGKVGAKVTGPS
GKSVPCKVEPGLSPETSQVRFIPRDKGPYEVELTYDGTPIPGSPFPVEAIAPTDPSKVIQ
FRNLGIKYYSQFNKTTKASGKALCGVFIQXTLICLMLHEFSASGFSLSPILALAVEQMYS
FIHIPFSRVXVRCSGPGLERAKVGEPGKFVVDCTNAGPAELTIEIISDNGTEAEVHIQDN
GDGTYTITYIPLYPGAYTLTIRYGDQDVPNFPARLNVEPAVETTGVKVFGPGVEGKGVFR
EATTDFTVDARALTKTGGNHIKTCVNNPSGNRTEALIRDLGDGTYQVEYTPYEEGTHSVE
VTYDNAPVPKSPFRVPVTEGCDPARVRVHGPGLQSGITNKHNKFTVETRGAGTGGLGLAM
EGPSEAKMSCTDNKDGSCCVEYIPYEPGTYNLNVTYGGQPITGSPFSVPVHDTVDATKVK
CLGQGLGNNVRANIPQVFSVDASKAGVAPLQVRVQGPKGVVEPVEVVDNGDGTHTVSYVP
TREGPYSINVLYADEEIPHSPYKVKVLPTHDASKVRASGPGLNTTGVPASLPVEFTIDAK
DAGEGLLAVQITDPEGKPKKANIRDNQDGTYLVSYVPDMTGRYTILIKYGGDEIPYSPYR
IRALPTGDASKCTVTVSIGGHGLGAGVGPTIQIGEQTVITVDAKAAGKGKVTCTVCTPDG
GEVDVDVVENEDGTFDIFYTAPQPGKYVICVRFGGEHIPNSPFQVTALEGASPDQLMQQT
QNPQYAYAPNMGQPWATDRQLGMNGLDVAGLRPFDLVIPFTIQKGEITGDVRMPSGKVAK
PDITDNKDGTVTVKYAPTEAGLHEMDIKYDGIHIPGSPLQFYVDYVNSGHVTAYGPGLIH
GMVNKPAVFTVNTKDAGEGGLSLAIEGPSKADISCTDNQDGTCTVSYLPVLPGDYNIIVK
YNDKHIPGSPFMAKITGDDSMRMSHLKVGSAADIPLDIGELDLSQLTASLTTPSGREEPC
LLKMLRNGHVGISFVPKEIGEHLVNIKKNGRHIPSSPISVMIKQSEIGDASRVRVTGQGL
SEARTFEPAEFIIDTRDAGYGGLSLSIEGPSKVDINTEDQEDGTCKVTYCPTEPGNYIIN
IKFADQHVPGSAFTVKVTGEGRMKESITRRRKAASVANVGSQCDLSLKIPEISIADMTAQ
VTSPSGKVHKAEIMEGENNTYCIRFVPTEMGVHTVSVKYQGQHVPGSPFQFTVGPLGEGG
AHKVRAGGPGLERAEAGVPAEFSIWTREAGAGGLSIAVEGPSKAEIAFEDRKDGSSGVSY
IVQEPGDYEVSIRFNDEHIPDSPFVVPVASPSDEARRLTVASLQESGLKVNQPASFAVSL
NGAKGVIDAKVHSPSGALEECCVTEIDEDKYAVRFIPRENGLYLIDVKFNGSHIPGSPFK
IRVGETGQAGDPGMVSAYGAGLEGGTTGSPCEFIVNTSSAGPGALAVTIDGPSKVKMDCQ
ECPEGYKVTYTPMAPGNYLISIKYGGPYHIVGSPFKAKITGSRLVNSHSMHETSSVLVDP
VTRSVTTSQQAAPGWGSSDASRVVAKGLGLNKGFIGQKNTFSVDCSKAGRNMLLVGVDGP
KVPCEEILVKHLGNRLYNVSYQLKEKGEYILVVKWGDEHIPGSPYQITV
NT seq 7170 nt   +upstreamnt  +downstreamnt
atgttgtttcttcaccaggtgatcactccagaagaaatcgttgatcccaatgtggacgag
cactctgttatgacttacctgtcccagttccccaaagccaaactcaagcctggtgccccc
ctgcggcccaagctcaaccccaaaaaggcccgtgcctatggaccaggtattgagcccaca
ggtaatgttgtgatgaagaaggcagtgttcactgttgagaccatcagtgctggtcaggga
gaggttctggtttatgtggaagacccagccggccaccgtgaagaggccaaagttacagcc
aacaatgacaagaaccgcacctactcagtattctatgtaccaaaagttactggacaacac
aaggtgacagtgctgtttgcagggcaacacatctccaagagcccatttgaggtggatgtg
ggaatggctcagggagactccagcaaggtcactgcccagggcccaggacttgagcctgct
ggcaacattgccaacaagagcacatactttgatgtctacacagctggtgctggagtagga
gaggtcgaggtggtcattatggaccccagtggaaagaagggcactgttgaatgcagtgtt
gaggataagggcaacagcagctaccgttgcacctacaagcccactcaggagggccagcac
accatctatatcacctttgctggggggcagatctccaagagcccttacactgtccatgtg
ggagaggcctgtaatccaagcctgtgtaaagccaagggccgtggtctgcagcctaaaggc
ttgagaatcaaggagactgcagagttcaaggtttacaccaaaggagctggcactggagac
ctcaaagtcaccatcaaagggcccaagggtcttgaggagccctgtaagaagaaggatctg
ggagatggtgtgtacagctttgaatattaccccaccacacctgggaattacatcatcacg
atcacatggggtggacaacacatcccacgcagtccatttgaggtaaagattggatctgaa
gcgggaccgcagcaggtcagggcatggggtccaggactggagagtggtgtggtaggcaag
tcagctgactttgtggtggaagctctcggggatgacgtgggcactttgggtttctcagtg
gagggcccatccccggctaagatcgaatgtgacgataagggagatggctcctgtgatgtg
aggtactggcccacagaaccgggcgaatatgcagttcatgtgctctgtaagaacgaggac
attcagctcagccctttcatggccgaagtcgtacctgctccaggaaaagacttctaccct
gacaaggtgaaggctcatggtccaggtctgcagagctctggcctttcagtcggcaaacca
gcagagttcacagtggatgccaaactaggtggcaaagctcctctaaagattcaagctcag
gaccgtgatggaaaaccagtggatgtgcaggtgaaggacaacggtaacggaacatacagc
tgcagctacacccctcgaaaaccactcaaacacactgtgatggtgtcctggggcggagtc
aacatcccagagagcccattcaggatgaacattggggcagggtgccatcccaataaggtg
aaagtatcaggacctggagtggccaagactggcctgaaggcgtttgacccaacatacttc
actgtggattgtgccgaggcaggacagggtgacatcagcataggcatcaaatgcgcccca
ggagttatgggacctgctgaggctgacatcgatttcgacatcattagaaatgacaatgac
acattcaccgtcaaatacaccccacctggagcgggtagctacacaatcatggtgctgttt
gctgatcaggccattcccctgacccccatcagaatcaaggttgatccctctcatgatgcc
agcaaggttaaagcagaaggccctggactcaaccgtactggtgtggagctgaacaaaccc
actcacttcactgtgaacaccaaagccgcaggcaaagctaggcttgatgcacagttcact
ggacccaccaagggagaggcggtccgtgactttgacatcatcaacaatcatgacggcacc
cacactgttaaatacacccctgttcaacagggcaacatgggtttgaatgtcacatatggt
ggtgatcctattcccaagagcccgtttgctgtagcagtcgccccatccttggatctcagt
aaagttaaagtggctggtattggagatacaatgtccgtcggaaaggatcaggagatcaca
gtcaagtccaaaggagcaggtggtcagggcaaggttggcgccaaggtcacaggtccatct
ggcaaatcggtgccttgtaaagttgaaccaggcctgagcccagaaaccagtcaggtccgt
tttatccccagagataagggaccctatgaggttgaactgacgtatgatggcacccccatc
cccggcagtccgttccccgtggaagccattgctcctactgacccatctaaggtaatccag
tttagaaacctaggaattaaatattatagccagtttaacaagacgacaaaggcgtcagga
aaagctctttgtggggtgtttattcaataaactctaatttgcttaatgttgcacgaattc
tcagcgagtggtttctctctgagtcccatattggctttagcagtagaacaaatgtactct
ttcattcatatccccttttctcgtgtttaggtgcgatgttctgggccaggtctggagcga
gctaaggttggcgagccaggaaagtttgtggttgattgcactaatgctggtcctgcggag
ctgactatcgagatcatctcagacaatggcaccgaggctgaagtccatatccaggacaat
ggggatggaacatacaccatcacttacatccctctgtaccctggagcttatactctcacc
atccgctacggtgatcaggatgtgccaaacttcccagccagactcaacgtggagcctgct
gtggaaaccactggagtgaaagtgttcggacctggagtggaaggcaaaggtgttttccgg
gaagccactactgatttcactgtggatgctcgtgctctcacaaaaacgggtggcaatcat
atcaagacctgtgtcaataacccatcaggcaaccgcaccgaagctctgattagagacctg
ggagatggcacctaccaagtggagtacacgccctatgaggagggcacacacagtgttgag
gttacatacgataatgccccagttcccaagagcccgttccgtgtgccggtgactgagggt
tgtgacccagcacgtgtgcgtgtacatggtccaggacttcagtctggcatcactaacaaa
cacaacaaatttactgtggagacccgtggggccggtacaggtggactggggctggctatg
gagggaccttctgaggccaaaatgtcctgcactgataacaaagatggcagctgttgtgtt
gaatacatcccatatgagccaggcacatacaacctcaatgtcacctatggaggccaacca
atcactggaagccccttctctgtacctgtccatgatactgttgatgcaactaaagtgaaa
tgcctgggtcaggggcttggaaacaacgtgcgtgccaatatcccgcaggtcttttctgtg
gatgcaagcaaggctggagtggctcccttgcaggtcagagtgcagggacccaaaggtgtc
gtggagcctgttgaggtggtggataatggtgacgggactcacacagtcagctatgtaccc
accagagagggaccgtattctattaatgtcctgtatgctgatgaagagatcccacacagt
ccttataaggtgaaggttctgcccactcatgatgctagtaaggtccgtgccagcggccct
ggtctgaataccactggtgtgcctgccagtctgcctgtggagttcactattgatgccaaa
gatgcaggagaggggctcttggcggtccagataactgaccctgaggggaagccaaagaag
gctaacattcgtgataatcaggatgggacgtatcttgtgtcctatgtgcctgacatgact
ggccgctacactattctcatcaaatacggtggtgatgagatcccatactctccatatcgt
atcagagccctgccaacgggagatgccagcaaatgcacagtcacagtctcaatcggaggt
cacggtttgggagctggagttggtccaactattcagatcggagagcagacggtcatcacc
gtggacgcgaaggctgctgggaagggcaaggtgacgtgcacggtgtgcactccagatgga
ggcgaggtggatgtggacgtagttgaaaatgaggatggaacatttgacatcttctacacc
gctccccagcctggcaaatacgtcatctgtgtgcgcttcggtggagaacacatccccaac
agccccttccaagtcacggctttggaaggtgcctctcctgaccaactaatgcagcagacc
cagaacccgcagtacgcctacgcgcccaacatgggccagccatgggctacagacaggcag
ctgggcatgaacggactggacgtagctggactgagacccttcgacttggtcattcctttc
accatccagaaaggagaaattacaggtgatgtaagaatgccttctggaaaagtggccaag
cctgacattacagataacaaggacggcacagtcaccgtgaaatacgccccaactgaggct
ggtctgcatgagatggacatcaaatacgatggaatacacatcccaggaagtccactgcag
ttctatgtggattatgtcaacagtggtcatgtgactgcctatggtcctggtctaattcat
ggcatggttaataagcctgcagtcttcacggtcaacaccaaggatgctggagagggtggt
ctgtctctggccatcgagggtccatcaaaggcagacatcagctgcactgataatcaggat
ggtacctgcactgtgtcttacctccctgttcttcctggtgactacaacatcattgtcaag
tacaatgacaagcacatccccggcagccctttcatggccaagatcacaggcgacgactcg
atgcgcatgtctcatctgaaggtgggctcagcggctgacatccctctagacatcggcgag
ctggacctcagccagctgaccgcgtctctcaccaccccctctggccgggaggagccgtgt
ctgctcaagatgctcaggaatgggcatgtgggtatctcctttgtgcccaaggaaattgga
gagcatcttgttaacattaagaaaaatggacgtcatattcctagtagccccatctcagtc
atgatcaaacaatcagagattggtgatgccagccgtgtgcgtgtaactggtcaaggcctg
agtgaagcccgtacctttgagcctgcagaatttatcattgacaccagagatgcaggatat
ggaggactcagtttgtctattgagggacccagtaaagtagatatcaacactgaagatcag
gaagatggcacctgcaaagtcacatattgcccaactgaaccaggaaattacataattaac
atcaaatttgcagaccagcatgttccaggaagtgcttttacggtcaaagtgacaggagag
ggtcggatgaaagagagcatcacccgcagaagaaaagctgcctctgtggccaatgttggc
agccagtgcgacctcagcctgaagatccctgagatcagcatcgcagacatgaccgctcag
gtgaccagcccatctggcaaagtacacaaggcagagatcatggagggagaaaacaacacg
tactgcattcgcttcgtgcccacagagatgggtgtgcacacggtcagtgtgaagtatcaa
ggtcaacatgtcccaggatcccccttccagttcactgtgggtcctcttggagagggaggc
gcccataaggtccgtgctggaggcccaggattagagagagcagaagcaggtgtaccagct
gagtttagcatttggacccgtgaagcaggagctggtggtctgtccattgcggtcgaggga
cccagcaaggcagagattgcttttgaagaccgcaaggatggatccagcggtgtctcctac
attgtccaggagcctggcgattatgaagtatccatcaggttcaatgatgagcacatccct
gacagtccatttgtggtgcctgtggcctcgccatctgatgaagcccgccgtctcactgtt
gccagtcttcaggagtccggattaaaggtgaaccagccagcctcttttgctgtgagccta
aatggggcgaagggagtcatcgatgccaaagttcacagcccatctggagcgcttgaggaa
tgctgtgttacagagatcgatgaagataagtatgctgtgagattcatccccagggagaat
ggcctgtacctgatagatgtgaaattcaatggctctcacatccctggaagccccttcaag
atccgagttggtgaaactggccaggcgggagacccaggaatggtgtctgcttatggagct
ggtctggagggaggcaccactggatctccgtgtgaattcattgtgaacacaagttcagct
ggcccaggtgctttggcagtgaccatcgatgggccttccaaggtgaagatggactgtcag
gaatgcccagagggctacaaggtcacctacacacctatggcccctggaaactacctgatt
tctatcaaatatggtggaccataccatattgttggcagcccgttcaaagctaaaattaca
ggctcccgactggtcaatagccacagcatgcatgagacttcatcagtactggttgaccct
gtgacccgcagcgtgacgaccagccagcaggcagcaccaggctggggcagctctgacgcc
agccgtgtagttgccaagggtctgggactcaacaagggcttcataggacagaagaacact
ttcagtgtggactgtagtaaagcagggaggaacatgctcctggttggagtggatgggccc
aaagtgccctgtgaagagatcttggtgaaacacttgggtaaccgtctctataatgtgtcc
taccagctgaaggagaaaggagagtacatcctggtggtgaaatggggcgatgagcacatt
cccgggagcccgtatcagatcacagtctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (6)   
   Pfam (6)   
All databases (17)   

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