- Transcript 'Moocul.CG.ELv1_2.S88...' >
- Transcript 'Phfumi.CG.MTP2014.S8...' >
- Transcript 'KH2012:KH.C12.671.v1...'
Transcript Model
Transcript Id
KH2012:KH.C12.671.v1.A.SL1-1
Possible name(s)
FLNA; FLNB; FLNC
Gene model
Location
KhC12 [3,447,852 / 3,506,040]
Amino acid sequence
Length: 2,645
>KH.C12.671.v1.A.SL1-1
KRTSAMENHSSEVVYVGDNYDEDMPATERELAEDATWKIIQKNTFTRWCNEHLKCINKRV
ANLETDLSDGLRLIGLIEILSQKKMGKHNKRPNFRQMRLENVSVALNFLEAERIKLVSID
SKAIVDGNLKLILGLIWTLILHYSISMPMWDEEEEVEEKSKATPKQRLLGWIQNKVPQMP
ITNFKGNWQDGTALGALVDNCAPGLCPDWEDWDPNNPMENTAEAMKLADEWLGVPQVITP
EEITNPHVDELSVMTYLSQFPKATLKPGAPLRPKTNGKKARAYGKGIEPKGCKVGSPAPF
TVETVSAGSGEVLVYLTNPEGHKTELQATPNNDKLKTYSVTYYPDMPGDYEVTVMFAGVG
IHKSPFKVYVDDSPADPSKVVAKGPGLLPGNIVNHPTHFDVITTDAGAGDVNVVIEDPTG
CKQSVRPKIEKQGETYKVTYTPSKNGPHHVHVLFADAPINKSPFEVPISLPFNANACRAY
GRGIQPTGLRMREKADFHVTTKDAGDADLKVTVKGPRGSNEPVTVKKNPKEPEVFDCEYY
PLKQGNYTVDVTFGGKPIPKSPFEILVGPEAGAQKVRAYGPGLHGGKVGHSADFVVETIG
TEVGQLGFSIEGPSQAKIECEDCGDGSCDVKYHPTEPGEYAVHVVCDDNDIKGSPFMAQI
APADTKSRPDMVKAYGPGLESGTPVNGRPTNFTVDAKRAGAPAPVEVVAVAADGENLPVK
VKDNGDGTYDCDYTPKNPIKHTIIPSYDGVAVKDSPFRVNVNEDSYPDKVKVYGPGVEPG
LKAEEPTYFTVDCARAGNGDVSIGIKCAAGVVGPTERDVEFEIIKNDASDTFTVKYTPPG
PGEHTIMVLFAEQPVPKSPITVNVASSHNAKKVKADGPGIEKEGVECGKPTHFTIYTKGA
GKAKPNVQFKPARGSYKPPASKADILDNKDNTYTVSYTPHAEGPMDVEVTYGGDKIPNSP
FPVDVAPALDVNAVKVKGLEDKMDVGKPQEFEVLTKGAGGQGKLDVDVVGPSNLPIHVHD
KKTPNGKKCHFTPVEEGPHRVNVAYDGIPVRGSPFLVDALTPADPSKVRAYGPGLSGGVV
NQSAPFTIETADAGNGGLGLTVEGPCEAKIECIDNGDGSCSVAYMPTEAGDYKINVLFAD
KHIPGSPFNAKIEPAFDASKVDLSGPGLESGKIGKPSKICADCCSAGDAPLTADVLNDDG
TKVPTKVKDNGDGTHDITFVPNKPGKALVNVQYGGISVPKSPVSVPIKPDVDTSGVRTTG
PGVQPDGVLADVEAEFQVDAGCLAPRGGKHVTAKAVGPSGTAVPVDLKDNRDGTYDAKYS
PYEKGPHQVIVDYDDVPVPGSPFNVGVDEGCDPTKVKAYGPGLEQGTTAKPAKFMVDTRG
AGTGGLGLVVEGPSDAKITCTDSKDGTCAVEYLPTAPGEYEVNITYGGENIPGSPFIVPV
KDTVDPTKVSCNGPGVSPGVRANVPQEFTVDCSTAGVAPLDVAVKGPKGLKEPVDVRDNG
DGTHTVKYTPTKEGPYQVQVKYADHEIPRSPYRVRVQPTHDASKVKCNGPGIASGGVPAS
LPVEFTIDATDAGDGVLAVQITNPKREKYSVEMPPAPKKPTGSEGVGPGARSPKRKSPSK
SHSPTKTRPGRGSRGSEDSPGRKSRSRSGSSSSSSSSSRSRSRSSSSSSSSSESDSPKAS
SPTKGSPRKSASGTGEPYERSPRKRGGVKSGAKDSPCREVHASDPEGRPKRASVRDNGDG
TYSVSYIPDTVGRYTISVKYGGDEIPYSPYRIRAVPSGDANKCLVSGDGLGPNIYIGEEA
VITVDPNGAGPGNVTCAVTTPDGEKLDADVVQNKDGTFDIFYTPKEVGPYTINIHFGGEE
VPNSPYRVTAVPGLKPAPVVEEDFQQTAVAPAYSYMNGSEPAIEQVDGPDSLRPVQLVFE
VPSRPGNLTSEVTTPSGIKESPVIKNNGDGTITVQYQPHEPGLHEMAILLDNEHISGSPI
QFYADVMAPGHVTAYGPGLVTGKVDEPANFTIVTKDAGAGGLALAVEGPSKADITCQDNK
DGTCSVTYLPTAPGEYTVTVKFDDQHIPGSPYTANISGGADQRKSKLSYGTTSDVALKIN
ESDLSLLSASIEAPSGHKESCVLKKLPNGHIGISFTPKEIGEHLVSVKKRGRHIANSPFR
IMVGESEIGDASKVKVYGDGKESACAGETAVFMVDTRQAGYGGLGLSIEGPSKVDINCED
MDDGVCRVTYTPQEPGNYVINVKFADKHVPGSPFTVVCTGDDSPQKKGSILRQQKAASVA
TVGSTCDLNLKIPNNWMDLMSSGAKSTRHASSFSQSYSRVEQSSFRSTGVSSQSQSMVRE
SFSPSSQSSHSLLTSSASPFVPKFTSSQGKFGTFEHSLKATGAGLADLSAEVKSPCGDIQ
KAEIVETDENTYSIRFIPKEMGVHTVSVRYMGQHVPGSPFEFTVGPLGEGGAHKVTAGGP
GLEGAVVSVPADFSIWTREAGAGGLSIAVEGPSKADINFEDRKDGSCGVSYVVTEPGDYE
VNVKFNDQDIPGSPFPVTVTGVGKNTKDPQRFKSDASKVRSYGSGLRRAVIGENTFSVDC
CNAGSNMLLVGVHGPLTPCEEVHVKHVGQRKYAITYTAKEAGDYLLIVKWGDDHIPGSPF
HVKIP
Nucleotide sequence
Length: 8,851
>KH2012:KH.C12.671.v1.A.SL1-1
ACCAGTGTGAATATTGTAGGTAACTATAAGTTGTTAAATACCGTTAAACCCGAGTTTCCT
ACCCCTGTGAACCTGTTTTTTCTGGATCGAAGTACACTCAACATTCGTGGCTTCTCTTCT
CGCACACACAATATCTCTACCGCACACACGCTAACCAACGAGAGAGCGGTATAAAAACGA
ACATCAGCCATGGAGAACCACAGTAGCGAAGTAGTTTACGTTGGTGACAACTACGACGAG
GACATGCCGGCCACCGAACGTGAGCTAGCTGAAGACGCAACATGGAAGATAATCCAAAAG
AATACGTTTACAAGATGGTGCAATGAGCATCTCAAATGCATCAACAAAAGAGTAGCCAAC
CTGGAGACTGATCTTTCCGATGGGCTTAGGCTCATTGGTTTGATTGAGATCCTCTCCCAG
AAAAAGATGGGAAAGCACAACAAGAGACCAAACTTCAGGCAGATGAGACTGGAAAACGTC
TCAGTGGCGCTCAACTTTCTAGAAGCTGAGAGGATCAAGCTGGTCAGCATAGACAGCAAG
GCTATTGTGGATGGGAACTTGAAGCTCATTTTGGGTTTGATATGGACTCTCATTCTGCAT
TATTCCATCTCTATGCCCATGTGGGACGAAGAAGAAGAAGTAGAAGAAAAGAGTAAAGCC
ACTCCCAAGCAGAGACTTCTGGGATGGATACAGAACAAAGTCCCGCAAATGCCGATCACT
AATTTCAAAGGCAACTGGCAGGATGGTACAGCACTTGGTGCTTTGGTTGATAACTGCGCG
CCGGGCTTGTGCCCTGACTGGGAGGATTGGGATCCGAACAACCCAATGGAAAACACTGCC
GAGGCGATGAAATTGGCAGACGAATGGTTAGGCGTACCACAGGTTATCACGCCAGAGGAA
ATCACTAACCCCCACGTGGACGAGCTTAGTGTAATGACTTATTTGTCGCAATTCCCGAAA
GCGACTTTGAAGCCTGGTGCACCTCTGCGACCAAAAACAAACGGAAAGAAAGCAAGAGCT
TATGGCAAAGGTATTGAGCCCAAGGGTTGCAAAGTGGGTTCCCCTGCACCATTTACTGTG
GAAACTGTTTCTGCTGGTTCCGGTGAAGTTCTGGTTTACCTGACCAACCCTGAAGGCCAC
AAGACTGAATTGCAAGCCACCCCCAACAACGACAAGCTTAAAACGTACTCTGTGACTTAC
TATCCTGATATGCCAGGAGACTACGAGGTAACAGTCATGTTTGCCGGTGTGGGAATCCAT
AAGAGCCCGTTCAAGGTTTACGTTGATGATTCTCCCGCTGACCCGAGCAAAGTTGTGGCG
AAAGGACCCGGCCTTCTACCTGGAAATATTGTAAACCATCCTACACATTTCGATGTGATT
ACAACAGACGCTGGAGCAGGAGACGTTAACGTGGTCATCGAAGACCCGACTGGTTGTAAG
CAATCGGTTCGACCTAAGATCGAGAAGCAAGGAGAAACTTACAAAGTTACCTATACTCCA
TCTAAGAACGGACCGCACCACGTTCATGTATTGTTTGCTGATGCACCGATTAATAAGAGC
CCATTCGAAGTGCCCATCTCACTGCCTTTCAATGCCAATGCATGCCGTGCTTATGGCAGA
GGAATTCAACCCACTGGTCTTCGTATGCGGGAAAAAGCAGACTTCCATGTAACAACTAAA
GATGCTGGTGACGCAGATCTTAAAGTCACAGTCAAGGGGCCAAGGGGAAGTAACGAACCT
GTGACAGTAAAGAAAAATCCCAAAGAGCCTGAAGTGTTTGATTGCGAGTATTACCCACTA
AAACAAGGGAACTACACCGTCGATGTCACATTTGGAGGAAAACCAATTCCAAAAAGCCCA
TTCGAGATATTAGTTGGTCCTGAAGCAGGCGCGCAAAAAGTGAGAGCTTATGGTCCAGGT
TTGCATGGTGGTAAAGTTGGTCACTCTGCTGATTTTGTTGTGGAAACTATTGGAACTGAA
GTCGGACAGCTTGGGTTCTCAATTGAGGGACCATCTCAAGCCAAGATTGAATGTGAAGAT
TGTGGCGATGGTTCATGTGATGTGAAATACCACCCAACTGAACCAGGAGAATATGCTGTA
CATGTCGTATGTGATGATAATGATATCAAAGGTTCTCCATTCATGGCACAGATTGCCCCT
GCTGATACCAAGAGTAGACCTGACATGGTCAAAGCCTACGGTCCTGGTCTTGAATCTGGT
ACCCCCGTTAACGGCCGCCCTACCAACTTTACTGTCGACGCAAAGCGAGCAGGAGCTCCT
GCCCCCGTCGAGGTCGTAGCTGTTGCTGCAGATGGAGAGAATCTGCCAGTGAAAGTGAAA
GATAATGGAGATGGGACTTATGACTGTGACTACACACCTAAGAATCCAATCAAACACACC
ATTATTCCATCTTATGATGGTGTTGCTGTGAAGGACAGCCCATTCAGGGTTAACGTCAAT
GAAGACTCTTACCCTGACAAAGTAAAGGTGTATGGACCAGGAGTTGAACCAGGTCTTAAA
GCAGAAGAGCCCACCTACTTCACAGTGGATTGTGCAAGAGCTGGTAATGGAGATGTTAGC
ATTGGTATCAAGTGTGCAGCTGGAGTGGTTGGACCTACAGAAAGGGATGTTGAATTTGAA
ATCATTAAAAACGATGCTTCAGACACTTTTACAGTGAAATACACACCTCCAGGCCCAGGT
GAGCACACCATTATGGTTCTGTTTGCTGAACAACCAGTTCCAAAATCACCAATCACAGTA
AATGTTGCTTCGTCACATAATGCAAAGAAAGTCAAAGCTGATGGACCAGGGATTGAAAAA
GAAGGTGTTGAATGCGGCAAGCCCACCCACTTTACCATATACACCAAGGGTGCTGGAAAG
GCAAAACCAAATGTTCAATTCAAACCAGCCAGAGGTTCATATAAGCCTCCAGCAAGCAAG
GCTGACATTCTGGATAACAAAGACAATACATACACTGTGTCCTACACACCTCACGCGGAA
GGACCAATGGACGTAGAAGTAACTTATGGTGGGGATAAGATTCCTAACTCTCCTTTCCCA
GTTGATGTTGCACCAGCTTTAGATGTAAACGCTGTCAAAGTCAAAGGCCTTGAAGACAAA
ATGGATGTTGGAAAACCACAAGAGTTTGAGGTCCTCACCAAGGGAGCAGGAGGACAAGGA
AAGTTGGATGTGGATGTTGTTGGACCTTCTAATCTTCCAATACATGTTCACGATAAGAAG
ACACCTAACGGGAAGAAATGCCATTTTACTCCTGTAGAAGAAGGTCCACACAGAGTGAAT
GTTGCGTACGATGGAATTCCCGTCCGTGGAAGTCCTTTCTTGGTGGATGCTTTGACCCCC
GCTGACCCCAGCAAAGTCCGAGCATATGGCCCCGGTCTTTCTGGTGGGGTGGTCAACCAA
TCTGCACCCTTTACCATTGAAACTGCAGATGCAGGCAATGGTGGTCTTGGACTTACTGTT
GAAGGGCCCTGTGAAGCTAAAATTGAATGCATTGATAATGGAGATGGTTCATGCTCTGTG
GCATACATGCCTACAGAGGCAGGAGATTACAAGATTAATGTTTTATTCGCTGATAAACAT
ATTCCAGGATCTCCATTCAATGCTAAAATCGAGCCAGCGTTTGATGCTTCTAAGGTTGAT
TTAAGCGGGCCAGGTCTTGAAAGTGGAAAAATAGGAAAGCCAAGCAAGATATGCGCTGAT
TGCTGCAGTGCTGGAGACGCACCTCTTACAGCAGATGTGCTAAACGATGACGGAACTAAA
GTTCCTACCAAGGTTAAAGATAATGGAGATGGAACACATGACATCACATTTGTGCCCAAC
AAGCCAGGCAAGGCATTAGTGAACGTACAATATGGCGGCATCTCCGTGCCCAAGTCACCA
GTTAGTGTTCCAATCAAACCAGATGTGGATACAAGTGGAGTCAGAACTACTGGCCCTGGT
GTCCAACCTGATGGTGTTCTTGCTGATGTTGAAGCAGAGTTTCAAGTTGATGCTGGATGT
CTCGCTCCACGTGGGGGTAAACATGTCACCGCTAAAGCTGTTGGACCATCTGGAACTGCA
GTTCCTGTTGATTTGAAAGACAATAGAGATGGAACATATGATGCAAAATACTCTCCCTAT
GAAAAAGGTCCCCATCAAGTCATTGTTGACTATGATGACGTCCCAGTTCCTGGATCTCCG
TTTAACGTTGGTGTAGATGAAGGTTGCGACCCTACCAAGGTAAAAGCATATGGTCCAGGC
TTGGAGCAAGGTACTACAGCCAAACCAGCCAAGTTTATGGTGGATACAAGAGGGGCTGGA
ACTGGAGGTCTTGGACTTGTGGTTGAAGGACCTTCTGATGCAAAAATTACATGCACTGAT
AGCAAAGATGGAACATGTGCTGTCGAATACCTACCAACAGCACCTGGTGAATATGAGGTA
AACATCACCTATGGCGGGGAAAATATACCCGGATCTCCATTCATTGTCCCTGTCAAGGAT
ACTGTGGACCCTACCAAGGTGTCATGCAATGGACCTGGAGTATCTCCTGGAGTGAGAGCA
AACGTCCCACAGGAGTTCACAGTAGATTGCTCAACTGCTGGTGTCGCCCCATTGGATGTT
GCTGTTAAGGGACCAAAAGGTTTGAAAGAACCAGTTGATGTCCGAGATAATGGAGACGGA
ACACACACTGTTAAGTACACCCCCACCAAAGAAGGTCCGTACCAAGTCCAAGTGAAATAT
GCTGACCACGAAATCCCAAGAAGTCCATACCGTGTTCGAGTACAACCCACCCACGATGCT
AGCAAGGTCAAATGCAATGGACCAGGTATTGCATCAGGTGGTGTGCCTGCATCTCTGCCT
GTTGAGTTTACCATTGATGCCACAGATGCTGGAGATGGTGTTCTTGCTGTTCAAATCACG
AATCCAAAGCGCGAAAAATACTCAGTTGAGATGCCACCTGCTCCCAAAAAGCCTACTGGC
TCTGAAGGGGTGGGCCCAGGTGCTCGTTCTCCAAAAAGGAAGAGCCCAAGCAAGTCGCAC
AGCCCAACCAAAACTCGACCTGGTCGAGGCTCTCGTGGAAGCGAGGATAGTCCTGGAAGA
AAGAGCCGAAGCAGGAGCGGATCAAGCTCCAGCAGTTCCTCTAGTAGTCGCTCTAGATCA
AGATCTAGCTCCAGCTCAAGTTCCAGCTCTGAGTCCGACAGTCCGAAAGCATCAAGCCCT
ACCAAGGGAAGCCCAAGAAAGTCGGCCAGTGGAACGGGAGAACCTTATGAACGCAGCCCA
CGAAAACGAGGTGGCGTTAAGTCAGGTGCAAAGGATTCACCATGCAGAGAAGTCCATGCC
TCAGACCCCGAAGGCCGCCCAAAAAGAGCCAGTGTGCGTGACAACGGTGATGGAACATAT
TCTGTTTCTTACATCCCTGATACGGTTGGTCGGTACACCATCTCAGTGAAATATGGAGGG
GATGAAATACCTTATTCACCATATCGCATTCGAGCTGTGCCTTCTGGGGATGCAAATAAA
TGCCTTGTATCAGGAGATGGCCTTGGTCCCAACATTTACATTGGAGAAGAAGCTGTGATA
ACTGTTGACCCTAATGGTGCCGGACCTGGCAATGTCACGTGTGCAGTCACCACCCCAGAT
GGTGAAAAACTGGACGCAGACGTTGTTCAAAACAAAGATGGCACTTTTGATATCTTCTAC
ACACCTAAAGAAGTTGGCCCGTATACAATTAATATTCATTTTGGCGGGGAAGAAGTTCCC
AACAGCCCATACAGAGTTACGGCTGTGCCTGGCTTGAAACCTGCACCAGTGGTGGAAGAA
GATTTCCAACAGACAGCAGTAGCACCTGCCTACTCTTACATGAACGGGAGTGAACCGGCA
ATTGAACAAGTTGATGGTCCAGATTCGCTCCGACCCGTGCAACTTGTGTTTGAAGTGCCT
TCCAGACCTGGAAACCTTACCAGTGAAGTTACTACACCAAGTGGGATTAAGGAGTCTCCA
GTCATCAAGAACAACGGTGATGGAACCATCACTGTACAATACCAGCCCCATGAACCAGGA
CTGCATGAGATGGCCATCTTACTTGATAATGAACATATCTCAGGAAGTCCCATCCAATTC
TACGCTGATGTCATGGCCCCTGGTCATGTGACAGCATATGGACCTGGACTTGTGACTGGC
AAAGTTGATGAACCAGCCAACTTTACGATTGTTACCAAAGACGCTGGTGCAGGTGGACTT
GCACTTGCTGTGGAAGGCCCATCCAAAGCAGACATTACATGCCAGGATAATAAAGATGGC
ACATGTTCTGTTACTTACTTACCAACTGCACCAGGAGAATACACAGTTACTGTTAAGTTT
GATGACCAACACATACCAGGATCTCCATACACAGCAAATATCTCTGGTGGAGCAGATCAA
AGAAAATCGAAACTTTCTTATGGAACAACCAGTGATGTTGCTCTTAAAATCAACGAGAGT
GATCTCTCTCTTCTCTCAGCCAGCATCGAGGCACCATCCGGACACAAAGAGAGCTGCGTA
CTTAAGAAATTGCCCAACGGCCATATTGGCATCTCGTTTACTCCCAAAGAGATCGGAGAG
CATCTCGTGAGCGTGAAGAAGAGAGGTCGTCACATCGCGAACTCTCCCTTCCGGATCATG
GTAGGAGAGTCCGAGATTGGAGATGCAAGTAAAGTAAAAGTATACGGAGATGGAAAAGAA
AGCGCTTGTGCTGGGGAAACAGCTGTGTTTATGGTGGATACAAGACAAGCTGGTTATGGC
GGTCTTGGTTTATCAATTGAAGGTCCAAGCAAGGTTGATATTAACTGTGAAGATATGGAT
GATGGCGTATGTCGTGTTACATACACACCACAAGAACCTGGAAACTATGTGATCAATGTA
AAGTTCGCAGACAAGCATGTACCTGGTTCTCCATTCACTGTTGTGTGCACTGGCGATGAC
AGTCCACAAAAGAAAGGAAGCATTCTGCGACAACAGAAAGCAGCTTCCGTTGCTACAGTT
GGTAGCACTTGCGATCTTAACCTGAAAATACCAAACAACTGGATGGACCTTATGTCTTCT
GGAGCAAAATCCACACGCCACGCCTCCTCTTTCAGCCAATCATACAGCAGAGTGGAGCAG
TCCTCTTTTAGGAGCACAGGAGTGAGCAGCCAATCACAGTCCATGGTTCGGGAGAGTTTC
TCCCCCTCCTCCCAATCCTCCCACTCTCTCCTCACTTCCTCCGCTTCTCCTTTTGTCCCA
AAATTCACGAGCAGCCAGGGAAAATTTGGCACTTTCGAACATTCTCTAAAAGCGACAGGT
GCTGGCTTGGCTGATTTATCTGCTGAAGTAAAAAGCCCATGCGGAGATATCCAGAAGGCA
GAAATAGTAGAGACTGATGAGAACACATACAGTATTAGATTCATACCAAAGGAAATGGGC
GTACACACTGTCAGTGTGCGATATATGGGTCAACATGTACCTGGAAGCCCCTTCGAGTTC
ACAGTTGGACCCCTCGGTGAGGGTGGGGCTCATAAAGTCACTGCTGGTGGTCCTGGGTTA
GAAGGAGCTGTCGTCAGTGTACCAGCTGACTTCAGTATATGGACACGCGAAGCAGGCGCC
GGTGGTTTGTCCATCGCAGTAGAAGGACCTTCAAAAGCAGATATCAACTTTGAAGACAGA
AAAGATGGTTCTTGCGGTGTGTCGTACGTCGTTACTGAACCAGGCGATTATGAAGTGAAT
GTGAAGTTCAACGACCAGGACATCCCAGGTAGTCCTTTCCCAGTCACTGTCACAGGGGTT
GGAAAGAACACTAAAGACCCGCAACGCTTTAAATCGGATGCTAGCAAGGTCAGGTCGTAT
GGAAGCGGTCTCAGGCGAGCTGTGATCGGTGAAAATACTTTCTCCGTCGATTGCTGCAAT
GCAGGCAGTAACATGCTCCTGGTCGGCGTTCACGGCCCACTAACCCCATGCGAAGAAGTT
CACGTAAAACACGTTGGTCAGCGAAAGTACGCGATTACATACACAGCCAAGGAAGCCGGC
GACTATCTGCTTATAGTGAAGTGGGGTGACGATCATATTCCAGGCAGTCCTTTCCATGTC
AAAATCCCGTGATTACTTCTCGGTCTATCGCCGCCAATGCTGTAAACGCCGCACGGAGCG
CTAGAGGCACTCGCTGCTGATTTTACTATATAGACATGTACAGTTTCTTAACGAAAAATC
GACATTTTACTCGCATACGCGCCTTGCATATATAGTACTTTGCACCATTTTTCGTTCTTC
GTAACGGCCGATCATTTGTACAAAACTCATATATACTTGATTCTGTAAGCGCTCATAGCA
TGGTTGCTGTAACTCGGCGCTCCTACCTGCCAGCATGTATAAAGAGCACGGTGTGTGGTG
TGTATTGTATCCCTGGTCCCAGGACCTGTCTATAAGACCCAATAGCCCTTAAAATGATCC
AAACACATTATATTTTGCAGTGTACCTTTGTATTCGCATTTAACCGTCCTTACGGGCAAG
ACTTTTATACCACGAAACACCCTATGTATACAAACTGTACAGTTAAATATACCCCACGTT
AAAAGAGGCCTTATACTTGAGTTTCACATTTTGGCATCTGTACCAAACATATTAATCCCT
CACTATGTAAATATTCATTTCTGATGTATCGTATCGTATTCCGGTGCCTGCTCCGAGAAA
AATGAGCAAACCGTGACTCTGTACCGCTGATTCAAAATCTCCACTCGACTGGAGATTTTA
GCCCGCTCGAATATTGTAAAAAAATAACGTTAATCGTGATTTCATTTTGACGATGATTAT
TTCCGCAATAAATCCTATAAGATCGCTGCAA
| PANTHER |
FLN_C (IPR032461) - T[12-1585] 0.0 - T[1720-2543] 0.0 - T[2551-2645] 0.0 |
| SUPERFAMILY |
CH_dom_sf (IPR036872) - T[19-260] 6.96E-78 |
| Gene3D |
CH_dom_sf (IPR036872) - T[23-148] 1.9E-45 - T[149-265] 1.1E-39 |
| ProSiteProfiles |
CH-domain (IPR001715) - T[39-144] 15.565 - T[162-262] 12.729 |
| CDD |
CH-domain (IPR001715) - T[40-143] 2.09827E-28 - T[164-260] 3.48095E-18 |
| Pfam |
CH-domain (IPR001715) - T[41-144] 2.2E-21 - T[163-262] 8.8E-15 |
| ProSitePatterns |
Actinin_actin-bd_CS (IPR001589) - T[41-50] . - T[116-140] . |
| SMART |
CH-domain (IPR001715) - T[41-142] 1.4E-26 - T[164-260] 1.2E-21 |
| Gene3D |
Ig-like_fold (IPR013783) - T[271-370] 1.7E-27 - T[372-472] 1.3E-26 - T[473-570] 4.3E-29 - T[571-665] 8.5E-33 - T[666-764] 3.2E-27 - T[765-868] 7.6E-31 - T[869-966] 8.5E-28 - T[967-1060] 7.0E-20 - T[1061-1154] 8.8E-38 - T[1155-1252] 1.1E-25 - T[1253-1347] 2.0E-26 - T[1349-1444] 1.1E-37 - T[1445-1538] 9.7E-35 - T[1539-1600] 5.7E-12 - T[1703-1778] 1.4E-17 - T[1779-1890] 1.6E-35 - T[1911-1984] 7.9E-18 - T[1985-2090] 4.3E-39 - T[2093-2165] 2.8E-19 - T[2166-2269] 8.5E-37 - T[2385-2443] 3.7E-22 - T[2444-2549] 1.8E-43 - T[2550-2645] 1.1E-29 |
| ProSiteProfiles |
Filamin/ABP280_repeat-like (IPR017868) - T[272-370] 28.329 - T[372-468] 28.657 - T[469-567] 27.774 - T[568-660] 28.863 - T[664-761] 26.952 - T[762-864] 26.788 - T[865-965] 29.233 - T[966-1059] 24.219 - T[1060-1152] 34.247 - T[1153-1247] 29.808 - T[1248-1347] 30.301 - T[1348-1440] 35.356 - T[1441-1536] 34.843 - T[1537-1774] 22.205 - T[1775-1870] 31.658 - T[1913-1984] 17.89 - T[1984-2076] 32.726 - T[2079-2163] 20.027 - T[2166-2258] 33.404 - T[2375-2444] 23.15 - T[2447-2539] 31.678 - T[2551-2644] 27.938 |
| Pfam |
Filamin/ABP280_repeat-like (IPR017868) - T[276-367] 1.8E-12 - T[375-465] 3.9E-15 - T[472-564] 1.6E-14 - T[572-656] 8.4E-15 - T[668-758] 1.8E-15 - T[767-860] 4.3E-15 - T[869-961] 3.8E-18 - T[970-1055] 9.0E-10 - T[1063-1149] 2.2E-19 - T[1156-1243] 8.6E-12 - T[1251-1344] 7.4E-12 - T[1351-1436] 9.6E-19 - T[1444-1533] 9.9E-19 - T[1541-1771] 9.2E-17 - T[1778-1867] 6.0E-17 - T[1933-1980] 3.9E-8 - T[1989-2073] 3.2E-19 - T[2170-2255] 5.1E-20 - T[2390-2441] 1.4E-7 - T[2452-2535] 9.0E-17 - T[2554-2641] 7.4E-11 |
| SMART |
Filamin/ABP280_rpt (IPR001298) - T[276-373] 2.0E-29 - T[376-471] 4.6E-29 - T[473-570] 8.0E-34 - T[572-663] 3.6E-32 - T[668-764] 8.7E-27 - T[766-867] 1.9E-25 - T[869-968] 1.4E-27 - T[970-1062] 1.4E-23 - T[1064-1155] 2.6E-42 - T[1157-1250] 1.5E-24 - T[1252-1350] 5.2E-27 - T[1352-1443] 9.9E-40 - T[1445-1539] 1.4E-40 - T[1701-1777] 2.5E-11 - T[1779-1873] 8.6E-33 - T[1890-1987] 1.1E-5 - T[1988-2079] 2.8E-41 - T[2081-2166] 5.6E-14 - T[2170-2261] 2.1E-38 - T[2351-2447] 8.6E-12 - T[2451-2542] 1.3E-39 - T[2555-2645] 1.2E-25 |
| SUPERFAMILY |
Ig_E-set (IPR014756) - T[278-372] 8.67E-23 - T[375-468] 1.53E-22 - T[472-583] 2.74E-25 - T[550-663] 1.07E-32 - T[668-763] 5.14E-22 - T[747-869] 5.27E-26 - T[857-971] 1.53E-25 - T[958-1060] 9.34E-20 - T[1042-1156] 1.02E-35 - T[1145-1252] 2.1E-25 - T[1241-1349] 1.75E-23 - T[1331-1444] 2.94E-35 - T[1444-1552] 1.46E-32 - T[1530-1593] 2.17E-11 - T[1718-1775] 7.0E-14 - T[1757-1874] 2.85E-31 - T[1923-1999] 1.33E-14 - T[1985-2081] 1.07E-29 - T[2095-2181] 2.47E-17 - T[2169-2260] 5.87E-30 - T[2380-2463] 2.8E-19 - T[2447-2541] 1.53E-28 - T[2555-2644] 4.2E-21 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| FLNC_HUMAN | 62.722 % | 1921 | 0 |
| FLNA_HUMAN | 61.646 % | 1863 | 0 |
| FLNB_HUMAN | 60.038 % | 1839 | 0 |