KEGG   Chelonia mydas (green sea turtle): 102947590
Entry
102947590         CDS       T02989                                 
Symbol
FLNB
Name
(RefSeq) filamin-B isoform X1
  KO
K27392  filamin-B
Organism
cmy  Chelonia mydas (green sea turtle)
Pathway
cmy04510  Focal adhesion
Brite
KEGG Orthology (KO) [BR:cmy00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102947590 (FLNB)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:cmy04812]
    102947590 (FLNB)
Cytoskeleton proteins [BR:cmy04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     102947590 (FLNB)
  Intermediate filaments
   Intermediate filament-binding proteins
    102947590 (FLNB)
SSDB
Motif
Pfam: Filamin CH Big_3_5 Y_Y_Y Invasin_D3 CFSR
Other DBs
NCBI-GeneID: 102947590
NCBI-ProteinID: XP_037761261
Position
7:complement(24129284..24242211)
AA seq 2684 aa
MSSAQARGPGARGRGWSSGGSPRSQTLQFRRLEQQQQAPAGRSEAEQQADMPVTEKDLAE
DAPWKRIQQNTFTRWCNEHLRCVNKRIGNLQSDLSDGLRLIALLEVLSQKRMYRKYHQRP
TFRQMQLENVSVALEFLERESIKLVSIDSKAIVDGNLKLILGLVWTLILHYSISMPVWED
EGDDDAKKQTPKQRLLGWIQNKIPYLPITNFNQNWQDGKALGALVDSCAPGLCPDWETWD
PKKPVDNAREAMQQADDWLGVPQVITPEEIIHPSVDEHSVMTYLSQFPKAKLKPGAPLKP
KLNPKKARAYGRGVEPHGNMVKQPAIFTVDTISAGQGDVMVFIEDPEGNREEAKVTPDND
KNKTYSVQYVPKVTGPHKVTVLFAGQHISKSPFDVNVDKAQGDASKVTAKGPGLEAIGNI
ANKPTYFEIYTAGAGVGDVNVEVEDPQGKNIVELMTEDRGSQVYRCTYKPTQAGPHTVRV
TFAGETIPKSPCIVSVGEACSPSACRASGRGLQPKGVRIRETADFKVDTKAAGSGDINVS
IKGPKGLDELVKQKDSVDGIYAFEYYPVSPGKYIVTISWGGHNIPKSPFEVQVGPEAGPQ
TVRAWGPGLHEGIAGKSADFVVESIGTEVGSLGFAIEGPSQAKIECDDQNDGSCDVKYWP
KEPGEYAVHIMCDDEDIKDSPYMAFIQPASGDFNPDKVKAYGPGLEKTGCIVNNPAEFTV
ETKQAGNAPLKIYAQDAEGSPIDIQVKSNPDGICACSYTPVKPIKHTIAVVWGGVNVPNS
PYRVLIGQGSHPQKVKVVGPGVERAGLKANEPTHFTVDCTEAGEGDVSVGIKCDAHVISE
EEEDIAFDIIHNANDTFTVKYAPPAAGRYTIKVLFAGEEIPASPFRVKVDPSHDATKVKA
EGPGLSKTGMENGKPTHFTVFTKGAGKAPLDVQFSGPVPGDAVKDFDVIDNCDYSHTVKY
TPVQQGPMKVSVTYGGDPIPKSPFTVGVAAPLDLSKIKVNGLENRVEVGKDQEFIIDTRG
AGGQGKLDISISSPTRKAVPCVVEPALGKECSTAKYIPREEGLYMVDVSYDGNPIPGSPY
TVEATLPPDPTKVKAHGPGLQGGLVGRPAEFTIDTKGAGTGGLGLTVEGPCEAKIECSDN
GDGTCSVSYLPTKPGEYYVNILFEEVHIPGSPFKADIEMPFDVSKVIATGPGLEHGKVGE
AGLLNVDCSEAGPGELDVEAVSDSGSKAEVKVHNNKDGTYAVTYMPLSAGMYTLMLKYGG
EQVPKFPAHVKVDPAVDTSKIQVFGPGIEGKDVFREATTDFTVNAQPLTKTGGDHIQAQI
TNPSGASTDCLIKDNADGTYAVEFTPFEKGPHTVEVTYDDVPVPNSPFKVDVTEGCHPSR
VKAQGAGLKEAFTNKPNEFTVVTRGAGIGGLGITVEGPSESKISCKDNKDGSCSAEYIPY
ATGDYDVNITYGGEHIPGSPFKVPVKDVVDPSKVKVAGPGLGTAVRAKIPQSFTVDTSKA
GIAPLEVMVAGPRADETDSQSWRSPLKAISEFFKGDPKGEANKTGMVEPVNVVNNGDGTH
TVTYTPTQEGPCAISVKYGDEEIPRSPFKVKVLPTYDASKVTASGPGLSSYGVPASLPVA
FAVDAKDAGEGLLSVQITDQEGKPKRADVHDNKDGTYAVTYVPDKTGRYMIGVKYGGDDI
PSSPYRIRASPAGDASKCLATGPGIASTVKTGEEVGFVVDAKSAGKGKVTCTVLTPDGTE
AEADVVENEDGTYDIFYTAAKPGTYVIYVRFGGVDIPNSPFTVMATDADEVAVMSQEPVS
ACPPGFHPWVTEEPYVPVGDMNGVGFKPFDLVIPWAVRKGEITGEVHMPSGKTATPDIVD
NKDGTVTVGYSPTEVGLHEMHIKYIGNHIPESPLQFYVNYPNSGNVSAYGPGLIYGIANK
PATFTIVTEDAGEGGLDLAIEGPSKAEISCIDNKDGTCTVTYLPTLPGDYSILVKYNDKH
IPGSPFTAKITDDGRRRSQVKLGSAADFLLDINESDLSLLTASIRAPSGRDEPCLLKRLP
NNHIGISFIPREVGEHLVSIKKNGSHVPNSPVSIMVVQSEIGDASRAKVSGRGLIEGRTF
EMCDFIVDTRDAGYGGISLAVEGPSKVDIQTEDLEDGTCLVSYFPTVPGVYIVSTKFADE
HVPGSPFTVKISGEGRVKESITRARGAPSVATVGSMCDLNLKIPEIDSGDMTAQVTSPSG
RTADAEINEAEKNTYCVRFVPQEMGVHTVDVKYRGQHVPGSPFQFTVGPLGEGGANKVRA
GGPGLERAEAGIPAEFSIWTREAGAGGLSIAVEGPSKAEIAFEDHKDGSCGVSYIAQEPG
NYEVSIKFNDEHIPESPYLVPVIEPSDDARRLTVTSLQESGLKVNQPASFAIRLNGAKGK
IDAKVHSPSGAVEECHVSELEPDKYAVRFIPHENGIHSIDVKFNGSHVVGSPFKVRVGEP
GQAGNPALVTAYGPGLESGITGLQSEFHINTTKAGPGTLSVTIEGPSKVKMDCQETPEGY
DVMYTPMAPGNYLIGIKYGGPTHIVGSPFKAKVTGQRLVSPGSANETSSIMVESVTRSST
ETCYSAIPKSTSDASRVTSRGAGLSKAFVGQKSSFTVDCSKAGSNMLLVGVHGPTTPCEE
VSVKHLGNHQYNVTYVVKEKGDYTLAVKWGETHIPGSPFHVTVP
NT seq 8055 nt   +upstreamnt  +downstreamnt
atgagcagcgcgcaggcgcggggcccgggggctcgcggcagaggctggagcagcggcggc
agcccgcggagccagaccctgcagtttcggcggctagagcagcagcagcaggcgcccgcg
ggccgcagcgaggcggagcagcaggcagacatgccggtgaccgagaaggacctggcggag
gacgcgccctggaagcgcatccagcagaacacgttcacccgctggtgcaacgagcacctc
cgctgcgtgaacaagcgcatcggcaacctgcagagcgacctgagcgacgggctgcggctc
atcgcgctgctggaggtgctgagccagaagcgcatgtaccgcaagtaccaccagcgcccc
accttccgccagatgcagctggagaacgtctcggtggcgctcgagttcctggagcgggag
agcatcaagctggtctccatcgatagcaaagcaattgttgatgggaacttaaaactgatc
cttggcctagtatggacccttatcctccattattccatctcaatgccagtatgggaggat
gaaggagatgacgatgccaagaaacagacccctaagcagagactgctgggttggattcag
aacaaaattccttacttgccaatcacaaacttcaatcaaaactggcaggatggcaaagca
ctgggtgccctggttgatagctgtgctccaggtctctgccctgactgggagacctgggac
cctaagaaaccagttgacaatgctcgtgaagccatgcagcaagctgatgactggctgggt
gtgcctcaggtgattactcccgaagaaattattcaccctagtgtggatgaacactcggtg
atgacttacctgtcgcagttccccaaagccaagcttaaaccaggagctcctctaaaaccc
aaactgaatccaaagaaggcaagggcctatggcagaggagttgagcctcatggaaacatg
gtgaagcaacctgccatctttacagtagatactatcagtgctgggcagggagatgtaatg
gtcttcatagaagatccagagggcaacagagaagaggcaaaagtgacacctgacaacgac
aagaacaaaacctactctgtgcagtatgtgccaaaagttactggacctcacaaggttaca
gttttatttgctggacagcatatttctaagagtccatttgatgtaaatgttgacaaagcc
cagggtgatgccagcaaagtaacagcaaaaggaccaggcttggaggcaatcggaaacatt
gccaataaacctacctactttgaaatttacacagcaggtgctggtgtgggtgatgttaac
gtggaagtggaggatcctcaaggaaagaatatagtggagcttatgacagaagacagaggg
agccaagtctaccgttgcacctacaaacctactcaagctggtcctcatactgtcagagtg
acatttgctggagagactattccaaaaagtccttgcattgtttctgttggagaagcatgc
agtccaagtgcttgtcgtgcaagtggcagaggcctacaacctaaaggagtccggatccga
gaaactgcagacttcaaggttgacactaaagcagcagggagtggggatatcaatgtgtcc
ataaaaggaccaaagggcttggatgagcttgtgaaacaaaaggactctgtggatggcata
tatgcatttgaatactacccagttagcccagggaaatacattgtcactatttcatggggt
ggacacaatatccccaagagcccctttgaagttcaagtaggtcctgaagcaggtcctcag
acagtgagagcttggggaccaggacttcatgaagggattgctggtaaatctgctgacttc
gttgtagaatccattggcacagaagttggctctcttggctttgccattgaaggcccatct
caagcaaaaatagaatgtgatgatcagaatgatggctcgtgtgatgtgaagtattggccc
aaagaacctggtgaatatgctgttcacattatgtgtgatgatgaagacataaaagatagt
ccatacatggctttcatccaaccagcttctggagacttcaacccagataaggtaaaggct
tatggtccagggttggagaaaactggctgcattgtaaacaatcctgctgagtttacagtt
gagaccaagcaagctgggaatgcacctttgaagatatatgcacaggatgcagaaggaagc
cctattgatatccaagtgaagagcaatcctgatggaatctgtgcctgttcttatacgcca
gttaaaccaatcaaacatactattgctgttgtctggggaggagttaatgtacccaatagt
ccatatagggttctcataggacaaggcagtcatccacagaaagtgaaagtggttggacct
ggggtggagagagctggtctgaaagctaatgagcctactcacttcacagttgactgcaca
gaagcaggagaaggtgatgtcagcgttggcattaaatgtgatgctcatgttataagtgag
gaagaggaagacatagcttttgacatcatacacaatgctaatgatacatttacagtgaag
tatgcaccacctgcagctgggcgttacactatcaaagtgctttttgcaggagaggaaatt
cctgccagccctttcagagttaaagtggacccatcacacgatgccaccaaggtgaaagct
gaaggacctggactaagcaaaactggtatggaaaatggcaaaccaacacacttcactgtg
ttcaccaagggtgctgggaaagcaccactagatgtgcagttcagtggacctgtgccagga
gatgctgtgaaagacttcgatgttattgacaactgtgactattcccacactgttaaatac
actccagtacagcagggtcccatgaaggtttctgtaacctatggtggtgatcctatcccc
aaaagccctttcactgtgggggttgctgctccactggatctcagcaaaattaaagtcaat
ggacttgaaaacagagtggaagtagggaaggatcaggaattcataattgacacacgagga
gctggtggacagggtaaactggacattagtatttccagccctacaaggaaagctgtgcca
tgtgtggtggagccagctcttggcaaagagtgcagcactgcaaagtatatcccaagagaa
gaaggactttacatggttgatgtaagttatgatggcaatccaattccaggaagtccttat
actgtggaagccactctacctccagatcctaccaaggtaaaagcccatggtccaggcctt
caaggaggtcttgttggaagaccagcagaatttacaatagataccaaaggagcaggaact
ggaggtttaggtttgacagtagagggcccatgtgaagctaaaattgaatgctcagacaat
ggtgatgggacatgctcagtctcttacctgcctactaaacctggagagtactatgtaaat
attctgtttgaagaggttcacattcctggttctccatttaaagcagatattgaaatgcca
tttgatgtatctaaagtgattgctacaggcccaggtcttgaacatggtaaagtgggtgaa
gcaggattgctcaatgttgactgttcagaagctggacctggggaactggatgtagaagct
gtatcagattctggctctaaagccgaagtcaaagttcacaataacaaagatggaacttat
gcagttacatatatgccactctctgctggaatgtatacacttatgttgaaatatggagga
gagcaagtgccaaaatttcctgcccatgtcaaagtagatccagctgtggacacaagcaaa
attcaagtgtttggaccaggaatagaagggaaagatgtcttccgtgaagctacaacagat
ttcactgtaaatgcccagcccttaacaaagactggaggagaccatatccaagcacaaatc
acaaatccctcaggagcttccacagactgcctcatcaaagacaatgctgatggaacatat
gcagtagagtttacaccatttgaaaaaggtccacacacagttgaagtgacttatgatgat
gtacctgttccaaacagtccttttaaagtggatgtcactgaaggctgccatccatcacgt
gtaaaagcccaaggagctggactcaaggaagcattcaccaataaaccaaatgaatttact
gttgtcacaagaggggcaggaattggtggacttggaataaccgttgaaggaccttctgaa
tcaaagataagctgtaaagataacaaagatggcagctgcagtgctgaatatatcccttat
gctacaggagattatgatgtcaacatcacatatgggggagaacacatacctggcagtcca
tttaaagttcctgtgaaagatgttgttgacccaagcaaggtaaaggttgcaggtccaggt
ctaggaacagcagttcgagccaaaatcccacagtcctttactgtggacaccagtaaggct
ggaatagcacctcttgaagttatggtggcaggacccagagctgatgaaacggattcccag
tcatggcgcagtccactgaaagcgatttcagagttctttaaaggtgacccaaagggggaa
gctaataagacaggaatggtggagcctgttaatgtagtcaacaatggagatggcactcac
acagtaacatacacacctacgcaggagggcccatgtgcaatctctgtcaaatatggagat
gaagagattcctcgcagtccttttaaggtaaaagtgcttcctacatatgatgccagtaaa
gtgactgcaagtggaccaggtctcagctcatatggagttccagccagtttacctgtggca
tttgctgttgatgctaaagatgcaggagaggggcttctgtccgtacagataacggaccaa
gaaggcaaaccaaagagagctgatgttcatgacaacaaggatggcacctacgcagtaaca
tatgtcccagacaagacgggccgttatatgattggtgttaaatatggtggggatgacatc
ccatcttccccttaccgaatccgtgcgtcgccagcaggggatgcaagcaagtgtttagcc
acaggtcctggaattgcatccactgtgaagactggtgaggaagttgggtttgtagtagat
gctaaatctgcagggaaaggtaaagtgacatgcacagtcctgactccagatgggacagaa
gctgaggcagatgttgttgaaaatgaggatgggacttatgacatcttctacactgctgct
aaaccaggaacttatgtgatttatgtccgctttggtggagtggatattccaaacagcccc
ttcactgtaatggctacggatgcagatgaagttgcagtaatgtcgcaggagccagtaagc
gcatgtccccctggattccatccctgggtcacagaagaaccttatgttcctgttggtgac
atgaatggtgtgggatttaagccctttgatctcgttattccttgggctgtaagaaaggga
gaaataacaggcgaagttcatatgccctcagggaaaactgctacacccgatattgtggat
aacaaagatggtacggtaacggttggctattctcctactgaggttgggctgcatgaaatg
cacataaaatacattggaaaccatattccagagagcccactacagttctatgtaaactat
ccaaacagtggaaatgtgtctgcctatggacctggtctcatttatggtatagcaaacaaa
ccagcgacttttaccattgtcacagaagatgctggagagggtggactggacttggctatt
gaaggaccttcaaaagcagaaattagctgcattgataacaaagatggcacttgcacagtt
acttacttgccaaccctacctggagattacagcatactggtgaagtacaatgacaaacac
atcccaggcagcccattcactgccaagatcacagatgatggcagaagaagatcccaagtt
aagcttggttctgctgctgacttcttgctggacattaacgagtctgatctcagcctctta
acagccagtattagagccccatctggtcgtgatgagccttgtcttctgaaaagattaccc
aataaccacattggtatctcattcattccacgagaagtaggcgaacaccttgtcagcatt
aagaaaaatggaagtcatgtgccaaacagcccagtatctatcatggtggttcagtcagag
attggagatgccagcagagcaaaagtttcaggccgcggcttgatagaaggacgcacgttt
gagatgtgtgatttcattgtagatacaagagatgcaggttatggtgggatctcactggca
gttgaaggacctagcaaggtagatattcaaacagaagacctagaagatggaacctgttta
gtatcatattttccaactgtacctggtgtgtacatagtgtccactaaatttgcagatgag
catgttccaggtagtccatttactgtgaaaataagtggtgaaggaagagtgaaggagagt
atcacacgtgcaagaggagctccctctgttgcaacagttggaagcatgtgtgaccttaac
ttgaaaattccagaaattgacagtggtgatatgacagcccaggtaactagcccctctgga
agaacagcagatgcagaaataaatgaagctgaaaaaaacacatactgtgtccgctttgtg
ccacaagaaatgggggtccacactgtggatgtcaaatacagaggacagcatgtcccaggc
agtcctttccaattcactgtggggccacttggtgaaggtggggctaataaagtaagagct
ggaggtccaggacttgagagagcagaagccggcatcccagctgaattcagtatatggaca
agagaagctggcgctggagggctttctattgcagtagaaggcccaagtaaagcagaaatt
gcctttgaagaccataaagatggctcttgtggtgtatcctacattgctcaagaacctggt
aactatgaggtgtccataaagttcaacgatgagcatattccagaaagcccctacctagtt
cctgtcatcgaaccttcagatgatgctcgtagactcactgttactagccttcaggaatct
ggattaaaagttaaccagccagcatcttttgctataaggcttaatggagctaagggcaag
attgatgctaaagttcatagcccctctggagctgtagaagaatgtcatgtttctgaactg
gagcctgataagtatgctgttcgtttcatcccacatgaaaatggtattcactccattgat
gtgaagtttaatggaagccatgtggtaggcagcccatttaaagtcagagtcggggaacca
gggcaggcaggcaatccagcacttgttactgcatatggacctggcctagagagtggcatc
acaggattgcaatcggagtttcacataaacacaaccaaagctggtccaggaacactctcc
gttacaattgaagggccctcaaaggtgaaaatggactgccaggaaactcctgagggttat
gatgtcatgtatacaccaatggctccaggaaactatcttattggaattaagtatggtgga
cctacccatatagtgggcagccctttcaaggcaaaagtcacaggccagcgactggttagc
ccaggcagcgcaaatgaaacgagctcaatcatggtggaatcggtgacgcggtcatcaaca
gaaacttgctacagtgccattcccaagtctacatctgatgccagcagagtgacctctaga
ggtgcaggactctcaaaggcttttgtgggtcaaaaaagcagctttactgtagactgcagc
aaagcaggttcaaatatgctgttagttggtgtccatggacccacaacaccatgcgaagaa
gtttctgtgaaacacttgggaaaccaccaatacaatgtaacttatgtggtcaaagagaag
ggtgactatactctggcagtgaagtggggcgaaacgcacattcctggaagtccattccat
gtcactgttccttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (6)   
   Pfam (6)   
All databases (56)   

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