KEGG   Zootermopsis nevadensis (dampwood termite): 110836878
Entry
110836878         CDS       T05136                                 
Name
(RefSeq) filamin-A isoform X1
  KO
K04437  filamin-A
Organism
zne  Zootermopsis nevadensis (dampwood termite)
Brite
KEGG Orthology (KO) [BR:zne00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:zne04812]
    110836878
   04147 Exosome [BR:zne04147]
    110836878
Cytoskeleton proteins [BR:zne04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     110836878
  Intermediate filaments
   Intermediate filament-binding proteins
    110836878
Exosome [BR:zne04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   110836878
SSDB
Motif
Pfam: Filamin CH Big_3_5
Other DBs
NCBI-GeneID: 110836878
NCBI-ProteinID: XP_021934250
Position
Unknown
AA seq 3007 aa
MAASEQLRISQVGLVARSPEGHAAKGMAIKGREDLWVEIQANTFRNWVNEHLRTVGTEVH
DLVADFCDGTRLCALVEVLQKRPLRPAWIQRPANQHQYLENVATALTAIAADGVKLVNIG
NVDIVNGNLKLILGLIWSLIVRYQIGRSKFPPKKLMLAWLKAVLPECRVNNFTTDWNSGV
YLSALLDYCHPGLFPHWRSLNPKDSVGNCRTAMEIARREFQIPMVLQPEYLASPFLDELS
GMTYLSYFMKEDSPGFHATLRWVNNQIPDTHVRNFTRDWNDGTVLCKLVRSLGGPTPGYD
QLTTDRSSWEMNLNKGIRGGEKLGIEPILKAKDMADKNVEHLGVMAYAANFQWIQPRQKP
GDRLTVSCDSHTAKVNKPVHFKLEYLPGDVDTKEVMAEVIGPSGKVECRLQLSSNNGRGS
FIPTEIGMHKLIVYNEGEHAQGCPINIRVTPEPTKISFPGMDPCAIGSIVEVLINSNGAS
SREIDVLARSPTGRRLPCPVQETDGVYTATFQPDEAGEWSIAVTHGGEHIQGGPFTCFVY
DPNAIKLRGMEGATPGQPFSFTVDASGTGGLGDVCVDIVSGGCSVPHRMESLGGSLYRVS
LVPQQAGKHRVYVYFNGGDVKGSPFPLRVGSQRSRDKSDSPTNRRTSSNHHKESRNQDHS
KAGTQYTSSFGSHSRHQMASEDSYWKRRMPGVTLHVVSDGRENSHSPQISSPAPHVKVTP
PTPTVRPNINNYFTEERSHSSIDQRLNHMNITEDRIGSPSCGLTNGRGPSPIMSNSSPSP
VNSPLYRDSPVHSNRFSPIYKPNVSPTFRLPSSPSQSPTGFKTSSSPLLNSSSAYKSSPS
PAHSPLTFKHSPSPAHSPAFQQNDGNHFESTSRYFESSRLRRSSVDVLDEEKGGAVDTSS
NVRVSAMLGSSNNLRADSWDAIAKTKSLLSYGSLESLANLTAKKLSHDQSTVHQLNTNTT
TTSMNEVDTTHSWFRGSSPAPGGSHQYSNVINQRNNGGLLIIGSRNSPTESRTGNGAGSV
PATVTGDALKLVPVNRQASINIDLPNTADLNELTVSVTAPSHRSLPVKLFQNRDHVSANF
TATEIGEHIIDIRVRDQKVIGTPFRTHAYNAKAIQVGHIPNGVLGQPVEFEIDGSGAGSG
NLEILVNGGHVTSFVHNLGNQRFLASFVPHEALSHLVEMKFNGETVPGSPWQVGVMTGPK
MAVLGDAVRLVAAGTTAVFELSALGFSHDDIDVQIISPSKRPVTARLVEEKNGEFRIEFM
PSEVGSHLVEVSVAGQKLPAGPLVAKVYNSALIRVTDVGGGVVGQPCQFRVDASQAGEGQ
LEISINEGEVPNHVQVVGGGRCLVSFTPEQTKPHLIDIKFNGETVTDCPFVCSVSDTSRV
SLTLRNLELIPVNEIARFHMGVDGNGSAELAVSVRGPTTELPVKVTGNIHSGFTAEFTPR
DVGAHSITVEYNGHPVSGTPFIAKAYDAKRVFVGPLPKGSVGKTLQFMVDASQAGEGNLE
ITISARGHNIPTQVHPQGNARFAVSFVPIEPTDHVISINFNKESVPGSPFLARVQGDSPH
QILVSGPSLSSAAVGKTSFFTVSNVAGSVEDIEVNVEGPNGQSVPAQVKDTGSQTFQVEF
SPRVAGEHRIAVAYRKVAIAGSPFSCKVYDVKAIKVKDVAEGIVAKPITFLVETSQAGPG
NLEVTVNGGRVPTSAQAQGPHTYAISFTPREAIAHTVDLRFNGEDVPGSPFTCQVSEAAR
VVISGDGLEKVAVNRAAMFSVEADPSLGRPDVQVLSPSRRPLMVDVGVQTAGRYTVHFTP
TDVGDHSVEVKLAGVHVEGSPFLVKAYDAAKVKVTDINSGVVGKPVFFSINASQAGAGNL
EIIVSVSGHNVPNYVQSEGNAKFRVNFKPQEAAPHSLSVRFNGEPVPGSPFMCKVLDASQ
VLVSGSALKMSPLGQAAIVMVDPQMSAGDLGSCDVTVTAPSGQTIPVRITKTDKFTAEFM
PIEVGRHSVAVILDGEPVKGSPFACNIYDVSKVRITGLGPSKVGKPATFTVDASEAGEGT
LELVVSTDKSTVKAEVVACSRGLYDVTFVPHEPVPHFVNISFNEEDVPGSPFKCEVLELG
AKEMRHMHRKESRMITVRGEGLKDAVVGSTTYFDVDPKGMDGHIDMEVVGPDSSHVPCYV
KKLGSGLYRAEYRPQQVGLHSITVFHQEQPISKQPFTVEVFDPRQVKIIEMEEAFCHRAA
SFKVDTSGAGQGVLIASVKAAGQEVKHSLHALDAGQYQVVFHPKLAVPHRIDLKYNGLHT
AGCPFEVSVKNPAVGQDVIATGLGLYQSRAGKVTSFVIETLGHPTKEFDVIITGPQGSAV
PVRCYQQKDGNLLAEFTAHGAGTYKIDVTQGSRAVRGSPYYCQVFDASKVKIEDVGSKSV
AVNEKIAFRLQRREAGFAELDVTVTSPLGQDLPLEVKSCGNEKDCDLIEFCPSLPGIYRF
KMTYGGEEIPGSPVTFTVEDSGVAKASGDGLLCGQVGSPASFKVVGPGLPGKPSIHVDGP
DSVATCSIEREADGIYVVTYTPSEVGVYDVRVDWDDSPVPGSPFHPKIVDTLKVRVIGGW
ESFTDSEGRLELAVHNTKKISFDTAEAGPGQLTAECRGPSGNSVPIAVEQTSGSRVRLLL
TPRISGEHLIYLQYGGFPLPRSPLLGIADGASGGSSGPVRVVLTGRGLAGARCHEEAEFT
IDGSQAGPGLPEVTLTGMKADIKVQLQNLGNSVYRAIYTPTVPGAYLLNVMWSDRQVKGC
PLKVAVTAVADAGRVVCSGDGLRVGTVGKEIRSFIDTRRAGPGELTAHCVGPHKVAYCEL
YDHGDGTFTLNVKPQEAGRHALTIKYGGDHVSGSPFSLRVAGAPDPSKVRVYGPGIEHGV
LATFQSRFICDTRGAGAGQLTVRVRGPKGAFRVEMQRESQKDRTILCKFDPTEPGDYRVE
VKWAGELVPGSPFIVMIFDTQEELNRFLQGSHSPGSELYGSVGYSTGYAHMNFGGAQQSW
RGSQPQL
NT seq 9024 nt   +upstreamnt  +downstreamnt
atggcagcatctgaacaattgcgaatttctcaggttggtctggttgctcgcagtccagag
ggtcatgcagccaagggaatggccattaaaggccgtgaagacctgtgggtagaaatccaa
gctaatacttttcgtaactgggtaaacgaacatctgcgtacggtggggacagaagttcat
gatttggtagcagacttctgtgatggcacacgtttatgtgctcttgtggaagtcctccaa
aagagacccttgagacctgcgtggatccagagacctgctaatcagcatcagtatctagag
aatgttgctacagcccttacagcaatcgccgctgatggtgttaaacttgtcaacatcggt
aatgttgatattgtaaatggaaatctcaagttgatcctgggcttaatatggtcattaatt
gtccgttaccaaatcggaaggtcaaagtttccaccaaagaaacttatgctggcatggcta
aaggctgtactcccagaatgtcgtgtgaacaatttcacaacagactggaactctggagtc
tacttaagtgctctgttggattattgtcatcctggactctttcctcactggagaagtcta
aatcccaaggacagtgttggaaactgtcgcacagctatggaaattgccagaagagaattc
cagatcccaatggtcttgcagccagaatatttggcttctccattcctggatgaactttct
ggaatgacatatttgtcatattttatgaaagaagatagcccaggatttcatgcaactctt
cgttgggtcaataatcaaatacctgacactcatgtcagaaatttcacaagagactggaat
gatggaactgtattatgtaaactagtgcgctctttgggaggacccacaccaggctatgac
cagctaaccactgaccgctccagttgggagatgaatctgaacaaaggcatccgtggaggt
gaaaaactgggtatagagcctattctgaaggctaaagacatggctgataagaatgtagaa
cacttgggcgttatggcatatgcagccaacttccaatggattcaaccacgccagaaacct
ggtgataggttaactgtatcctgtgactctcacactgcaaaagtcaacaagccagttcat
tttaaattggagtacttacctggtgatgtggacaccaaggaggtgatggcagaagtcata
ggaccatctggaaaagtggaatgtcgcctccagttgagcagtaataatggaagaggatcc
ttcattcctactgaaattggaatgcacaagcttatagtgtacaatgaaggtgaacatgcc
caaggttgtccaataaacattagagtgactccagagccgacaaagatttcatttcctgga
atggatccttgtgccattggctctattgtagaagtactaattaactcaaatggagccagc
agtagagagattgatgtgttagcacgttcaccaactggtcgcagactgccatgccctgtg
caagagactgatggtgtatacactgccacattccagcctgatgaagcaggagagtggtcc
attgcggtaacacatggtggggaacatatccaaggaggcccttttacatgttttgtatat
gatcccaatgctattaagctgagaggcatggagggggccacaccaggacagccctttagc
ttcactgttgatgcctctggtacaggtggtttgggggatgtgtgcgtagacattgtatca
ggtggatgttctgttccacaccgaatggagtctcttggaggatctctgtacagagtatca
cttgtaccacagcaagctggaaaacacagagtctatgtttatttcaatggtggtgatgtt
aaaggatccccatttcctctccgtgtgggaagtcagcgttcgagggacaaatcagattct
ccaaccaacagacggaccagtagtaatcaccataaggaatctcggaatcaagatcacagc
aaagctggaactcagtacacatccagttttgggtctcactcaaggcatcaaatggcttca
gaagactcatactggaagagaagaatgcctggagtaacacttcatgttgtatcagatgga
cgggagaacagtcattccccacagattagttctccagcaccgcatgtcaaggtcacacca
cccacaccaactgttcgtccaaatattaataactattttactgaagaaaggagtcactca
tctatagaccagcgcctaaaccacatgaacatcacagaagatcgaattggctccccgtcc
tgtggtcttaccaatggtcgtgggcctagtcctatcatgagcaacagttctccaagtcca
gttaacagtccactgtaccgtgacagtcctgttcacagtaatcgttttagtccaatttac
aaaccaaatgtcagcccaactttcagattgccttcaagtccatcccagagcccaacagga
ttcaaaaccagttcaagtccattgttgaatagttcaagtgcttacaaatcctcaccaagt
ccagctcatagtccactgacctttaaacattcaccaagcccagcacatagtccagcattt
caacaaaatgatgggaatcactttgaaagcaccagcagatattttgaaagtagcagattg
agaagaagttcagtggatgttctagatgaagagaaaggaggtgcagtggatacctcttca
aacgtcagagtttctgcaatgctaggaagctctaataatctgagagctgattcctgggac
gcaattgccaaaactaagtcacttctgtcttatgggagcctggagtctttggcaaacctt
acagcaaaaaaattgtcacatgaccagtcaacagtgcatcaacttaacacaaataccact
actacatccatgaatgaggtagatacaacccactcttggttcagaggtagctccccagca
ccaggtgggagtcaccagtatagtaatgttattaatcagcggaacaatggaggcctactc
atcataggatcaagaaactcgccaacagagagtcgaactggaaatggggcaggatctgtg
cctgcaacagtaacaggagatgcacttaagctggtgcctgtcaatcgccaggcctccatc
aacattgatctgccaaacactgctgacttaaatgagcttacagtcagtgtgacagctcca
tcacatagaagtttgcctgtgaaactcttccagaacagagatcatgtttcagctaatttc
acagctactgagattggtgaacatataattgacattagagtcagagatcagaaggttatt
ggtacacctttcaggactcatgcttacaatgctaaagcaatccaagttggacacatcccc
aatggtgtcctgggacagcctgtagaatttgaaattgatggttctggtgctggttctgga
aatttagaaatcttggtcaatggaggtcatgtgactagttttgtacataatcttggcaac
caaaggtttcttgcttcatttgttccacatgaagctctaagccatctagtggaaatgaaa
ttcaatggggaaactgtgcctggtagcccgtggcaggtgggtgtgatgacgggccccaag
atggcagtgctgggcgatgcagtccggttagtggcagcaggaaccactgctgtgtttgag
ctcagtgcccttggtttcagccatgatgacattgatgtccagataataagtccatctaaa
cggccagtaacagctcgtctagtggaagagaaaaatggagagtttcgaatagaatttatg
ccatcagaagttggtagccatttagtggaggtgtcagttgctggccagaagcttccagct
ggtccattggtagccaaagtatacaacagtgctctcattcgagtgacagatgttggaggt
ggagtggtagggcagccatgccagtttagagttgatgcaagtcaggcaggggaagggcaa
cttgagatctcaataaatgaaggagaggtgccaaatcatgttcaggttgttggaggtggt
agatgtttggtcagctttacacctgaacagactaaacctcatctcattgacataaagttc
aatggagaaactgttacagattgtccgtttgtgtgttctgtttctgacacaagtcgagtg
tctctgacattgaggaatctggagctaatccctgtaaatgaaattgctcgctttcatatg
ggagttgatggaaatggcagtgctgaacttgctgtctctgttaggggccctaccacagaa
cttccagttaaggtgacaggcaacattcacagtgggttcacagctgagtttacaccacgg
gatgttggagcacactccattacagtcgagtataatggtcatcctgtcagtggcacacca
tttatagctaaagcatatgatgctaagagagtgtttgtagggcctctgccaaaggggtca
gttggaaaaactctgcagttcatggttgatgcaagccaggctggtgaaggcaacttagaa
attactattagtgctcgaggacataatatacctacccaagtacatccacagggaaatgcc
cgctttgctgttagttttgttcctatcgagcctactgatcatgtcattagcataaacttc
aacaaggaaagtgtgccaggttccccattcttggctcgtgtccaaggggattcaccacat
caaatcctagtgagtgggccatcattgtcatcagcagcagttggcaaaacatccttcttc
actgtcagtaatgtggcaggaagtgttgaagacatagaagttaatgtggaaggcccaaat
ggacaatcagttcctgcccaagttaaagatacaggctcacaaacattccaagttgagttt
tcacctcgggtagctggtgaacatcgcattgcagtggcttaccgtaaggttgccatagct
gggtcacccttctcctgtaaggtgtatgatgtcaaagcaatcaaagtcaaagatgttgct
gaaggcattgtggccaagccaattacattccttgttgaaacaagtcaagcaggtccaggt
aatctagaggtgactgtaaatggtggacgagtccctacttcagctcaggctcagggtcca
cacacatatgctatctcattcaccccaagggaagccattgcacatactgtagatctgcgc
tttaatggtgaagatgttccaggaagtcctttcacatgccaagtgtcggaggcggctcgg
gttgtgatctcaggtgatgggctggagaaagttgcggttaacagggcagcgatgttctct
gtggaagcagatccttcccttggtcgaccagatgttcaagttctgagtccatctcggcga
ccactgatggtagatgtgggtgtccagacagcgggcagatacacagtgcatttcacacct
acagatgtcggtgatcacagtgtggaagtgaaactggctggtgttcatgttgaaggcagt
ccattccttgttaaggcatatgatgctgctaaagtgaaggtcacagacattaattctgga
gttgttggaaaaccagttttctttagcatcaatgccagtcaggcaggtgcagggaacttg
gagatcattgtatcagtcagtggtcataatgtaccaaattatgtgcagtccgaaggaaac
gcgaagttccgggtgaatttcaagccccaagaagcagcaccacatagtttaagtgttcgc
tttaatggagagcctgttccaggatctccattcatgtgtaaggttcttgatgcaagtcaa
gtgctggtatctgggtcagctttgaaaatgtcacctttgggacaagctgcaattgttatg
gtggatccccaaatgtcagccggagatttgggatcttgtgatgtcactgtaactgctcca
tctggacaaaccattccagtcaggataactaagactgacaagtttacagcagagttcatg
ccaattgaagtgggtcgacatagtgttgctgttatattggatggtgaaccagttaaaggc
agtccatttgcatgcaacatttatgatgtcagcaaagtcagaatcacaggacttgggcct
tctaaggttggcaaacctgcaaccttcacagttgatgcttcggaagcaggtgaaggcaca
ctggagttagtagttagcacagacaagtcaacagtcaaagcagaagtagttgcatgttcc
agaggtctttatgatgttacctttgttcctcatgaaccagtgcctcattttgtgaacatt
tcattcaatgaagaagatgttccaggtagtccatttaagtgtgaagtgctagaattgggt
gcaaaggaaatgcgacatatgcatcgtaaagagtctcgaatgattacagttcgtggggaa
ggtttgaaagatgcagttgtaggttccacaacttattttgatgtggatcccaagggcatg
gatggtcacatagacatggaagttgtgggtcccgatagttcccatgtaccatgctatgta
aagaaactaggctcgggtctgtatcgagcagagtacagacctcaacaagttggtcttcac
agcattacagtgtttcatcaggaacagccaatcagcaagcaacctttcactgtagaagta
tttgatccacggcaagtcaaaatcattgaaatggaagaagcattttgtcatcgcgctgca
agtttcaaagtggatacatcaggagcaggacaaggagtgctaatagcaagtgtgaaagct
gctggacaggaagtgaaacattctctacatgcattggatgcagggcagtaccaagtggtc
ttccatcctaagcttgctgttccacatagaattgacctcaagtataatggcttgcataca
gcaggttgtccatttgaagtgtctgtgaagaatccagcagttggacaagatgtcatagca
acagggcttggtctatatcagtcacgtgcagggaaagtgacaagttttgtcattgagaca
ctgggtcatccaacaaaggagtttgacgtcataattacgggtcctcagggctctgctgtg
ccagtgaggtgctatcaacagaaagatggaaatttgttggctgaattcacagctcatggt
gcagggacttacaagattgatgtgacacaaggatctagggctgtccgtggttctccatat
tactgccaagtctttgatgcatccaaggtgaagatagaagatgtggggtctaaatcagtt
gctgtcaatgagaagattgcttttcgacttcagcgcagagaagctgggtttgctgagttg
gatgtgacagttaccagcccattgggccaagacttaccacttgaagttaagagttgcgga
aatgagaaggattgtgacttaattgaattttgtccaagtttacctggaatttaccgcttc
aaaatgacgtatggaggagaagagataccaggttcacctgtaacatttacagttgaagat
tcaggagttgcaaaagcaagtggtgatggattattgtgtggccaagtggggagtcctgct
agtttcaaagttgtgggacccggtctaccaggcaagcctagtattcatgttgatggtcca
gacagtgtagcaacctgtagcatagaaagggaggcagatggaatatatgtcgtcacctac
actccttcggaagttggggtttatgatgtcagggtggactgggatgacagtcctgtacca
ggatctccattccatccaaagatagtagacactcttaaagtacgggttataggaggttgg
gaatcattcacagattcagaaggtcgattagagctggcagttcataataccaagaagatc
agctttgacactgcagaagctggtccaggccagctgactgcagaatgccgtggtccttct
ggaaactctgtgcccattgctgttgagcagacctcaggatcacgagtgcgtctgctactg
actccacgtatctcaggagagcacctaatatatcttcagtatggtgggttcccacttcct
cgttctccacttctggggattgctgatggggcctccggaggttccagtggcccagtacga
gttgtactgactggaagaggacttgcaggtgcaagatgccatgaggaggcagagtttacc
attgatggatcccaagctgggccagggttgccagaagtaactctgacaggcatgaaagca
gacatcaaagttcaattgcaaaacctgggtaatagtgtatatcgagccatctatacacca
actgtaccaggagcttatcttttgaatgtaatgtggtctgataggcaggtaaagggttgt
cccctcaaagttgcagtaacagcagtagctgatgcaggcagagttgtttgctctggggat
ggactacgtgttgggactgtgggcaaggaaatacgaagctttattgatacaagacgtgct
gggccaggagagctgacagcccattgtgtgggaccacacaaagtggcatactgtgaactg
tatgatcatggtgatggcacttttactctgaatgtgaagccacaggaagcaggacggcat
gcccttacgatcaaatatggtggtgaccacgtgtcaggcagcccattttcattacgcgtt
gctggagctccagatccaagtaaagtgcgagtatatggaccaggtatagaacatggagtt
ctggccacatttcagtctcgcttcatctgtgatactcgaggtgctggagcaggacaactc
actgttagggtcagagggcctaaaggtgcatttcgagtggagatgcaacgtgaaagtcag
aaggatcgcaccattctttgcaagtttgatccaactgaaccaggtgattaccgagtggag
gtgaagtgggctggagaactggttccaggttctccattcattgtcatgatatttgacact
caagaagaattgaacagatttttacagggtagccattccccaggatctgagctgtatggc
agtgtaggatattccacaggatatgctcatatgaactttggtggtgctcaacaatcatgg
agaggttcacaacctcagttgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (1034)   
   KEGG ORTHOLOGY (1)   
   RefGene (1030)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (1045)   

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