KEGG   Falco peregrinus (peregrine falcon): 101914782
Entry
101914782         CDS       T02856                                 
Symbol
FLNB
Name
(RefSeq) filamin B
  KO
K27392  filamin-B
Organism
fpg  Falco peregrinus (peregrine falcon)
Pathway
fpg04510  Focal adhesion
Brite
KEGG Orthology (KO) [BR:fpg00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    101914782 (FLNB)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:fpg04812]
    101914782 (FLNB)
Cytoskeleton proteins [BR:fpg04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     101914782 (FLNB)
  Intermediate filaments
   Intermediate filament-binding proteins
    101914782 (FLNB)
SSDB
Motif
Pfam: Filamin CH Big_3_5 Invasin_D3 Y_Y_Y CFSR CH_2
Other DBs
NCBI-GeneID: 101914782
NCBI-ProteinID: XP_005230140
Position
Un
AA seq 2706 aa
MLLLNNTSSREHVQCPEWLGSLIAHDSEESKNISSHETVIKLITLKQTSDFISHPVMRCL
SPDVSEGSRHHSPHPSAFKDLADDAPWKRIQQNTFTRWCNEHLRCVNKRIGNLQHDLSDG
LRLIALLEVLSQKRMYRKYHQRPTFRQMQLENVSVALEFLERESIKLVSIDSKAIVDGNL
KLILGLIWTLILHYSISMPVWEDEGDDDAKKQTPKQRLLGWIQNKIPYLPITNFNQNWQD
GKALGALVDSCAPGLCPDWETWDPKKPVDNAREAMQQADDWLGVPQVITPEEIIHPDVDE
HSVMTYLSQFPKAKLKPGAPLKPKLNPKKARAYGRGIEPHGNMVKQPAIFTVDTISAGQG
DLMVFIEDPEGNREEAKITPSSDKNKTYSVQYVPRVTGPHKVSVLFAGQHISKSPFEVNV
DKAQGDASKVTAKGPGLEAAGNIANKPTYFDLYTAGAGVGDVIVDVEDPQGRSLSEVAVE
DKGNQVYRCTYRPVQAGPHIVKVTFAGEAIPKTPCTVLVGEACNPNACRATGRGLQPKGV
RMRETADFKVDTRAAGSGDLSVTIKGPKGLEELVKQKGFMDGVYAFEYYPATPGKYVATI
TWGGHNIPKSPFEVQVGHEAGPQKVRAWGPGLHEGVVGKSADFVVESIGTEAGSLGFAIE
GPSQAKIECDDKNDGSCDVKYWPKEPGEYAVHIMCDDEDIKDSPYMAFIRPASGDFNPDK
VKAYGPGLERTGCIVNNPAEFTVETKDAGKAPLKMYAQDGEGNPIDIQIKSKPDGVFVCS
YVPVKPIKHTISVVWGGANVPNSPFRVLIGQGSHPQKVKVFGPGVERTGLKANEPTHFTV
DCTDAGEGDVSVGIKCDARVVSDEEEDIDFDIIHNANDTFTVKYAPPAAGRYTIKVLFAG
EEIPASPFRVKVDPSHDASKVKAEGPGLNKTGVENGKPTHFTVFTKGAGKAPLDVQFSSP
APGEAVADLDIIDNYDYSHTVRYTPIQQGPMKVLVTYGGDPIPKSPFTVGVAAPLDLNKV
KVNALENRVEVGKDQEFVIDTKGAGGQGKLDVNISGPLRKAVPCLVEPVLGKECSTAKYI
PREEGLYVVDVSYDGNPVPGSPYTVEAMLPPDPSKVKAHGPGLRGGLVGKPAQFTIDTKG
AGTGGLGLTVEGPCEAKIECSDNGDGTCSVSYLPTRPGEYFVNILFEDVHIPGSPFKADI
EMPFDASKVIAMGPGLERGKVGEAGLLNVDCTEAGPGDLRVDVVSDAGSKAEVQIDDNKD
GTYVVTYVPRSAGMYTIVMRYGGEQVPKFPARLKVEPAVDTSRIKVFGPGVEGEDVFREA
TTEFSVDARPLTKDGGDHIRTQIVNSSGSPTDCLIQDNADGTYLVEYTPFEKGPHTVSVT
YDGVPVPNSPFRVNVTEGCHPSHVKAQGAGLKEAFTNQPNAFSVVTRGAGIGGLGITVEG
PSESKISCKDNKDGSCSAEYVPYVPGDYDVNITYGGKHIPGSPFKVPVKDVVDPSKVKIA
GPGLGTAVRAKIPQSFTVDTSKAGVAPLEVVVAGPRADEAYSQGWRSPLKMISDFFKGDR
EGDTQTGVVGPVNVVDNGDGTHTAVYTPMQEGPYMISVKYAGEEIPRSPFKVKVLPTYDA
SKVTASGPGLSSYGIPASLPVEFAVDAKDAGQGILAVQITDQEGKPKRVDIHDNKDGTYT
VTYVPDKTGRYTIGVKYGGDDIPSSPYRIRASPTGDASKCLATGPGIAPTVRTGEEVGFV
VDAKSAGKGKVTCTVLTPDGTEAEADVVENEDGTYDIFYTAAKPGTYVIYVRFGGVDIPN
SPFTVMAVDADDAAVRSQEPVGASPPGFRPWVAEEAYVPVGDMNGMGFRPFDMVIPFAVR
KGEITGEVHMPSGKTDTPDIVDNKDGTVTVRYAPTEVGLHEMHIKYMGKHIPESPLQFYV
NYPNSGSVSAYGPGLVYGVANKLATFTIITEDAGEGGLNLAIEGPSKAEISCIDNKDGTC
TVTYLPTLPGNYSILVKYNDKHIPGSPFTAKITDDNRRRSQVKLGSAADFLLDISETDLS
LLTASVKAPSGRDEPCLLKRLPNNHIGISFIPREVGEHLVSIKKNGSHVPNSPVTIMVVQ
SEIGDARRARVFGRGLVEGRTFEMCDFIIDTRDAGYAGISLAVEGPSKVDIQTEDLEDGT
CKVSYFPTVPGVYIVSTKFADEHIPGSPFTVKISGEGRIKESITRTRRAPSVATVGSICD
LNLKIPEIDCGDMTAQVTSPSGRNSDAEIMEADKNTYCVRFVPQEMGVHTVDVKYRGQPV
LGSPFQFTVGPLGEGGAHKVRAGGPGLKRGETGIPAEFSIWTREAGAGGLSIAVEGPSKA
EIAFEDHKNGSCGVSYIAQEPGNYEVSIKFNDEHIPESPYLVPVIAPSDDARRLTVTSLQ
ESGLKVNQPASFAIRLNGAKGKIDAKVHSPSGAVEECHVSELEPDKYAVRFIPHENGIHS
IDVKFNGNHVVGSPFKVRVGEPGQAGNPALVTAYGSGLESGTTGLQSEFFINTTKAGPGA
LSVTIEGPSKVKMDCQEAPEGYKVMYTPMAPGSYLIGVKFGGPNHIVGSPFKAKVTGQRL
VSPSSANETSSILVESVTRSSTETCYSAIPKSTSDASKVVSRGAGLSKAFVGQKSSFSVD
CSKAGSNMLLVGVHGPTIPCEEVSIKHLGSHQYNVTYVVKERGDYILAVKWGDEHIPGSP
FHVTVP
NT seq 8121 nt   +upstreamnt  +downstreamnt
atgctgttgctgaataatacgtcaagcagagagcacgtacagtgtcccgaatggctggga
tctctcatagcccatgattcagaggaatccaagaacatatcatcacatgagaccgtgata
aagttgattaccctgaagcagacctcagacttcattagtcaccccgtcatgcgctgcctg
tcccctgatgtcagcgagggctcgcgccaccactccccacacccttctgcttttaaggac
ctggcggatgacgccccctggaagcggatccagcagaacaccttcacccgctggtgcaac
gagcacttgcgctgcgtcaacaagcgcatcggcaacctgcagcacgacctgagcgatggg
ctgcggctcatcgccctcctggaggtgctcagccagaagcgcatgtaccgcaagtaccac
cagcggcccaccttccgccagatgcagctggagaacgtctcggtggccctcgagttcctg
gagcgggagagcatcaagctggtctccatcgatagtaaagccatagttgatggaaatttg
aagttgatccttggcctgatatggacccttatcctccactactccatttccatgccagtg
tgggaggatgaaggtgacgatgatgcaaagaagcagacccctaagcagaggctgctgggc
tggatccagaacaaaattccttacttgccaatcacgaacttcaatcaaaactggcaggat
gggaaggcactgggggctcttgttgacagctgtgctccaggcctgtgccctgactgggag
acctgggacccgaagaagcctgttgacaacgctcgggaagccatgcagcaggcagacgac
tggctgggtgtgccgcaggttattacccctgaagaaattatccaccctgatgtggatgag
cactctgtaatgacttacctgtcccagttccccaaagccaagctgaaaccgggagctcct
ttaaaacccaagctgaatccaaagaaagcaagggcttatggcagagggattgagcctcat
gggaacatggtgaagcagcctgccatcttcacggtagacaccatcagtgctgggcaggga
gacctgatggtcttcatagaggatccagaaggaaacagagaggaggcgaagataacacca
tccagtgacaaaaacaagacctattcagttcagtatgtgcccagggttactggacctcac
aaggtttcggtcctgtttgctgggcagcacatttcaaagagcccgtttgaagtgaatgtt
gacaaagcccagggagatgcgagcaaagtaacagcaaagggaccgggactggaggcagca
gggaacattgccaacaagcctacctactttgacctctacacagcaggtgctggtgtgggt
gatgtgattgtggacgtggaggatcctcaggggagaagcctttctgaagttgcagtagaa
gacaaaggcaaccaagtctaccgttgcacctacagacctgttcaagctggtcctcacatt
gtcaaagtgacttttgcgggggaggcaattcccaagactccttgcactgttctagtcgga
gaggcctgcaatcccaacgcttgtcgtgccactggtagaggtctgcagcccaagggcgtc
cgcatgagggaaacggctgacttcaaggttgatacgagagcagcggggagtggggatctc
agcgtgactataaagggaccgaagggcttggaagagctggtgaaacaaaaaggctttatg
gatggtgtatatgcatttgagtattatccagctaccccagggaagtatgttgccacgatt
acatggggtgggcacaacatcccaaaaagtccctttgaagttcaagtgggtcatgaagca
ggtcctcagaaagtgcgagcctgggggccaggactgcatgagggggttgtgggcaaatcg
gctgacttcgtggtggaatccattggcacagaagctggctctcttggctttgccatagaa
ggcccttctcaggctaaaattgagtgtgatgacaagaacgatggctcctgtgatgtgaag
tattggcccaaagagcctggtgaatatgctgtgcacatcatgtgtgatgatgaggacata
aaagacagcccttacatggccttcatccgaccggcttcaggagacttcaacccagataag
gtgaaggcttatggcccgggcttggagaggactggctgtatagtgaacaatcctgctgag
ttcacagttgaaaccaaggatgccgggaaagcacctctgaagatgtatgcacaggatgga
gaaggaaaccccatcgatattcagataaagagcaagcctgatggtgtgtttgtctgttcc
tatgtcccagttaaaccaatcaaacatacaatttctgttgtctggggaggagccaacgtg
cccaatagcccgtttagggtccttataggtcaagggagtcatcctcagaaagtgaaagtg
tttggacctggtgtggagagaactggcctgaaagcaaatgagccaacccacttcactgtt
gactgcacagatgcaggagaaggtgatgtcagtgttggaattaagtgcgatgctcgtgta
gtcagcgatgaggaagaagacatagatttcgacatcatccacaatgctaatgacacgttc
acagtgaagtacgcaccacctgctgctggacgctacactattaaagtgcttttcgcagga
gaggaaattcctgccagcccgttcagagttaaagtggacccctcgcacgatgccagcaaa
gtgaaagctgagggacctgggctgaacaaaactggtgtggaaaatggcaagccaacacat
ttcactgtgttcaccaagggagctgggaaggcaccgctggatgtgcagttcagcagccca
gcgcccggagaggcggtggcagatctcgatatcattgacaactacgactattcccacact
gttaggtacactccaatacagcagggtccgatgaaggttttggtaacttacggtggtgat
cctatccccaaaagccctttcactgtgggcgtcgctgctccgttggacctaaacaaagtt
aaagtcaatgcactcgaaaacagagtggaagtaggaaaggaccaggaatttgtaattgac
accaaaggagctggtgggcagggtaaactggatgttaatatttccggtcctctaaggaaa
gctgtgccatgtctggtggaaccggttctgggtaaggagtgcagcactgcaaagtacatc
ccaagggaagaaggactgtatgtggtggacgtcagttatgatggcaacccagtcccaggg
agcccctatactgtggaggccatgctgcctccagacccttccaaggtaaaagctcatggt
ccaggtctccgagggggtcttgttggaaaaccagcccaattcacgatagataccaaaggg
gcaggaactggaggtttgggtttgacggtagaaggtccatgtgaagctaaaattgaatgc
tcagacaatggtgatggaacctgctctgtctcctacctacctacaaggcctggagagtat
tttgtaaacatcctctttgaagacgttcacattcctggttcaccgtttaaggcagacatt
gaaatgccatttgatgcctctaaagtcattgccatgggcccaggtctggaacgtggtaaa
gtaggtgaggcagggctgctgaacgttgactgcacggaggcgggtcccggggacctgcgg
gtggatgtggtctcggatgctggttccaaagcagaggtccagatcgatgacaacaaagac
gggacctatgttgtaacgtatgtgccgcgctcggctggcatgtacacgatcgtgatgaga
tacggaggagagcaagtgcctaaatttccagctcggctcaaagtggaaccagctgtggac
acaagcagaattaaagtgtttgggccaggagtggaaggggaagatgtcttccgagaagct
acaaccgagttcagtgtggatgctcgacctctaacgaaggatggtggtgaccacatcagg
acacagattgtgaactcatccggctcccccacggactgtctcatccaagacaatgctgat
ggaacgtatttggtagagtacacgccgtttgaaaaaggtccacacacagtcagtgtaacg
tatgacggcgtacctgtgccaaacagtcccttcagagtgaatgtgacagagggctgccac
ccatcacatgtgaaggcacaaggagctggactcaaagaagctttcacaaatcagccaaac
gccttttcagttgtcaccagaggagcaggaattggtggccttggaataactgttgaagga
ccttcagagtctaaaattagctgtaaagataacaaggatgggagctgcagtgctgagtat
gttccttacgttccaggagactacgatgttaacatcacctacgggggcaagcatattcct
ggcagtcctttcaaggttcctgtgaaggatgttgtggatcccagcaaggtgaagatagca
ggaccaggtctgggaacagctgttcgagccaagatcccacagtccttcactgtagacacc
agcaaggcaggagtagcaccccttgaagtggtggtggcaggacccagagcggatgaggcg
tattcccagggatggcgctccccattgaaaatgatttcggatttctttaaaggtgatcga
gagggtgacactcagacaggagttgtggggcctgttaatgtagtagacaacggagatggc
acccacacggcggtgtacacccctatgcaggagggaccctatatgatctctgtcaaatat
gctggtgaagagattcctcgcagtcccttcaaggtgaaggtgcttcctacgtatgatgcc
agtaaagtgacagcaagtggaccaggtctcagttcctacggcataccagccagcctgcct
gtggagtttgctgtggatgctaaggatgctgggcagggaattctggctgtacagatcact
gaccaagagggcaaacccaagagagtggacattcatgacaacaaggatggcacttacaca
gtcacctatgtccctgacaaaacgggccgctatacgattggtgtgaagtatggtggagat
gatatcccatcctctccctatcggatccgggcatctccaactggcgatgccagcaagtgt
ttggccacaggtcctggaattgcacccactgtgaggactggtgaggaggtcgggtttgtg
gtagacgccaaatcagcagggaagggaaaagtgacgtgcactgtcctgacgccagatggg
acagaagctgaagcagatgttgttgaaaatgaggacgggacttacgatatcttctacact
gccgccaaaccaggaacctatgtgatttatgtccgctttggtggggtggacattcccaac
agtcctttcactgtcatggctgtagatgcagatgatgctgccgtgcggtcgcaggagcca
gtgggcgcctcccccccaggattccgcccttgggttgcggaagaagcttatgtcccagtt
ggagacatgaacggcatgggattcaggccctttgatatggttatcccttttgccgtaagg
aaaggagaaataacaggtgaagtacacatgccctctggaaagacggatacgccagatatt
gtggataacaaagacggcacagtaacagtgagatacgctcctactgaggtcgggctgcat
gaaatgcacataaaatatatgggaaagcacatcccagagagccctctgcagttctatgtg
aattatccaaacagcggcagtgtgtctgcttacgggcctggcctcgtttatggggttgcc
aataaactagccactttcaccattatcactgaagatgcaggagagggtgggctgaacttg
gctattgaaggaccttcaaaagcagagatcagctgcattgataacaaagatgggacgtgc
acagtcacgtacctgcctactctacctgggaattacagcatcctggtcaagtacaatgac
aagcacatcccaggcagtccgttcacggccaagatcacagatgataacagaagacggtcc
caggttaagcttggttctgctgctgactttttgttggacatcagtgagactgatctcagt
cttctaacagccagcgttaaagccccatcaggtcgtgatgagccttgtcttctgaagagg
ctacccaacaaccacattggcatctcattcattccacgagaagtgggagaacatctggtt
agcatcaagaagaacgggagccatgtaccaaacagccctgtaacaatcatggtggtccag
tctgagataggagatgccagacgagcaagagtttttggacgcggcttggtagaaggacga
acctttgaaatgtgtgacttcattatagacacaagagatgcaggttatgctggaatctca
ctggcagttgaaggacccagcaaggtagatatccaaactgaagacctagaagacggaacc
tgcaaagtgtcctatttcccaactgtacctggcgtgtacattgtgtccactaaatttgca
gatgaacatattccaggcagcccatttactgtgaagataagtggtgaaggaagaattaag
gagagcatcacacgaacaaggcgggctccctctgttgcaacagtaggaagcatatgtgat
ctgaacctaaaaattccagaaattgattgtggggatatgacagcccaggtaactagtccc
tctgggagaaactctgacgccgaaatcatggaagctgacaaaaacacctattgtgtccgc
tttgtgccacaagaaatgggggtccacactgtggatgtcaaatacagagggcagccggtg
ctgggcagccccttccagttcaccgtggggccgctgggcgagggaggagcccacaaagtg
agagctggtgggccagggctgaagcgtggagagacgggcatcccagctgagttcagtata
tggacgcgggaagctggagctggaggcctgtctattgctgtagaaggcccaagtaaagca
gaaatcgcctttgaggaccataaaaatggatcttgtggtgtatcatacatagcacaagag
ccaggcaactatgaggtgtccataaagttcaatgacgagcacattcctgaaagcccctac
ctggttccagtcatcgccccctccgatgatgctcgcaggctcactgtcactagccttcag
gagtctggattaaaagttaatcagccggcatcctttgctataaggctgaacggggcaaag
ggcaagatcgatgctaaagtccacagcccctccggagctgtagaagagtgccatgtgtct
gagctggagccagataagtatgccgttcggttcatcccccatgaaaacggcatccactcg
attgatgtgaagttcaacggaaaccacgtggtgggcagccccttcaaagtgcgcgtgggt
gagcccgggcaggcgggcaaccccgcgctcgtcacggcgtatgggtccggcctggagagc
ggtaccacgggactgcagtcggagtttttcattaacacgaccaaggctggtccaggtgcc
ctctctgttacaattgaagggccgtcaaaggtgaaaatggactgccaggaagctccagaa
ggttacaaagtcatgtacacacccatggctccaggaagctatttaattggagttaaattt
ggtggacctaaccacatagtgggcagccccttcaaggcaaaggttacaggacagcgactg
gttagcccaagcagtgccaacgaaacttcttccatcctggtagagtcggtgacaagatca
tcgactgaaacttgttatagtgccattcccaaatccacctcggatgctagcaaggtggtt
tcccgtggagcaggactttcaaaggcttttgtgggtcagaaaagctccttctctgtggac
tgcagcaaagcaggttcaaatatgttgttagttggcgtccacggacctacaataccctgc
gaagaggtatccatcaaacatctggggagccaccagtacaacgtaacgtatgtcgtcaag
gaaaggggtgactatatcctggcggtgaaatggggtgacgagcacatccctggcagtccc
ttccatgtcaccgttccttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (76)   

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