- Transcript 'Boleac.CG.SB_v3.S368...' >
- Transcript 'Boleac.CG.SB_v3.S1.g...'
Transcript Model
Transcript Id
Boleac.CG.SB_v3.S1.g00239.01.t
Possible name(s)
FLNA; FLNB; FLNC
Gene model
Location
S1 [683,011 / 718,840]
Amino acid sequence
Length: 2,727
>Boleac.CG.SB_v3.S1.g00239.01.p
MIIFGFSNSDSKAIVGGNLKLILGLIWTLILHYSISMPMWDEEEEPAEKSKATPKQRLLG
WIQNKIPQMAITNFXKDWHDGRALGALVDSCAPGLCPDWEDWDPKENLQNATEAMKLAED
WLSVPPVIAPDEITDANVDELSVMTYLSQFPKAELKPGAPLRPRTNAKRARAYGKGVQPT
GCKVGSPAPFTVETVGAGNGKVLVYLTDPEGHKSELKTVYNDDKLKTYSVEYHPVIPGEY
KVXQFSFAGVTVLFAGQDIQKSPFAVNVDDTPVDPRVQPTGCKVGSPAPFTVETVGAGNG
KVLVYLTDPEGHKSELKTVYNDGKLKTYSVEYHPVIPGEYKVTVLFAGQDIQKSPFAVNV
DDTPVDPSKVIAKGPGLEDGNVVGKETYFDVFYDGAGVGDVDVTVKGPDGRVVPVKVEPT
QQAAVXVKYTPTHPGDHEINVSXANHDIPKSPYYVHVEYPDEVWVEGPGIRPNGIQVREK
THFTVHTEKAGQAPLVVKIIGPRGVNEPMNIDNNQDGTYTCTYMPSKSGQYTISIMYGGK
PIPSSPFRVNVAVPPDASKVKVTGPGISKGNVVGKPTYFDVVATDAGDGEVEVVIYDPMG
SPRSVPIQMESRGNHVTRCTYTPKDKGPHRVEVRFAGQDVPKSPFDVDIVPASNTNACRA
YGRGIQPTGVRIREKADFRVATKGAGDAELAVLVKDPRGQSEPANIKKSPNDPETFECEY
YPMKTGEHTVEVTYGGKHIPKSPFKVGVGTEAGPQTVRAYGPGLYGGKAGLPADFVVEST
GSSVGRLDFSIAGPSKAEIECKDKGDGSCDVTYFPKEPGEYAVHVMCDGQDIKDSPFMAQ
IKPEDNLTFPDKVKAYGPGLEESGPVAGHPTEYTVDTRNAGELAPLSNKIITADGKEVPV
DVKDNGNGTYTCRYTPREAVKHTVIPAYDGVAVKKSPFRVAVQEDSRPDRVDVYGPGVEP
GLKAEEPTYFTIDCGKAGAGDIAMGIKVSPGLTPSQPESDVPFDILKNDNDTFTVKYTPP
IAGEYTIMVMFAEEEIPTSPIKVSVASNHNAKKVKVEGPGVEKDGVESGKPTHFTIHTKG
AGKAKPEVKIHPKRGSGVNARPEIIDNGDSTYTVNYTPSGDGPMNVEVLYGGDEVPESPF
RVDVAPELNVSKVKVLGLPEELEVGKPESFTVEKAGAGGKGHLDVEVTGPNKRNVPVRVR
DSPDEARCTFTPKEEGPYTVDVSYDGVPVAGSPFLVEALTPANPRNVKAFGPGLESGKVD
DMATFTIDTNDAGNGRLGVTVQGPSEAKLECIDNGDSTCTVNYLPTEPGDYKINILYADE
HIPGSPFTAQIEPAFDIDKVKLKGDGLEEAMVGKKAAFTVDASNTGEAPVEVTLRNDDGS
QIPGVRVHDNGDGTHDPSELHSVMFTPNKAGEMEVEAKYGGEDIPGTPKKVKVLPDIDTS
SVKTYGPGVEKDGVLADVDTGFTIDAKKLAPRGGDHVHAKAVMPSGEEMPIDVIDNKDGT
YEAKYCPFEQGPCDIVVDYDGVEVPGSPFPVNVTEGSDASKVKAYGPGLEQGVTNQPAKF
TVDTRGAGSGGLALLIEGPSDAKVTTNDHKDGTCDVEYYPTEPGDYDVNITFDSKPVPGS
PFKVPIKDRVDPSKVACSGPGISPGVRKNLPQEFTIDCSKAGIAPLEVAAKGPRGVKDDA
EVIDNGDGTHTARYTPSTDGLYQIQVRYDDTDVPDMPKRVRVLPTHEADKVKCTGPGIAG
TVEASMPVEFTIDAKDAGDGELAVQITNPKREKAVTEVLAPSQAGKKSRKDRSRSGSESS
SSSSSSSDDEEGKDPEGYPKKPKVVDNGDGTYNVSYVPDMTGRYQISVKYGGDEIPYSPY
RTRALPVGDANKCVVSGDGIGPVVPVGKENVINVDASKAGPGNVTCLVTTPDDGVLKSEV
VKNKDHTYDVFYTPPKPGPYAVNLRYGGEPVQDSPFNVKAAEELPTPDMVYEEIIEAAQA
APAHAYNTGKGLDTLEDQAKDESEILRDVGFVFEIPQKPGELTSVVRMPSGRTAEPEIIN
NGDGTISIHYTPTEAGLHEMDILFDKEHIPGSPVQFYVDAIAPGHVTAFGPGLVTGKVNK
EAEFTVVTKDAGAGGLALAIEGPSKADINCNDNRXGTCSFSYVPTVPGEYQITIKFDEEH
IPGSPFTANITDGNVPRAATIVPGTMTDFALKINESDLTKLTASIESPSGKTEDCQLKRL
PNGHIGISFTPHEVGEHLVNVKKRGRHVANSPFRIMVSEAEIGDASKVKVYGDGIEKAKA
GELAEFFVDTREAGYGGLGLSVEGPSKVDIECHDEKDGICRVTYLPREPGTYHVNVKFAE
NHVPGSPYTVKCTGEGTQTQSIKREREAPSIASVGSTCDLNLKIPTKWLQTSSSSSSSSS
SAFHRSYSKTERTSIQQSGGQRHVTQETSQSIVGRNQRAMPFVPVFTHRSGLGVFQHTAK
LKEANIHDLSATVTSPSGDVEEAQIYESGDNTYSIRFVPKEMGVHTVSVKYLGDDVPGSP
FQFTVGPLGAGGAGKVTAGGPGLESAIVNVPADFNIWTREAGAGGLSIAVEGPSKAEISF
EDRKDGSCGVSYIATEPGDYEVSVKFNDEHIPGSPFPVTVTGTGRAPVSPRSQMSDASKV
TCYGGGLRRAKVGEGNTFSVDCSSAGSNMLLVGIHGPETPCEEVYVKHIGNRRYTVTYTA
RESGEYTLIVKWGEDHIPGSPFRVQIP
Nucleotide sequence
Length: 9,484
>Boleac.CG.SB_v3.S1.g00239.01.t
AAAATTTTCCATGGCTTATGACGTTATGGGATGATAATATTCGGTTTTTCAAATTCAGAC
AGCAAAGCGATCGTTGGTGGCAACTTGAAACTCATCCTTGGGTTGATATGGACGCTTATT
CTGCATTATTCCATTTCGATGCCTATGTGGGATGAGGAAGAGGAACCCGCCGAAAAATCC
AAGGCAACGCCGAAACAACGATTGCTGGGATGGATACAAAACAAAATTCCGCAAATGGCA
ATTACAAACTTCANCAAAGATTGGCATGACGGGCGGGCGTTAGGCGCATTGGTTGACAGC
TGCGCTCCAGGCTTATGTCCTGATTGGGAAGACTGGGATCCAAAAGAAAATCTTCAAAAT
GCTACAGAAGCGATGAAACTTGCCGAGGATTGGTTGTCTGTTCCTCCGGTTATTGCACCT
GATGAAATCACCGATGCAAACGTTGATGAGCTCAGCGTTATGACTTACTTATCGCAATTC
CCCAAGGCTGAGTTGAAGCCTGGGGCTCCCTTGAGACCGAGGACAAACGCGAAAAGAGCA
AGAGCTTACGGCAAAGGAGTTCAGCCTACTGGATGCAAAGTCGGTTCACCAGCACCTTTT
ACCGTTGAAACTGTCGGCGCTGGGAACGGAAAAGTGCTCGTTTACCTTACTGACCCTGAA
GGCCATAAGTCTGAATTGAAAACGGTCTATAACGATGACAAATTGAAGACCTACTCCGTC
GAATACCATCCGGTTATTCCAGGAGAATACAAGGTATNCCAATTCTCATTTGCAGGGGTG
ACAGTACTATTTGCTGGACAAGACATTCAGAAAAGTCCATTCGCAGTCAACGTCGACGAT
ACACCTGTTGATCCGAGAGTTCAGCCTACTGGATGCAAAGTCGGTTCACCAGCACCTTTT
ACCGTTGAAACTGTCGGCGCTGGGAACGGAAAAGTGCTCGTTTACCTTACTGACCCTGAA
GGCCATAAGTCTGAATTGAAAACGGTCTATAACGATGGCAAATTGAAGACATACTCCGTC
GAATACCATCCGGTTATTCCAGGAGAATACAAGGTGACAGTACTATTTGCTGGACAAGAC
ATTCAGAAAAGTCCATTCGCAGTCAACGTCGACGATACGCCTGTTGACCCGAGTAAAGTC
ATCGCGAAAGGACCTGGCCTTGAAGACGGCAATGTCGTTGGAAAGGAGACATATTTTGAC
GTCTTCTACGACGGTGCTGGCGTAGGTGATGTTGATGTCACCGTTAAAGGACCTGACGGT
CGCGTCGTTCCAGTGAAAGTAGAACCAACACAACAAGCCGCTGTGNATGTGAAATACACT
CCAACACATCCAGGCGATCATGAAATCAACGTATCGTTNGCTAATCATGACATACCAAAA
AGTCCATACTACGTTCATGTTGAATATCCTGACGAAGTATGGGTTGAAGGACCAGGGATA
CGACCGAATGGCATACAAGTTCGGGAAAAAACTCATTTCACTGTTCATACAGAAAAAGCA
GGTCAAGCACCACTGGTGGTTAAGATAATTGGACCGCGCGGAGTTAATGAACCGATGAAT
ATTGATAACAATCAAGATGGAACCTACACTTGCACTTACATGCCAAGCAAATCAGGCCAA
TATACAATTTCAATTATGTACGGCGGGAAACCAATTCCGAGCAGTCCATTTAGAGTGAAC
GTTGCTGTTCCTCCAGATGCGAGTAAGGTGAAGGTTACTGGACCTGGAATCTCGAAAGGA
AATGTTGTTGGCAAACCAACTTATTTTGATGTGGTTGCGACAGATGCCGGTGATGGAGAG
GTTGAGGTGGTCATTTATGATCCTATGGGTAGTCCAAGATCTGTTCCAATACAAATGGAG
AGTCGAGGAAATCATGTTACCAGATGCACTTACACACCAAAAGACAAGGGACCTCACCGA
GTTGAAGTTCGTTTTGCTGGACAAGATGTTCCGAAAAGTCCATTTGATGTAGACATTGTA
CCAGCATCCAATACCAATGCTTGCCGTGCTTATGGAAGAGGTATCCAACCTACTGGAGTG
AGAATTCGAGAAAAAGCAGATTTTAGAGTAGCGACGAAGGGTGCAGGAGATGCTGAACTT
GCCGTTCTAGTCAAAGATCCAAGAGGGCAATCAGAACCTGCCAATATCAAAAAGAGTCCT
AACGATCCAGAAACTTTTGAATGCGAATATTACCCGATGAAAACCGGCGAGCACACGGTG
GAGGTCACTTATGGAGGAAAACACATCCCAAAAAGTCCTTTCAAGGTTGGAGTTGGCACC
GAAGCAGGACCACAAACTGTTCGTGCCTATGGTCCTGGCTTGTATGGAGGAAAGGCTGGC
CTTCCAGCAGATTTTGTTGTAGAGAGCACAGGAAGCAGTGTCGGACGTCTAGACTTCTCA
ATCGCTGGACCATCCAAAGCTGAAATTGAATGTAAGGACAAAGGTGATGGATCTTGTGAT
GTCACATATTTTCCAAAAGAGCCTGGTGAATATGCAGTTCACGTCATGTGTGATGGGCAA
GACATCAAGGACTCGCCATTCATGGCTCAAATCAAACCTGAGGATAATTTGACCTTCCCA
GATAAGGTAAAAGCATATGGGCCTGGTTTGGAGGAATCAGGTCCTGTTGCTGGACATCCA
ACAGAGTACACGGTAGACACAAGAAACGCCGGTGAATTAGCACCTCTGTCAAACAAGATA
ATTACAGCCGACGGAAAAGAAGTTCCCGTTGATGTAAAAGATAATGGAAATGGCACGTAC
ACATGCAGATATACTCCACGGGAGGCCGTGAAACACACTGTCATCCCTGCATACGATGGA
GTTGCAGTTAAAAAGAGCCCATTCAGGGTTGCTGTTCAAGAAGACTCAAGACCGGATAGG
GTTGATGTGTACGGTCCCGGGGTTGAACCTGGCCTCAAAGCTGAAGAACCTACCTACTTC
ACCATTGATTGTGGCAAAGCTGGAGCTGGAGATATAGCTATGGGTATCAAAGTTTCNCCT
GGATTGACTCCTTCTCAACCTGAATCTGACGTCCCATTTGATATATTGAAGAACGACAAT
GATACTTTTACTGTGAAATACACGCCACCCATTGCAGGGGAGTATACGATTATGGTGATG
TTTGCCGAAGAAGAAATTCCAACTAGTCCAATCAAAGTGTCTGTCGCTTCTAATCACAAT
GCTAAGAAGGTCAAAGTTGAGGGGCCAGGAGTTGAAAAAGATGGTGTGGAAAGTGGCAAG
CCTACTCACTTTACCATTCACACGAAAGGTGCCGGGAAAGCAAAACCAGAAGTGAAAATT
CACCCGAAACGAGGCAGTGGGGTGAACGCCAGACCTGAGATCATTGATAATGGAGACTCT
ACCTACACTGTAAATTACACCCCGAGTGGTGATGGACCTATGAATGTTGAAGTGCTGTAT
GGTGGCGATGAAGTACCGGAAAGCCCGTTCCGTGTTGATGTTGCCCCAGAGTTGAATGTC
AGCAAGGTGAAAGTCCTTGGACTTCCAGAAGAATTGGAGGTTGGAAAGCCAGAATCTTTC
ACCGTAGAAAAAGCTGGTGCTGGAGGCAAAGGTCATCTCGACGTTGAAGTAACAGGGCCA
AACAAACGAAATGTACCAGTCCGAGTACGGGATTCGCCTGATGAAGCTAGATGTACTTTC
ACACCAAAAGAGGAAGGACCATACACCGTGGACGTCAGCTATGATGGAGTTCCAGTTGCA
GGAAGTCCATTCCTGGTAGAGGCGTTGACTCCTGCCAACCCAAGAAATGTGAAGGCTTTT
GGACCAGGGTTGGAATCTGGGAAAGTTGATGACATGGCGACATTCACTATTGATACGAAT
GATGCAGGCAATGGTCGTCTTGGGGTGACGGTTCAAGGACCNAGTGAAGCGAAATTGGAA
TGCATTGACAATGGTGACAGCACATGTACCGTAAATTATCTCCCTACGGAACCAGGAGAT
TACAAAATTAACATCCTTTATGCTGATGAACACATCCCAGGATCACCCTTCACTGCACAA
ATCGAACCCGCTTTTGATATTGACAAAGTCAAATTGAAGGGTGATGGACTGGAAGAAGCG
ATGGTTGGAAAGAAAGCAGCATTTACAGTTGATGCATCAAATACTGGCGAAGCGCCGGTC
GAAGTAACATTACGCAATGATGATGGATCACAAATTCCTGGTGTCAGAGTTCATGATAAT
GGAGATGGAACACATGACCCATCAGAATTGCACAGTGTCATGTTCACACCCAATAAAGCA
GGAGAAATGGAAGTGGAAGCAAAATATGGAGGGGAAGACATTCCAGGAACTCCAAAGAAA
GTCAAAGTCTTACCAGATATTGATACTAGCAGTGTTAAAACGTATGGCCCAGGAGTTGAA
AAAGATGGTGTTTTGGCCGATGTCGATACTGGATTTACCATTGATGCCAAGAAGCTTGCT
CCAAGAGGTGGTGATCACGTTCATGCAAAAGCAGTTATGCCTTCAGGTGAAGAAATGCCA
ATTGATGTGATCGATAACAAAGATGGAACGTATGAAGCCAAATATTGCCCATTTGAACAA
GGGCCATGTGATATTGTTGTTGACTATGATGGAGTTGAAGTGCCTGGTTCGCCATTCCCT
GTCAATGTTACTGAAGGTAGTGATGCTAGCAAGGTTAAAGCCTATGGACCTGGTTTGGAA
CAAGGTGTGACAAACCAACCGGCCAAGTTTACTGTTGACACAAGAGGTGCTGGAAGTGGA
GGACTTGCTCTGCTGATCGAAGGTCCATCAGATGCCAAAGTCACCACTAATGATCACAAA
GATGGCACCTGTGACGTTGAATACTACCCAACGGAACCTGGGGATTATGACGTCAACATT
ACATTCGACTCCAAGCCAGTTCCAGGATCCCCATTCAAGGTACCAATCAAAGACCGCGTT
GACCCATCAAAGGTTGCCTGCTCCGGTCCTGGTATCTCTCCTGGCGTGAGGAAGAATCTC
CCTCAAGAATTTACTATTGATTGCAGCAAGGCTGGTATTGCTCCGTTGGAGGTTGCTGCT
AAAGGACCNAGAGGAGTGAAAGATGATGCTGAGGTAATTGATAATGGAGATGGCACTCAC
ACTGCTCGATACACACCATCTACAGATGGTCTCTATCAAATTCAAGTTCGTTATGATGAC
ACAGATGTGCCTGACATGCCAAAACGTGTGCGGGTTCTTCCAACACATGAAGCAGATAAG
GTTAAATGTACCGGTCCGGGTATTGCGGGAACTGTGGAGGCTTCCATGCCGGTCGAGTTT
ACAATTGATGCAAAAGATGCTGGCGATGGTGAACTAGCTGTGCAGATCACGAATCCGAAA
CGTGAAAAAGCAGTCACTGAGGTACTGGCTCCATCCCAGGCTGGTAAAAAATCTAGAAAA
GACCGCAGTAGATCTGGTTCTGAATCGTCTTCCTCATCTTCCTCGTCTTCTGATGATGAG
GAAGGAAAGGATCCTGAAGGATACCCNAAGAAACCAAAAGTTGTGGACAATGGAGATGGA
ACGTACAATGTTTCATACGTGCCTGATATGACTGGAAGATATCAAATATCTGTCAAATAT
GGTGGGGATGAAATCCCCTACTCACCATATCGTACAAGAGCTCTGCCCGTGGGAGATGCA
AATAAGTGTGTTGTTTCAGGTGATGGAATTGGTCCTGTTGTGCCTGTTGGAAAAGAAAAT
GTGATCAATGTTGATGCAAGCAAAGCAGGACCTGGCAATGTTACTTGCTTGGTAACTACC
CCTGATGATGGCGTCTTGAAGTCGGAAGTTGTCAAGAATAAAGATCATACTTATGATGTG
TTCTACACACCGCCAAAACCAGGACCTTATGCTGTCAACTTGAGATATGGTGGAGAACCA
GTCCAAGATAGCCCNTTCAATGTCAAGGCAGCAGAAGAGCTACCAACACCTGATATGGTG
TATGAAGAAATCATTGAGGCTGCTCAGGCTGCCCCTGCTCATGCTTATAATACTGGAAAG
GGCCTTGACACATTGGAGGATCAGGCCAAGGATGAAAGCGAAATACTTCGAGATGTTGGA
TTTGTGTTTGAAATACCACAAAAGCCTGGAGAACTGACTAGTGTTGTACGCATGCCATCA
GGACGTACTGCAGAGCCAGAAATTATTAATAATGGAGATGGAACAATTTCAATCCATTAC
ACACCGACAGAAGCCGGCCTCCATGAAATGGATATTCTTTTTGATAAGGAACATATCCCA
GGAAGTCCAGTACAATTTTACGTTGATGCTATTGCACCAGGACACGTGACTGCATTCGGA
CCGGGACTTGTTACTGGGAAAGTCAATAAAGAAGCAGAATTCACAGTAGTGACGAAAGAT
GCTGGGGCAGGTGGATTAGCGCTTGCTATAGAAGGACCATCAAAGGCTGATATCAATTGC
AATGATAACAGAGANGGAACTTGCTCATTTAGTTATGTTCCAACCGTTCCTGGGGAATAC
CAAATTACAATCAAGTTTGATGAAGAACACATACCAGGAAGTCCATTCACAGCAAACATT
ACAGATGGAAATGTGCCACGTGCTGCGACAATCGTACCCGGAACCATGACAGATTTTGCA
TTGAAGATAAATGAGAGTGACCTAACCAAACTGACCGCCAGTATTGAGTCACCAAGCGGA
AAGACAGAAGATTGCCAACTTAAACGTTTACCTAACGGGCATATTGGTATTTCTTTTACT
CCTCATGAAGTCGGAGAGCACCTTGTCAATGTTAAAAAGCGAGGAAGGCATGTTGCCAAT
AGTCCTTTCAGGATCATGGTCAGTGAAGCTGAAATTGGAGATGCGAGCAAAGTTAAGGTG
TACGGAGATGGAATTGAAAAGGCAAAAGCTGGAGAACTTGCTGAGTTCTTTGTTGACACG
AGAGAAGCAGGATACGGAGGTTTGGGATTGTCTGTTGAAGGTCCAAGCAAGGTTGACATT
GAATGTCATGATGAAAAGGATGGAATTTGCAGAGTAACATATTTGCCTCGTGAACCTGGA
ACATACCATGTTAATGTCAAATTTGCTGAAAATCATGTTCCTGGATCGCCATATACTGTC
AAATGCACCGGGGAGGGCACTCAGACTCAAAGTATTAAAAGGGAGAGAGAAGCTCCATCT
ATTGCATCTGTTGGTAGCACTTGTGATTTGAACTTGAAAATACCAACTAAATGGCTGCAG
ACTTCTTCTTCTTCTTCGTCTTCTTCCTCTTCCGCATTCCATCGTTCATATAGTAAGACA
GAACGCACCAGTATACAACAGTCTGGTGGACAGCGACATGTCACGCAAGAAACTTCACAA
TCAATAGTCGGACGGAACCAAAGGGCAATGCCGTTTGTACCGGTATTTACTCATCGTTCT
GGTCTCGGGGTGTTCCAACATACTGCAAAGTTGAAAGAAGCCAACATCCATGACTTGTCT
GCAACGGTAACGAGTCCATCTGGAGATGTAGAGGAAGCTCAGATTTATGAAAGTGGTGAT
AATACATACAGTATTCGATTTGTACCTAAGGAAATGGGTGTACACACGGTCAGCGTTAAA
TATCTGGGAGATGACGTCCCTGGCAGTCCATTCCAATTTACCGTTGGCCCACTTGGTGCA
GGCGGAGCTGGAAAAGTTACAGCTGGTGGACCTGGACTAGAATCTGCTATTGTCAACGTA
CCAGCTGATTTCAACATTTGGACACGAGAAGCCGGTGCCGGTGGGCTTTCCATTGCTGTA
GAAGGTCCATCAAAGGCTGAAATTAGTTTTGAAGATCGCAAGGACGGATCTTGCGGAGTT
TCCTACATCGCTACCGAACCAGGTGACTATGAAGTATCAGTTAAATTCAACGATGAACAT
ATTCCTGGCAGCCCATTCCCTGTGACCGTTACTGGCACTGGAAGAGCGCCTGTCTCACCA
AGATCTCAGATGTCTGATGCTAGCAAGGTAACTTGCTATGGAGGTGGATTAAGAAGAGCC
AAAGTAGGAGAGGGTAACACTTTTTCAGTTGACTGCAGCTCTGCTGGCTCGAACATGTTA
CTTGTGGGCATTCACGGTCCTGAAACACCGTGTGAAGAAGTGTACGTCAAACACATAGGA
AACAGAAGATACACTGTCACGTATACAGCAAGAGAATCAGGGGAATACACATTGATTGTC
AAATGGGGTGAAGATCACATCCCCGGATCCCCTTTCAGAGTACAAATTCCGTGAAAAGAT
TTTGACTTTAAACATCTTTACACAACAAGAAATTCGCCCAAGGCTGAAATGGAGAACTGA
TGAAATCACTTGTAGCAAATTTTGTGTTATTTCATAATTCAAGAATCATGTCTGTCGNGG
TGGCCTTATTACCATATTTCTATAATACAACACTAGCGACCCTATAGTGACCNTAGTTGA
NTTGGGATGACATGGACATCTTGAACCAATCTTGCCAATTTCATGGATACTAAAAATCTG
AGTTNTCTATGNTCATTGTANTGGAAACGAAGTGGGCTATNTATACATCATCCCATCGAT
TAGTCGCATTTTTGTACAATTTTGGATTTATCAACTCGTATTGTAGCAAACTTGGTATTT
CAACATATAGGCTACTGCACAAGCTTGCATTTAAACTGCCGGTATTATTTAAGTTGCATA
ATTATTCAGATTTGTAAGATCAATACTGAAATGATTTCCCAGGGATCTAGACTAGGGCCA
TTGTAATCTAGTCACAATATGATTGTACAAATCTTGGTCGCAACAAGCTTATGAATGCTC
CGCAAGTCATTGAAGTGAGGAAAGCACATTGATTCTTATAGTCCTTCTATTTGTGTACAA
ATGGCAGTGATGCATCAAAATTTATTGCCTTCCATGTAAACTTCTGATGAAATTAGTACG
TTCGATCAAAAATTTCTCATTATTATTGGTGTTCCATAGGGTAGCAATCTATCAGTATCA
ATATTGGTTTCCGTTTCATGTAAATGAGGTGAATGTATATTTGCGTTTTGTGTTTTCATT
TAGAAACCTGCGTTATTATACAGTATATATCGTTTGTTTTGATTGTCTCAAGACAGAAAA
TCATTTTCATTTAGAGAGAAAACTGCTCAAATACTAATATGGACGCTAATTGTATCATAT
TGTGCTTTATGTTGTATATTCAGCGGAATAAATTTGTGTCGCGAATATTTCATGTCCTTT
GCAATCCCATACTACTCAAGCCCTTTCGTTACGTCATGGCATATGCTAGACGCGTAGAAG
AAGTCCTTTGAGGNACTTNGTGTTTCCACTATACTAAACCGTTTGCCNATTTGTNCTGCT
CCTATCCCCGCCAAGCTTTAACATCCCCATGCCATAAGGCGTAAAGCTATATATATTTGA
GGACACTCTCACTGAGAGCTGAATCCCGAATGTAGTGTAGTCCTGAACTGAGTTAAATTG
AGTTTTGTTCAGTTACGATTAGATTTCACAATGCTTGAAGACCTCTTGCACGCACTAGCT
CACC
| Gene3D |
CH_dom_sf (IPR036872) - T[4-38] 2.5E-6 - T[39-155] 1.3E-38 |
| SUPERFAMILY |
CH_dom_sf (IPR036872) - T[7-150] 1.23E-39 |
| PANTHER |
FLN_C (IPR032461) - T[9-270] 0.0 - T[274-572] 0.0 - T[545-1771] 0.0 - T[1814-2621] 0.0 - T[2634-2727] 0.0 |
| ProSiteProfiles |
CH-domain (IPR001715) - T[52-152] 12.572 |
| Pfam |
CH-domain (IPR001715) - T[53-151] 1.7E-13 |
| SMART |
CH-domain (IPR001715) - T[54-150] 8.3E-21 |
| CDD |
CH-domain (IPR001715) - T[54-150] 7.61409E-16 |
| Gene3D |
Ig-like_fold (IPR013783) - T[161-268] 4.0E-25 - T[274-360] 9.7E-22 - T[363-459] 6.2E-25 - T[460-553] 6.2E-32 - T[554-654] 4.8E-28 - T[655-751] 2.9E-29 - T[752-848] 2.3E-32 - T[849-944] 1.5E-27 - T[945-1047] 1.7E-27 - T[1048-1151] 1.5E-29 - T[1152-1240] 1.1E-22 - T[1241-1335] 2.5E-37 - T[1336-1435] 4.8E-22 - T[1438-1534] 7.6E-28 - T[1535-1630] 5.9E-39 - T[1631-1723] 1.3E-29 - T[1724-1785] 3.8E-11 - T[1805-1865] 1.8E-14 - T[1866-1985] 1.2E-31 - T[2005-2079] 1.3E-20 - T[2080-2179] 1.0E-36 - T[2187-2261] 8.0E-21 - T[2262-2363] 4.1E-36 - T[2466-2524] 1.3E-23 - T[2525-2628] 4.9E-44 - T[2629-2727] 6.1E-34 |
| ProSiteProfiles |
Filamin/ABP280_repeat-like (IPR017868) - T[162-268] 21.835 - T[275-360] 22.287 - T[362-457] 30.795 - T[455-551] 31.801 - T[552-649] 31.76 - T[650-748] 28.76 - T[749-841] 29.356 - T[845-942] 27.157 - T[943-1045] 26.829 - T[1046-1144] 29.664 - T[1145-1238] 27.014 - T[1239-1331] 33.589 - T[1332-1433] 28.37 - T[1434-1533] 27.63 - T[1534-1626] 36.466 - T[1627-1722] 30.26 - T[1723-1864] 29.007 - T[1865-1960] 28.329 - T[1977-2078] 22.308 - T[2078-2170] 30.733 - T[2184-2257] 21.157 - T[2260-2352] 33.651 - T[2455-2525] 22.76 - T[2528-2620] 32.89 - T[2632-2726] 32.089 |
| SUPERFAMILY |
Ig_E-set (IPR014756) - T[162-270] 1.13E-18 - T[281-379] 6.67E-22 - T[365-458] 2.67E-24 - T[460-551] 9.11E-26 - T[534-654] 1.83E-29 - T[633-750] 3.94E-26 - T[741-844] 1.2E-25 - T[850-944] 7.34E-24 - T[928-1050] 1.53E-24 - T[1039-1150] 3.06E-25 - T[1149-1240] 1.47E-19 - T[1221-1336] 1.02E-35 - T[1324-1438] 3.14E-22 - T[1426-1538] 2.74E-25 - T[1517-1632] 1.53E-36 - T[1630-1737] 1.2E-27 - T[1716-1767] 1.65E-25 - T[1814-1865] 1.65E-25 - T[1858-1962] 1.07E-25 - T[2018-2093] 6.67E-16 - T[2082-2173] 1.0E-26 - T[2181-2276] 1.4E-19 - T[2261-2355] 3.4E-29 - T[2461-2545] 5.0E-20 - T[2527-2623] 2.67E-29 - T[2635-2726] 1.53E-25 |
| Pfam |
Filamin/ABP280_repeat-like (IPR017868) - T[166-264] 1.3E-8 - T[283-356] 1.1E-9 - T[364-453] 2.3E-14 - T[460-548] 4.2E-19 - T[555-646] 4.2E-17 - T[655-745] 1.6E-15 - T[754-837] 9.1E-14 - T[850-939] 1.9E-15 - T[947-1041] 2.4E-13 - T[1050-1141] 1.9E-16 - T[1150-1234] 5.0E-12 - T[1242-1328] 5.4E-20 - T[1335-1429] 2.7E-9 - T[1437-1529] 6.5E-14 - T[1537-1623] 4.4E-20 - T[1630-1718] 2.1E-12 - T[1727-1861] 1.1E-17 - T[1868-1957] 1.0E-14 - T[2026-2074] 6.8E-9 - T[2082-2167] 2.3E-16 - T[2194-2254] 3.8E-6 - T[2264-2349] 6.4E-20 - T[2467-2522] 7.5E-7 - T[2533-2616] 1.1E-16 - T[2635-2723] 2.0E-13 |
| SMART |
Filamin/ABP280_rpt (IPR001298) - T[166-271] 1.1E-21 - T[274-363] 5.9E-18 - T[366-460] 1.4E-27 - T[461-554] 5.2E-30 - T[556-652] 1.1E-32 - T[654-751] 7.0E-30 - T[753-844] 3.7E-31 - T[849-945] 4.5E-28 - T[947-1048] 1.1E-23 - T[1050-1147] 1.5E-30 - T[1149-1241] 5.9E-26 - T[1243-1334] 2.4E-41 - T[1336-1436] 3.4E-22 - T[1438-1536] 1.9E-28 - T[1538-1629] 1.5E-40 - T[1631-1725] 3.2E-34 - T[1727-1867] 6.8E-17 - T[1869-1963] 2.2E-29 - T[1981-2081] 2.1E-11 - T[2082-2173] 3.4E-38 - T[2175-2260] 8.6E-14 - T[2264-2355] 7.2E-38 - T[2448-2528] 1.6E-12 - T[2532-2623] 1.7E-41 - T[2636-2727] 9.0E-31 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| FLNC_HUMAN | 52.247 % | 2246 | 0 |
| FLNA_HUMAN | 47.384 % | 1951 | 0 |
| FLNB_HUMAN | 48.202 % | 1998 | 0 |