KEGG   Sinocyclocheilus rhinocerous: 107743297
Entry
107743297         CDS       T04916                                 
Name
(RefSeq) filamin-C-like
  KO
K27393  filamin-C
Organism
srx  Sinocyclocheilus rhinocerous
Pathway
srx04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:srx00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107743297
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:srx04812]
    107743297
Cytoskeleton proteins [BR:srx04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     107743297
  Intermediate filaments
   Intermediate filament-binding proteins
    107743297
SSDB
Motif
Pfam: Filamin Big_3_5 CH Y_Y_Y CFSR CarboxypepD_reg
Other DBs
NCBI-GeneID: 107743297
NCBI-ProteinID: XP_016411958
Position
Unknown
AA seq 2653 aa
MYRKYHARPNFRQMKLENVSVALEFLEREHIKLVSIDSKAIVDGNLKLILGLIWTLILHY
SISMPMWEDEDDEDARKLTPKQRLLGWIQNKVPQLTINNFHRDWRDGKALGALVDNCAPG
LCPDWETWDPSQPVENAREAMQQADDWLGVPQVIAPEEIVDPNVDEHSVMTYLSQFPKAK
LKPGAPLRSKTLHPKRAKAYGPGIEPKGNVVLRPAEFVVETVEAGLGEVLVYIEDPEGHT
EEARVIPNNDRNRSYSVVYVPKVEGLHKVKVLFAGQDIDRSPFLVNVSKALGDPNKVQAR
GPGLEPVGNVANKPTYFDIYTAGAGAGDVGVIIVDSQGRRDTVEIILENKGDSVFRCTYC
PILEGPHTIYVTFAGQQIPRSPFSVHISEAPPSGRQIGSPVHIIPQSIRTPPSEKAKKMP
PPTPPKPRRPTSNPNACRAIGRGLQPKGVRVKEVADFKVYTKGAGSGELRVQVKGPRGGD
EPVKVQDLGDGVYECDYYPIFTGKYIITITWGGHAIPRSPFEVIISEDAGSQKVRAWGPG
LETGIVGKSADFVVEAIGTEVGTLGFSIEGPSQAKIECDDKGDGSCDVLYWPTEPGDYAV
HVICDDEDIKDSPFMAHILPAANDVFPEKVKCYGPGLEPTGCIVNKPAEFTIDSSGAGRG
HLQIYAQDSEGFPINIQITDNGDSTYFCVYIPTKPIKHTIIITWGEVNVPNSSFRVTIGE
GSHPENVKVHGPGVEKTGLKANEPTYFTVDCSEAGQGDVSIGIKCAPGVVGPAEADIDFD
IIKNDNDTFTVKYTPPGAGRYTIMVLFADQEIPISPFRIKVDPSHDANKVKAEGPGLNKT
GVEVGKPTHFTIYTKGAGKATPEVHFTTAGKGEAVSDFEIIDNHDYSFTVRYTALQQGNM
SISVCHGGDPIPKSPFTITVAPPLDINKVKVQGLNNKVDVGKDEEFTINARGAGGQGKVD
VKITSPSRRPIPCKVESGASNEVHTVKYIPPEEGPYKVDISYDGNPVPGSPFTVEGVMPP
DPSKVRANGPGLKGGIVGKPAPFAIDTKGAGTGGLGLTVEGPCEAKIECQDNGDGSCSVS
YLPTEPGEYSINIMFADAHIPGSPFKAMVQSVFDPSKVTASGPGLERGKVNEAASFTVDC
SKAGEAELTIEIISDSGAQAEVHVQNNSDGTYSITYIPPFHGMYTITIKYGGHAVPKFPA
RVQVDPALDTSGIKVYGPGVEPRGVLREVTTHFVVDTRVHSKMGGNHIKVRIVNPSGANT
DAFTTDKGDGTYRVEYTAYEDGVHLLEVLYDDVPVPKSPFRVAVTEGCDPSRVRAYGPGL
EEGLVNKPNRFTVETRGAGTGGLGLAIEGPSEAKMSCKDNKDGSCSVEYIPFTPGEYDVN
ITFGGLPIPGSPFRVPVRELVDPSKVKCSGPGLGSGVRAHVPQTFTVDCSKAGLAPLEVL
LYGPTGVTEPVNITDNGDGTHTVIYTPTKDGPYTVCVKYADQEVPRSSFKIKVLPAHDAS
KVRASGPGLNTSGVPASLPVEFTIDARDAGEGLLTVQILDPEGKPKKANIRDNRDGTYTV
SYVPDMTGRYTITIKYGGDEIPYSPYRIHALPSGDASKCLVTVSIGGHGLGSGLGPTIQI
GEETVITVDTKAAGKGKVTCKVSTPDGAELDVDVVENADGTFDIYYTAPEPGKYVITIRF
GGEHIPNSPFHVVATEEPVTAVDAMEPMLRPFNLVIPFTVQKGEITGEVHMSSGKTARPH
ITDNKDGTVTVKYAPTEKGLHEMDIKYDGNHIPGSPLQFYVDAINSGHVNAYGPGLSHGM
VNKSATFTIVTKDAGEGGLSLAVEGPSKAEISCKDNKDGTCTVSYLPTAPGDYNIIVKFD
DKHIAGSPFTAKITGDDSMRTSQLNVGTATDVSLKITETDLSSLTASIRAPSGNEEPCLL
KRLPNRHIGISFTPKEVGEHVVSVKKNGKHVTNSPFKIMVGQSEIGDASKVKVFGKGLIE
GHTFEVAEFIVDTRSAGYGGLGLSIEGPSKVDINCSDVDDGTCKVTYCPTEPGTYIINIK
FADQHVPGSPFTVKVLGEGRMKESITRKRQAPSIATVGSTCDLNLKIPGNWFQMVSAQER
LTRTFTRSSHTYTCTERTEISKTRAGETKREVRVEESTQVGGDPFRDVFGGFLGREKLGP
FSSAQGRQSEGESGTQEMTAQVTSPSGNTEDAEIIEGEDSTYSVRFVPQEMGPHTVNVKY
RGQHVPGSPFQFTVGPLGEGGAHKVRAGGTGLDRGVAGVPAEFSIWTREAGAGGLSIAVE
GPSKAEISFEDRKDGSCGVTYVVQEPGDYEVSIKFNDEHIPDSPFIVPIASVSDDARLLT
VTSLQEMGLKVNQEASFAVQLNGARGAIDAKVHTPSGAVEECYITELDNDKHAIRFIPRE
NGVHSIDVRFNGSHIPGSPFKIRVGEPGQAGDPGMVTAFGPGLEGGTTGVPSDFIVNTCN
AGSGALSVTIDGPSKVKMDCQECPEGYKVTYTPMAPGSYLISIKYGGPQHIVGSPFKAKV
SGARLSGGHSLHETSSVLVETVMKSSSSVAGSFSTLPKFSSDASKVISRGAGLSKAFIGQ
KNTFTVDCSKAGTNMLMVGVHGPKTPCEEVYVKHMGNRMYNVTYTVKEKGDYILIVKWGE
EMVPGSPFHVTVP
NT seq 7962 nt   +upstreamnt  +downstreamnt
atgtacagaaagtaccacgccagacccaatttcaggcagatgaagctggagaacgtgtcc
gtcgcgctagagtttttagaacgggaacacatcaaactagtgtctatagatagtaaagct
atagtggacggcaacttaaaactgatcctggggctcatatggacccttatcctgcactac
tccatttccatgcccatgtgggaggatgaggacgatgaagatgccaggaagctgacaccc
aaacagcgccttctgggctggatccagaacaaggtcccccagctgaccatcaacaacttc
cacagggactggagagatggcaaagccctcggtgccctggtggataattgcgcacctggc
ctgtgtccggactgggagacatgggacccgagtcagccagtggagaatgcaagagaagcc
atgcaacaagccgacgactggctcggtgtgcctcaggtgattgctccagaggagattgtg
gatcctaacgtagacgagcactcagtgatgacctacctgtctcagttccccaaagccaaa
ctcaaacctggtgccccactgcgatctaaaaccctgcaccccaagagagccaaggcctac
ggcccaggtattgagcccaaaggtaacgttgtgttgaggccagctgagtttgtggtggag
actgtggaggccgggcttggagaggtgttggtgtacattgaggatccagagggccacaca
gaagaggccagagtaattcccaacaatgacaggaacaggagctactctgtggtctatgtc
ccaaaagtggagggtctgcataaggtgaaggtgttgtttgctggacaggacattgacaga
agccctttcctggtaaatgtgtctaaagcactgggagacccgaacaaggtgcaggcccgt
gggccaggtttggaaccggtgggcaatgtggccaataaacccacctattttgacatctac
acagcaggtgcaggagctggtgatgtcggtgtgatcattgtggactctcagggccgcaga
gacacagtggagatcattctggaaaacaagggcgacagtgttttccgctgcacttactgc
cccattctggagggccctcatactatatatgtgacatttgctggccagcagataccaaga
agccctttcagtgtccacatctcagaggctcctccgagcggccggcagatcggctccccg
gttcacataatccctcagtctatacgcacgccgccctcagaaaaggccaagaaaatgcct
cccccaacaccacccaaacccaggcgaccaacgagtaacccgaatgcctgtcgggccatt
gggcgtggcctgcagcccaagggtgtgcgtgtgaaggaggtggccgactttaaggtgtac
acaaagggagcaggcagtggagaactacgtgttcaagtcaaagggccaagaggtggcgat
gagcctgtgaaggtgcaagacctgggagacggtgtgtacgaatgtgattactaccccatt
ttcactggaaaatacattatcaccattacttggggtggccacgccattccccgtagccca
tttgaggtgatcataagtgaagatgcaggctctcagaaggtgagggcttggggtccaggc
ctggagacgggcattgtgggcaaatcagctgactttgtggtcgaggccattggcactgag
gttggaactctgggtttctccatcgaaggcccctcacaggctaagatagagtgtgatgat
aagggagatggatcttgtgatgttttgtactggcccaccgagcctggtgactatgcggtc
catgtcatttgtgatgatgaagatatcaaagacagccccttcatggcccacatcctccct
gcagccaatgacgtcttccctgagaaggttaagtgctacggccctgggctagaaccaact
gggtgcattgtaaacaaacctgcagaatttacaattgactccagtggagctggaagagga
catctacagatttacgctcaggactcagaaggcttccccatcaacatccagatcacagat
aatggtgacagcacatatttctgcgtctacatacccaccaagcccatcaaacacactatc
atcatcacctggggagaggtcaacgttcccaatagttcattcagggtaaccattggagaa
ggcagtcacccagagaacgtgaaggttcatggaccaggagtggagaagactggcttgaag
gccaatgaacccacatactttactgtggattgcagcgaggctggacaaggagatgtcagc
attgggattaagtgtgctcctggcgtggtgggacctgctgaagcagatattgattttgac
atcattaaaaatgacaatgacacattcacagtgaagtatacacctcctggagctggacgc
tacaccatcatggtgctatttgctgatcaagaaattccaattagccccttccgtatcaaa
gtcgatccatcccatgatgccaataaggtgaaagcagagggtcctggactcaacaagacc
ggtgtggaagtgggcaagccgacccacttcaccatctacactaaaggagcaggcaaggcc
acgcctgaggttcacttcaccacagctgggaaaggagaagccgtcagtgactttgagatc
attgataaccacgactattctttcactgtgcgttacactgcattacagcagggtaacatg
agcatatctgtgtgccatggcggtgaccccatccccaaaagcccttttaccatcactgtt
gctcctcctttggatatcaacaaggtcaaagttcaaggactcaacaacaaagtggatgta
gggaaagatgaggagtttaccattaatgcacgcggcgcaggaggtcaaggaaaggtggac
gtcaagattacctcaccttctcgccgaccaatcccttgcaaggttgaatctggagcatcc
aatgaggtgcacactgttaagtatattccccccgaagaggggccctacaaagtggacatc
agctatgatggaaaccccgtgcctggaagtcctttcacggtggagggagtgatgcctcca
gatccctcaaaggtgcgagccaacggccctggcctgaagggaggtattgtgggtaaaccc
gctccatttgccatcgacaccaaaggtgcaggtacagggggtctcgggctgactgtggag
ggcccgtgtgaagccaagatcgagtgccaggacaacggcgacggatcttgctcagtgtcc
tatctgcccactgagcctggagagtattccattaacatcatgtttgctgatgctcacatc
cctggttctccattcaaagccatggttcagtctgtctttgaccccagcaaggtcacagct
agcggaccagggctggagagaggaaaggtcaacgaagcggcgtcgttcacggtggactgc
tctaaagcaggcgaggcggagttgaccatcgaaattatttcagattcaggagcgcaggct
gaggttcatgtgcagaataacagcgatggaacatattctatcacctacattcctcctttc
cacggaatgtacaccatcacgattaaatatggaggacatgcagtgccgaagttccctgca
agggtgcaggtagatcctgctctcgataccagcggaatcaaggtctacggtccaggagtg
gaacccagaggggtactccgagaggtcactacacactttgtcgttgacactcgggttcac
agcaagatgggtggaaaccacatcaaagttcgtattgttaacccatcaggtgccaacact
gatgcgttcaccaccgacaaaggagatggcacttacagagtggaatatacagcatatgag
gatggtgtgcatctgttagaggtgctgtatgatgacgtacctgtccccaagagcccgttt
agggtggcggtaaccgaaggttgtgatcccagccgtgtacgtgcctacggtcccggtctg
gaagagggtctggtcaacaaacccaaccgcttcactgtggaaaccaggggtgctggcacg
ggtggtcttggattggctatcgagggtccatcagaagctaagatgtcttgtaaagataac
aaagatggcagctgtagcgtggagtatattcctttcactcctggagaatatgacgtcaac
atcactttcggaggtctgcctatcccaggtagtccattcagggtgcctgtgagggagctg
gtggatcctagtaaggtgaagtgttctggtcctggtttgggcagtggagttagagcccac
gttcctcagaccttcaccgtggactgcagcaaagctggactcgccccactggaggtgctg
ctgtatggacctacaggtgtgacagagccagtgaatatcacagacaatggtgatggcaca
cacacggtgatctacactcctactaaagatggaccgtacactgtgtgtgtcaaatatgca
gaccaagaagtgccacgcagttcatttaagatcaaggtgttgcctgctcatgatgccagt
aaagtccgtgccagcggtcctggactgaacacttccggggttcccgccagcctgccggtg
gagttcaccatcgatgcccgtgacgcaggcgagggtcttcttactgtacagatactggac
ccagaaggaaaaccaaagaaagcaaacattcgagataacagagacggaacatacaccgtg
tcctacgtcccagatatgacaggacgctacactattacaatcaaatatggcggagatgag
atcccatactccccctaccgcatacatgctctgcccagtggagatgccagcaaatgtctt
gtgacagtgtcgattggtggacacggattgggctctgggctcggacctactattcaaatc
ggcgaggagaccgttatcactgtggatacaaaggctgctgggaaggggaaggtcacctgc
aaagtgtcaactccagacggggcggagctagacgtggatgtggtggagaacgcggacggg
acatttgatatctattataccgctccagaacctgggaaatacgtcatcaccatccgcttt
ggaggagagcacattcctaacagccccttccatgtggtggccacggaggaaccagtcact
gcagtggacgccatggagccaatgcttcgcccgttcaatctggtcattccatttactgta
caaaagggggagattacaggtgaggtacatatgtcctctggtaaaaccgcccgtcctcac
atcactgataacaaggacgggactgtgacggtcaaatatgcccccaccgagaagggccta
catgagatggacatcaaatatgatgggaatcacattccaggaagtccactgcagttctat
gtagatgccattaacagcgggcatgtgaatgcatatggccctggtctgagtcatggcatg
gtcaacaaatccgccaccttcacaatcgtcactaaggatgctggagaaggtggtctgtct
ttggcagtggaaggcccctctaaggcagagatcagctgtaaggataataaagatggcacc
tgcactgtgtcctacctgccaacagccccaggagactataatataatcgtcaagtttgat
gacaagcacatcgctggaagcccctttacagccaagatcacaggtgatgactccatgagg
acatcccagctgaacgttggcacggccacagacgtgtcactgaagatcacagagacggac
ctgagctccctgaccgcgagcatcagagccccatctggcaacgaggagccctgcctgctg
aagagactgccaaaccgccacattggaatatccttcactcctaaagaggtgggtgagcat
gtggtcagcgtgaagaagaatggaaaacacgtgaccaacagcccattcaagatcatggtg
ggccagtctgagatcggagatgccagtaaggtgaaggtgtttgggaaaggactgatagaa
ggacacacctttgaagtggctgagttcatcgtggacaccagaagtgcaggttatggaggt
ctcggtctgtccatcgaggggcccagcaaagttgacattaactgttcggatgtggacgac
ggaacatgcaaagtgacctactgcccaaccgaacccggaacttacatcatcaacatcaaa
ttcgccgaccaacatgtgccaggaagtccatttacagtgaaggttctgggtgagggaaga
atgaaggagagtatcaccagaaagaggcaggcgccctctattgccacggtgggcagcact
tgcgacctcaacctcaagattccagggaactggtttcagatggtttcggcccaagagcga
ctcacccgtaccttcacacgcagcagccacacctacacgtgtacggagcgcaccgagatc
agcaagacccgtgctggcgagaccaaacgggaagtgcgggtggaagagagcacccaggtg
gggggtgatcccttcagggatgttttcggtggatttctgggcagggagaagctgggaccc
ttcagcagtgcccagggccgacaatcagagggtgaatcaggtacgcaggaaatgaccgca
caggtgacgagtcccagcggtaacacagaggatgctgagatcatagaaggagaggacagc
acctatagtgtgcgttttgtgcctcaggagatgggcccccacactgtcaatgtcaaatac
aggggacagcatgtccctggaagccccttccagttcactgtggggcccctgggagaggga
ggggcccataaggttcgggctggtggtactggattggacaggggtgtggctggagttcca
gctgagttcagtatctggacccgtgaggccggtgctggcggtttgtccatagctgttgag
gggcccagcaaagcagagatttcctttgaggacaggaaggatggttcctgtggggtgacc
tatgtagtacaggaacctggtgactatgaggtgtcaatcaaatttaacgatgagcatatc
ccagacagcccgttcattgttcctattgcatcagtgtcagatgacgcccgcctacttacc
gtcaccagcctgcaggagatgggtctgaaggtgaaccaagaggcctcgtttgccgtgcag
ctgaacggagcgagaggggcaattgatgctaaggtgcacacaccatctggagcagtggag
gagtgttacatcactgagctagacaatgataagcatgccatacggtttattccacgggag
aacggcgtccactccatcgatgtccgttttaatgggagtcacatcccaggcagtcccttc
aagatccgtgttggggaacccggccaggcaggagatccaggaatggtgacggcttttggg
cctggcctagaggggggaactacaggtgtaccctcagatttcattgtaaacacgtgtaac
gctggctcaggagctctgtcggtcaccatcgacggcccatcgaaggtgaagatggattgt
caggagtgtccagaaggatacaaggtcacctacacacccatggctcccggcagctacctc
atctccatcaaatatggaggaccgcagcatatcgtgggcagccccttcaaagccaaagtc
tctggtgcacgtctgtccggaggacactctctacacgaaacatcatcggttctggtggaa
acggtgatgaaatcatcatcgtcagtggccggatctttctctactctgccaaagttctcg
tccgacgccagtaaggtgatctccaggggggccggactctccaaagccttcattggccag
aagaacaccttcacggtggactgcagtaaagcagggacaaacatgttaatggtaggagtg
cacgggccaaagactccctgtgaggaagtgtacgtcaaacacatgggcaacagaatgtac
aatgtcacatacacagtgaaggagaaaggcgactacatcctgatagtcaaatggggagaa
gaaatggtgcccggaagccctttccacgtcaccgtgccttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (16)   

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