KEGG   Python bivittatus (Burmese python): 103064197
Entry
103064197         CDS       T03091                                 
Symbol
FLNB
Name
(RefSeq) filamin-B isoform X1
  KO
K27392  filamin-B
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi04510  Focal adhesion
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    103064197 (FLNB)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:pbi04812]
    103064197 (FLNB)
Cytoskeleton proteins [BR:pbi04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     103064197 (FLNB)
  Intermediate filaments
   Intermediate filament-binding proteins
    103064197 (FLNB)
SSDB
Motif
Pfam: Filamin CH Big_3_5 Y_Y_Y CFSR Invasin_D3
Other DBs
NCBI-GeneID: 103064197
NCBI-ProteinID: XP_007425312
UniProt: A0A9F2NB81
Position
Unknown
AA seq 2635 aa
MPVTEKDLADDAPWKRIQQNTFTRWCNEHLRCVNKRIGNLQFDLSDGLRLIALLEVLSQK
RMYRKYHQRPTFRQMQLENVSVALEFLEKENIKLVSIDSKAIVDGNLKLILGLVWTLILH
YSISMPVWEDEGDDDAKKQTPKQRLLGWIQNKIPYLPITNFNQNWQDGKALGALVDSCAP
GLCPDWESWDPKKPVNNAREAMQQADDWLGVPQVITPEEIIHPDVDEHSVMTYLSQFPKA
KLKPGAPLKPKLNPKKARAYGKGIEPQGNMVKQPANFTVDTISAGQGEVMVFVEDPEGNR
EEAKVTPDNDKNKTFAVQYLPKVTGLHKVTVLFAGQHISKSPFEVNVDKAQGDASKVTAK
GPGLEITGNIANKSTYFDIYTAGAGVGEIGVEVEDPQGTNIAEVMVEDKGNQVYRCVYKP
LQAGPHTVKVVFAGEHVPKSPWGILVGEACNPNACRASGRGLQPKGVRIRETAYFKVDTK
AAGSGDIHVAIKGPKGLEELVKQKEFMDGVYAFEYYPVTPGKYIVTISWGGHNIPKSPFE
VQVGPEAGPQKVRAWGPGLHEGVVGKSADFVVESIGPEVGSLGFAIEGPSQAKIECDDQN
DGSCDVKYWPKEPGEYAVHIMCDDEDIKDSPYMAFIQPASLDFDSDKVKAYGPGLERTGC
IVNNPADFVVDTKEAGDAPLKIYAQDADGNPIDIQMRSKPDGIYACSYIPTKPIKHTIAI
TWGGANVPNSPCRVQIGQGSHPQKVKVTGPGVARNGLKANEPTHFTVDCTEAGEGDVSVG
IKCDAHVINEEEQDIDFGIIHNANDTFTVKYTPPAAGRYTVKVLFAGEEIPTSPFRVKVE
PSHDASKVKAEGPGLSKTGVENGKPTHFTVFTKGAGKAPLDVQFSGPMEGDAVKDLDFID
NYDYSHTVKYTPIQQGNMNIQVKYGGDPVPGSPFTVGVAAPLDLSKVKISGLESRAEVGK
DQEFLIDTKGAGGQGKLDVAIVSPTQKILPCLVEPVIGKECSSVKYIPKEEGLHAIDVNY
DGNPVLGSPYTVEATLPPDPSKVRAYGPGLREGLVGKPAEFTIDTKGAGTGGLGLTVEGP
CEAKIECSDNGDGTCSVSYLPTKPGEYLVNILFEEVHIPGSPFKADIEMPFDVSKVLATG
PGLQHGKVGEAGLLNVDCSKAGPGKLDMEAVSDSGSKADVEVKDNKDGTYTVTYVPLIAG
IHTLKMKYGGEPVPNFPARVKVDPAIDTSKVQVFGPGIEGKDVFREATTDFTVDASPLTK
TGGDHIKAQIANPSGASTDCLIKDNADGTYAVEFTPFERGPHTVEVTYDDVPVPNSPFRV
DVTEGCHPSRVVAQGTGLQEGFTNKPNPFTVVTRGAGIGGLGITVEGPSESKISCKDNKD
GSCSAEYIPYVPGDYDVNITYGGEHVPGSPFKVPVKDVIDPSKVKVAGPGLGTAVRARIP
QVFTVDTSKAGVAPLEVTVAGPRADEPDSQSWRSPLKTLSQFFRGDLQGDSNETGLAEPV
NITDNGDGTHTVAYTPTQEGPYAIAVKYADEEIPRSPFKLKVLPTYDASKVTASGPGLVS
HGIPASIPAEFVVDAKDAGQGPLSVHIADQEGKPKRADIHDNQDGTYAVTYIPDKTGRYS
VGIKYGGDDIPLSPYRIRVSPAGDASKCLATGPGIAATVKTAEEVGFVVDAKSAGKGKVT
CTILTPDGTETEAEVIENEDGTYDIYYTAAKPGTYVIYVRFGGVDIPNSPFTVMATDADE
VAVLSQEPLNAACPPGFHPWVTEEAYVPDGDVNGVGFKPFDVVIPFAVRKGEITGEVYMP
SGKTATPEIVDNKDGTVTVRYAPVEVGLHEMHIKYMGNHIPESPLQFYVNYPNSGNVTAY
GPGLVYGVANKPATFTIVTEDAGEGGLDLAIEGPSKAEISCIDNKDGTCTVTYLPTLPGN
YSILVKYNDKHIPGSPFIAKITDDSRRRSQVKLGSAADFLLDINETDLSLLSASIKAPSG
RDEPCLLKRLPNNHIGISFIPREVGEHLVSIMKNGSHVPNSPVSIMVVQSEIGDASRARV
SGRGLVEGRTFEMCDFIVDTRDAGYGGISLAVEGPSKVDIQTEDLDDGTCRVSYFPTVPG
VYIVSTKFADEHIPGSPFTVKISGEGRVKESITRTRRAPSVATVGSLCDLNLKIPEIDIG
DMSSQVTSPSGRITEAEIVEHDKNTYCVRFVPQEMGVHTVAVKYRGQHVPGSPFQFTVGP
LGEGGASKVRAGGPGLERAEAGIPAEFSIWTREAGAGGLSISVEGPSKAEIVFEDHKDGS
CGVSYTAQEPGNYEVSIKFNDEQIPESPYLVPVIAPSDDARRLTVMSLQESGLKVNQPAA
FAIRLNGAKGKIDAKVHSPIGAVEECHVSELEQDKYAVRFIPRENGIHSIDVKFNGSHVV
GSPFKIRVGEPGLVDSPALVTAYGPGLESGTTGLQSIFTIDTTKAGPGTLAVTIEGPSKV
KMDCQEAPEGYNVMYTPMAPGNYLIGIKYGGPNHIAGSPFKAKVTGQRLVSPGISNETSS
IMVESVTRSATDTFYRAIPKSSSDASKVLARGAGLSRAFMGQKNSFSVDCSRAGSNMLLV
GVHGPTTPCEEVSVKHLGNHQYNVTYVVKEKGDYLLAVKWGEEHIPGSPFHVTVP
NT seq 7908 nt   +upstreamnt  +downstreamnt
atgcctgtgaccgagaaggacttggcggacgacgcgccctggaagcggattcagcaaaac
accttcacccgttggtgcaacgagcacctccgctgcgtgaacaagcgtatcggcaacctg
cagttcgacctgagtgacgggctgcgcctcatcgccctgctggaggtactcagccagaag
cgcatgtaccgcaagtaccaccagagacccactttccggcagatgcagctggaaaacgtc
tcggtggcgctcgagttcctggaaaaggagaatatcaagctggtctccatcgatagtaaa
gctattgttgatggaaacttgaagctaatcctagggttagtatggacccttatcctccat
tattcaatctctatgccggtgtgggaagatgaaggagatgatgatgccaagaaacaaaca
cctaaacagagactcttgggatggattcagaacaaaattccatatctcccaataacaaac
ttcaaccaaaattggcaagatggcaaagcactaggtgccctggttgacagctgtgctcca
ggtctctgcccagactgggaaagttgggatcctaagaagcctgttaataatgctcgtgaa
gctatgcagcaagcagatgactggttaggtgtccctcaggtcatcactcctgaagaaatc
atacatcctgatgtggatgaacactctgtaatgacctatttgtcacagttccccaaagca
aagctgaaaccaggtgctcctttgaaacctaaacttaatccaaaaaaggcaagagcatat
ggcaaaggaattgaacctcaaggaaatatggtcaagcaacctgccaacttcacagtcgat
actataagtgctggtcaaggtgaagtaatggtttttgtagaagatccagaaggaaacaga
gaagaggccaaagtgacgcctgacaatgacaagaacaagacatttgctgttcaatacctg
ccaaaagttacaggtcttcacaaggttacagttctgtttgctggccagcatatttcaaag
agtccctttgaagtaaatgttgataaagcccagggagatgccagtaaagtaacagccaaa
ggtccaggcttggaaataacaggaaatatagctaataaatctacttactttgacatttac
acagcaggtgctggtgttggtgagataggtgtagaggttgaagatcctcaaggaacaaac
attgctgaggttatggtagaagacaaagggaatcaagtttatcgctgtgtttataagcct
cttcaagctggtcctcacactgtaaaagttgtatttgctggagagcatgttccaaaaagt
ccttggggtattcttgttggtgaagcctgcaatccaaatgcctgccgtgccagtggtagg
ggcctccaacccaaaggagttaggatcagagaaaccgcatacttcaaggttgatactaaa
gccgcagggagtggagatatccatgtggcaataaaaggaccaaaaggcttggaggaactt
gtaaaacaaaaggaattcatggatggagtatatgcatttgaatactacccagtaactcca
gggaaatacattgtcacaatttcttggggtggtcacaacatcccaaaaagcccatttgag
gtgcaagtaggtcctgaagctggtcctcagaaagtaagagcttgggggccaggccttcat
gaaggagttgttggtaaatcagcagactttgttgtagaatccatcggtccggaagttgga
tccctaggctttgccattgaaggcccatctcaagcaaaaattgaatgtgatgatcagaat
gatggctcatgtgatgtgaaatattggcccaaagagcctggtgaatatgctgttcacatt
atgtgtgatgatgaagacatcaaagacagcccctacatggcattcatccagccggcatct
ctagacttcgactctgacaaggtaaaagcttatggcccaggacttgaaagaactggctgc
attgtgaacaatcctgcagactttgtagttgatacaaaggaagctggggatgctcctctg
aagatatatgcacaagatgctgatggaaatcctattgatatccagatgaggagcaagcct
gatggcatctatgcctgctcttacatcccaacaaaaccaatcaaacataccattgctatt
acttggggaggagcaaatgtccctaacagtccttgcagagtccagattgggcaaggcagt
catcctcagaaggtgaaagttactggaccaggggtggcaagaaatggtctgaaagctaac
gaacctactcatttcactgtggactgtacagaagcaggcgaaggtgatgtgagtgtgggc
atcaagtgtgatgctcatgtaataaatgaagaagagcaagatatagacttcggcatcata
cataatgctaatgatacatttacagtgaaatacacccctcctgctgctgggcgctatact
gtcaaagtgctgtttgctggagaggaaattcctacaagccctttcagagtgaaagtagaa
ccctcacatgatgcaagcaaggtgaaagctgaagggcctggactaagtaaaacaggtgtg
gaaaatgggaagcccacgcacttcactgtgttcacaaaaggtgctggaaaagcccctctg
gatgttcagttcagtgggccaatggaaggagatgctgtcaaagatttggacttcattgac
aactatgattattcccacactgtaaaatacactccaatacagcagggtaacatgaacatt
caggtgaagtatggtggtgatcctgttcctggaagtcctttcactgtgggtgttgctgca
ccacttgacttgagtaaagttaaaatcagtggcctggaaagcagagccgaagtagggaaa
gatcaagaatttctcattgacacgaaaggagctggtgggcagggtaaacttgatgtggcc
atagtctccccaacccagaaaattttaccatgcttagtagaacctgtcattggaaaagag
tgtagtagtgtaaagtatattccaaaagaagaaggacttcatgccattgatgtgaattat
gatgggaatccagtcctgggaagcccttatactgtagaagccactttaccaccagatcct
tctaaggtgagagcttatgggccaggcctccgggaagggcttgttggaaaacccgcagaa
ttcacaatagacaccaaaggagctggaactggtggtctgggtttgacagtagaaggacca
tgtgaagccaaaatagagtgctctgataatggagatggaacatgttcagtctcctactta
cctacaaaaccaggtgaatacctggtgaacattctttttgaggaagtccatattcctggc
tctcctttcaaagctgacattgaaatgccatttgatgtttcaaaagtgcttgccacaggt
cctggacttcaacatggcaaagtgggtgaagctggattgcttaatgtggattgttcaaaa
gctggacctgggaaactggatatggaagctgtgtctgattctggttctaaagctgatgtt
gaggttaaagataataaagatggaacttatacagttacatacgtgccccttatcgctggg
atacacacactcaagatgaaatatggtggagaaccagtgccaaattttccggcacgtgtc
aaagttgatcctgccatagacacaagcaaggttcaagtgtttggaccaggaattgaaggg
aaagatgtcttccgtgaggcaacaacagattttactgttgatgctagccccttgaccaaa
actggtggagaccatatcaaagcccaaattgcaaatccctctggagcttccacagattgc
ctcatcaaagacaatgctgatggcacatatgcagtagagtttactccatttgaaagaggt
cctcatacagttgaagtgacttatgatgatgttcctgttccaaatagtccattcagagtt
gatgtcacagaaggatgtcatccttcacgtgttgtggcccaaggaactgggttacaagaa
ggcttcacaaataaacccaacccatttactgttgttactcgaggggctggaattggtggc
cttggaataacggttgaaggaccttcagaatctaaaataagctgtaaagataacaaggat
ggcagctgtagtgcagaatatattccatatgtaccaggagattatgatgtcaacataact
tatgggggtgaacatgttcctggtagcccatttaaagttcctgtaaaagatgtcattgac
cccagcaaggtgaaagtggcaggaccaggtttggggacagctgtgcgtgccagaattcct
caggtctttactgtggatactagcaaagctggagtagcaccacttgaagttacagtggca
ggacccagagctgatgagccggattcccagtcatggcgcagtccattgaaaacactttca
cagttctttagaggtgacctacagggtgactctaatgagacaggcttggcagaacctgtg
aatataactgacaatggtgatggaactcacacagtagcatacacccctacgcaagaaggc
ccctacgcaattgcagttaaatatgcggatgaagaaattcctagaagcccattcaaactg
aaagtgcttccaacgtatgatgccagtaaagtgacagctagtgggcctggccttgtctcc
catgggattccagccagcatacctgcggaatttgttgtggatgctaaagatgcaggccaa
ggacctctctcagtacacatagcagatcaagaaggcaaaccaaagagggcagatattcat
gacaaccaagatggcacatatgcagtaacgtatatccctgacaagactggtcgttattct
gtgggcattaaatatggtggggatgatatacctctttctccatatcgaattcgtgtatca
ccagcaggagatgcaagcaaatgtctagcaacaggccctggcattgcagcaacagtgaag
actgctgaagaagttggctttgttgtagatgctaaatccgcaggcaagggtaaagtgacc
tgtacgatcctgacaccagatggcacagaaactgaagcagaggtcattgaaaatgaagat
ggaacatatgacatctattacacagctgctaaaccaggaacctacgtgatttatgtccgc
tttggtggagtggatattccaaatagccccttcactgtcatggccacagatgcagatgaa
gttgcagtattgtctcaggagccactaaatgcagcctgtccccctggattccatccctgg
gtcacagaagaagcatatgtacctgatggtgatgtgaatggtgtaggctttaagcccttt
gatgtggtcattccttttgcagtaagaaaaggggaaattactggggaagtctacatgcct
tcaggaaagactgcaacacctgaaattgtggataacaaggatggcacagttacagttaga
tatgctcctgttgaagttgggttacatgaaatgcatatcaaatacatgggtaaccatatt
ccagagagccctttacagttctatgtgaactatccaaatagtggaaatgtgactgcttat
ggacctggccttgtttatggtgtagcaaacaagccagcaaccttcaccatagtcacagag
gatgctggcgaaggtggcctggatttggcaattgaaggtccttcaaaagctgagatcagc
tgcattgataacaaggatggcacttgcacagtcacttacctgccaacacttccaggaaac
tacagcatattagtgaaatacaatgataaacatatcccagggagcccgttcattgctaaa
atcacagatgacagtaggaggcgatcccaagttaaacttggctctgctgctgacttcttg
ctagacattaatgagactgatcttagcctcttgtcagccagtattaaagccccatctggc
agagatgaaccttgtcttctgaaaagactgccaaataaccacattggtatctcattcatt
cctcgagaggtgggagaacatttggttagcataatgaagaacggaagtcatgttcccaac
agtccagtgtccattatggtagttcagtctgagataggtgatgcaagtagagcaagagtt
tctggtcgtggcttggttgaaggacgcacttttgaaatgtgtgacttcattgttgataca
agagatgcaggatatggtggaatatcactggcagttgaaggacctagcaaagtggacatc
cagacagaagatctagatgatggaacttgcagagtgtcatactttccaactgtgcctggt
gtttacatagtgtcaactaagtttgctgatgaacatatcccaggcagcccatttactgtg
aaaataagtggtgaaggcagggtcaaggaaagtatcacacgtaccaggcgagctccctct
gtagccactgttggaagtttgtgtgatcttaacttaaaaattccagaaattgatataggt
gatatgtcatcccaagtaaccagcccatcaggaaggattaccgaggcagaaattgtggag
catgacaaaaacacatactgtgtccgctttgtgccacaagaaatgggagtccacacagtg
gctgtgaaatacagagggcaacatgtgcccggcagtccattccagttcacagttggacct
cttggtgaaggaggagccagtaaagtcagagctggtggtccaggacttgaaagagcagag
gctggcatcccagctgagtttagcatatggacaagagaagcaggagctggtggtctttcc
atttcagtggaagggccaagtaaggcagaaattgtttttgaagaccacaaagatggatct
tgtggtgtgtcctatactgctcaagagcctggtaactatgaggtgtccatcaaatttaat
gatgagcaaattcctgaaagtccgtacctggttcctgtgatagcgccttcagatgatgct
cgtaggcttactgttatgagccttcaggaatctgggttaaaagttaaccagccagcagcc
tttgccataaggcttaatggggcaaagggcaagattgatgctaaagtgcacagccccatt
ggagcagtagaagagtgccatgtttctgagttggagcaagataaatatgctgtccggttc
attccacgtgaaaatggcattcattcaatagatgtgaaattcaatgggagccatgttgta
ggcagtccttttaaaattagagtaggggaaccaggtcttgtggatagtccagctctcgtt
actgcttatggaccaggcctggagagtggcacaacaggtttacaatctatatttactata
gacaccacaaaagctggtcctggtactctcgctgttacaattgaggggccgtcaaaggtg
aaaatggattgccaagaagctccagaggggtataatgtaatgtatacgccgatggctcca
ggaaactacttaattggaattaaatatggagggcctaatcatattgctggtagtcctttc
aaagcaaaagtgacaggtcagcggctggttagcccaggcatctcaaatgaaacatcttct
attatggtggaatctgtgactagatcagcaacagataccttctacagggccattcccaag
tcatcgtctgatgcaagcaaagttcttgctaggggtgcagggctttctagagccttcatg
ggccagaaaaattctttctctgtggattgcagcagagcaggttcgaatatgctgttagtt
ggtgtccatggacctacaacaccttgtgaagaagtatctgtgaaacacttgggaaaccac
cagtacaatgtaacatatgttgtcaaggaaaaaggtgactacctactagctgtgaagtgg
ggtgaagaacacattcctggaagtccattccatgttactgttccatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (53)   

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