- Transcript 'Boleac.CG.SB_v3.S327...' >
- EST 'AHC0AAA222YM10_RM1' >
- Transcript 'Boschl.CG.Botznik201...' >
- EST 'AHC0AAA234YA12_RM1' >
- Transcript 'KH2012:KH.C12.671.v1...'
Transcript Model
Transcript Id
KH2012:KH.C12.671.v1.A.nonSL3-1
Possible name(s)
FLNA; FLNB; FLNC
Gene model
Location
KhC12 [3,447,852 / 3,505,841]
Amino acid sequence
Length: 2,636
>KH.C12.671.v1.A.nonSL3-1
SSEVVYVGDNYDEDMPATERELAEDATWKIIQKNTFTRWCNEHLKCINKRVANLETDLSD
GLRLIGLIEILSQKKMGKHNKRPNFRQMRLENVSVALNFLEAERIKLVSIDSKAIVDGNL
KLILGLIWTLILHYSISMPMWDEEEEVEEKSKATPKQRLLGWIQNKVPQMPITNFKGNWQ
DGTALGALVDNCAPGLCPDWEDWDPNNPMENTAEAMKLADEWLGVPQVITPEEITNPHVD
ELSVMTYLSQFPKATLKPGAPLRPKTNGKKARAYGKGIEPKGCKVGSPAPFTVETVSAGS
GEVLVYLTNPEGHKTELQATPNNDKLKTYSVTYYPDMPGDYEVTVMFAGVGIHKSPFKVY
VDDSPADPSKVVAKGPGLLPGNIVNHPTHFDVITTDAGAGDVNVVIEDPTGCKQSVRPKI
EKQGETYKVTYTPSKNGPHHVHVLFADAPINKSPFEVPISLPFNANACRAYGRGIQPTGL
RMREKADFHVTTKDAGDADLKVTVKGPRGSNEPVTVKKNPKEPEVFDCEYYPLKQGNYTV
DVTFGGKPIPKSPFEILVGPEAGAQKVRAYGPGLHGGKVGHSADFVVETIGTEVGQLGFS
IEGPSQAKIECEDCGDGSCDVKYHPTEPGEYAVHVVCDDNDIKGSPFMAQIAPADTKSRP
DMVKAYGPGLESGTPVNGRPTNFTVDAKRAGAPAPVEVVAVAADGENLPVKVKDNGDGTY
DCDYTPKNPIKHTIIPSYDGVAVKDSPFRVNVNEDSYPDKVKVYGPGVEPGLKAEEPTYF
TVDCARAGNGDVSIGIKCAAGVVGPTERDVEFEIIKNDASDTFTVKYTPPGPGEHTIMVL
FAEQPVPKSPITVNVASSHNAKKVKADGPGIEKEGVECGKPTHFTIYTKGAGKAKPNVQF
KPARGSYKPPASKADILDNKDNTYTVSYTPHAEGPMDVEVTYGGDKIPNSPFPVDVAPAL
DVNAVKVKGLEDKMDVGKPQEFEVLTKGAGGQGKLDVDVVGPSNLPIHVHDKKTPNGKKC
HFTPVEEGPHRVNVAYDGIPVRGSPFLVDALTPADPSKVRAYGPGLSGGVVNQSAPFTIE
TADAGNGGLGLTVEGPCEAKIECIDNGDGSCSVAYMPTEAGDYKINVLFADKHIPGSPFN
AKIEPAFDASKVDLSGPGLESGKIGKPSKICADCCSAGDAPLTADVLNDDGTKVPTKVKD
NGDGTHDITFVPNKPGKALVNVQYGGISVPKSPVSVPIKPDVDTSGVRTTGPGVQPDGVL
ADVEAEFQVDAGCLAPRGGKHVTAKAVGPSGTAVPVDLKDNRDGTYDAKYSPYEKGPHQV
IVDYDDVPVPGSPFNVGVDEGCDPTKVKAYGPGLEQGTTAKPAKFMVDTRGAGTGGLGLV
VEGPSDAKITCTDSKDGTCAVEYLPTAPGEYEVNITYGGENIPGSPFIVPVKDTVDPTKV
SCNGPGVSPGVRANVPQEFTVDCSTAGVAPLDVAVKGPKGLKEPVDVRDNGDGTHTVKYT
PTKEGPYQVQVKYADHEIPRSPYRVRVQPTHDASKVKCNGPGIASGGVPASLPVEFTIDA
TDAGDGVLAVQITNPKREKYSVEMPPAPKKPTGSEGVGPGARSPKRKSPSKSHSPTKTRP
GRGSRGSEDSPGRKSRSRSGSSSSSSSSSRSRSRSSSSSSSSSESDSPKASSPTKGSPRK
SASGTGEPYERSPRKRGGVKSGAKDSPCREVHASDPEGRPKRASVRDNGDGTYSVSYIPD
TVGRYTISVKYGGDEIPYSPYRIRAVPSGDANKCLVSGDGLGPNIYIGEEAVITVDPNGA
GPGNVTCAVTTPDGEKLDADVVQNKDGTFDIFYTPKEVGPYTINIHFGGEEVPNSPYRVT
AVPGLKPAPVVEEDFQQTAVAPAYSYMNGSEPAIEQVDGPDSLRPVQLVFEVPSRPGNLT
SEVTTPSGIKESPVIKNNGDGTITVQYQPHEPGLHEMAILLDNEHISGSPIQFYADVMAP
GHVTAYGPGLVTGKVDEPANFTIVTKDAGAGGLALAVEGPSKADITCQDNKDGTCSVTYL
PTAPGEYTVTVKFDDQHIPGSPYTANISGGADQRKSKLSYGTTSDVALKINESDLSLLSA
SIEAPSGHKESCVLKKLPNGHIGISFTPKEIGEHLVSVKKRGRHIANSPFRIMVGESEIG
DASKVKVYGDGKESACAGETAVFMVDTRQAGYGGLGLSIEGPSKVDINCEDMDDGVCRVT
YTPQEPGNYVINVKFADKHVPGSPFTVVCTGDDSPQKKGSILRQQKAASVATVGSTCDLN
LKIPNNWMDLMSSGAKSTRHASSFSQSYSRVEQSSFRSTGVSSQSQSMVRESFSPSSQSS
HSLLTSSASPFVPKFTSSQGKFGTFEHSLKATGAGLADLSAEVKSPCGDIQKAEIVETDE
NTYSIRFIPKEMGVHTVSVRYMGQHVPGSPFEFTVGPLGEGGAHKVTAGGPGLEGAVVSV
PADFSIWTREAGAGGLSIAVEGPSKADINFEDRKDGSCGVSYVVTEPGDYEVNVKFNDQD
IPGSPFPVTVTGVGKNTKDPQRFKSDASKVRSYGSGLRRAVIGENTFSVDCCNAGSNMLL
VGVHGPLTPCEEVHVKHVGQRKYAITYTAKEAGDYLLIVKWGDDHIPGSPFHVKIP
Nucleotide sequence
Length: 8,652
>KH2012:KH.C12.671.v1.A.nonSL3-1
ACAGTAGCGAAGTAGTTTACGTTGGTGACAACTACGACGAGGACATGCCGGCCACCGAAC
GTGAGCTAGCTGAAGACGCAACATGGAAGATAATCCAAAAGAATACGTTTACAAGATGGT
GCAATGAGCATCTCAAATGCATCAACAAAAGAGTAGCCAACCTGGAGACTGATCTTTCCG
ATGGGCTTAGGCTCATTGGTTTGATTGAGATCCTCTCCCAGAAAAAGATGGGAAAGCACA
ACAAGAGACCAAACTTCAGGCAGATGAGACTGGAAAACGTCTCAGTGGCGCTCAACTTTC
TAGAAGCTGAGAGGATCAAGCTGGTCAGCATAGACAGCAAGGCTATTGTGGATGGGAACT
TGAAGCTCATTTTGGGTTTGATATGGACTCTCATTCTGCATTATTCCATCTCTATGCCCA
TGTGGGACGAAGAAGAAGAAGTAGAAGAAAAGAGTAAAGCCACTCCCAAGCAGAGACTTC
TGGGATGGATACAGAACAAAGTCCCGCAAATGCCGATCACTAATTTCAAAGGCAACTGGC
AGGATGGTACAGCACTTGGTGCTTTGGTTGATAACTGCGCGCCGGGCTTGTGCCCTGACT
GGGAGGATTGGGATCCGAACAACCCAATGGAAAACACTGCCGAGGCGATGAAATTGGCAG
ACGAATGGTTAGGCGTACCACAGGTTATCACGCCAGAGGAAATCACTAACCCCCACGTGG
ACGAGCTTAGTGTAATGACTTATTTGTCGCAATTCCCGAAAGCGACTTTGAAGCCTGGTG
CACCTCTGCGACCAAAAACAAACGGAAAGAAAGCAAGAGCTTATGGCAAAGGTATTGAGC
CCAAGGGTTGCAAAGTGGGTTCCCCTGCACCATTTACTGTGGAAACTGTTTCTGCTGGTT
CCGGTGAAGTTCTGGTTTACCTGACCAACCCTGAAGGCCACAAGACTGAATTGCAAGCCA
CCCCCAACAACGACAAGCTTAAAACGTACTCTGTGACTTACTATCCTGATATGCCAGGAG
ACTACGAGGTAACAGTCATGTTTGCCGGTGTGGGAATCCATAAGAGCCCGTTCAAGGTTT
ACGTTGATGATTCTCCCGCTGACCCGAGCAAAGTTGTGGCGAAAGGACCCGGCCTTCTAC
CTGGAAATATTGTAAACCATCCTACACATTTCGATGTGATTACAACAGACGCTGGAGCAG
GAGACGTTAACGTGGTCATCGAAGACCCGACTGGTTGTAAGCAATCGGTTCGACCTAAGA
TCGAGAAGCAAGGAGAAACTTACAAAGTTACCTATACTCCATCTAAGAACGGACCGCACC
ACGTTCATGTATTGTTTGCTGATGCACCGATTAATAAGAGCCCATTCGAAGTGCCCATCT
CACTGCCTTTCAATGCCAATGCATGCCGTGCTTATGGCAGAGGAATTCAACCCACTGGTC
TTCGTATGCGGGAAAAAGCAGACTTCCATGTAACAACTAAAGATGCTGGTGACGCAGATC
TTAAAGTCACAGTCAAGGGGCCAAGGGGAAGTAACGAACCTGTGACAGTAAAGAAAAATC
CCAAAGAGCCTGAAGTGTTTGATTGCGAGTATTACCCACTAAAACAAGGGAACTACACCG
TCGATGTCACATTTGGAGGAAAACCAATTCCAAAAAGCCCATTCGAGATATTAGTTGGTC
CTGAAGCAGGCGCGCAAAAAGTGAGAGCTTATGGTCCAGGTTTGCATGGTGGTAAAGTTG
GTCACTCTGCTGATTTTGTTGTGGAAACTATTGGAACTGAAGTCGGACAGCTTGGGTTCT
CAATTGAGGGACCATCTCAAGCCAAGATTGAATGTGAAGATTGTGGCGATGGTTCATGTG
ATGTGAAATACCACCCAACTGAACCAGGAGAATATGCTGTACATGTCGTATGTGATGATA
ATGATATCAAAGGTTCTCCATTCATGGCACAGATTGCCCCTGCTGATACCAAGAGTAGAC
CTGACATGGTCAAAGCCTACGGTCCTGGTCTTGAATCTGGTACCCCCGTTAACGGCCGCC
CTACCAACTTTACTGTCGACGCAAAGCGAGCAGGAGCTCCTGCCCCCGTCGAGGTCGTAG
CTGTTGCTGCAGATGGAGAGAATCTGCCAGTGAAAGTGAAAGATAATGGAGATGGGACTT
ATGACTGTGACTACACACCTAAGAATCCAATCAAACACACCATTATTCCATCTTATGATG
GTGTTGCTGTGAAGGACAGCCCATTCAGGGTTAACGTCAATGAAGACTCTTACCCTGACA
AAGTAAAGGTGTATGGACCAGGAGTTGAACCAGGTCTTAAAGCAGAAGAGCCCACCTACT
TCACAGTGGATTGTGCAAGAGCTGGTAATGGAGATGTTAGCATTGGTATCAAGTGTGCAG
CTGGAGTGGTTGGACCTACAGAAAGGGATGTTGAATTTGAAATCATTAAAAACGATGCTT
CAGACACTTTTACAGTGAAATACACACCTCCAGGCCCAGGTGAGCACACCATTATGGTTC
TGTTTGCTGAACAACCAGTTCCAAAATCACCAATCACAGTAAATGTTGCTTCGTCACATA
ATGCAAAGAAAGTCAAAGCTGATGGACCAGGGATTGAAAAAGAAGGTGTTGAATGCGGCA
AGCCCACCCACTTTACCATATACACCAAGGGTGCTGGAAAGGCAAAACCAAATGTTCAAT
TCAAACCAGCCAGAGGTTCATATAAGCCTCCAGCAAGCAAGGCTGACATTCTGGATAACA
AAGACAATACATACACTGTGTCCTACACACCTCACGCGGAAGGACCAATGGACGTAGAAG
TAACTTATGGTGGGGATAAGATTCCTAACTCTCCTTTCCCAGTTGATGTTGCACCAGCTT
TAGATGTAAACGCTGTCAAAGTCAAAGGCCTTGAAGACAAAATGGATGTTGGAAAACCAC
AAGAGTTTGAGGTCCTCACCAAGGGAGCAGGAGGACAAGGAAAGTTGGATGTGGATGTTG
TTGGACCTTCTAATCTTCCAATACATGTTCACGATAAGAAGACACCTAACGGGAAGAAAT
GCCATTTTACTCCTGTAGAAGAAGGTCCACACAGAGTGAATGTTGCGTACGATGGAATTC
CCGTCCGTGGAAGTCCTTTCTTGGTGGATGCTTTGACCCCCGCTGACCCCAGCAAAGTCC
GAGCATATGGCCCCGGTCTTTCTGGTGGGGTGGTCAACCAATCTGCACCCTTTACCATTG
AAACTGCAGATGCAGGCAATGGTGGTCTTGGACTTACTGTTGAAGGGCCCTGTGAAGCTA
AAATTGAATGCATTGATAATGGAGATGGTTCATGCTCTGTGGCATACATGCCTACAGAGG
CAGGAGATTACAAGATTAATGTTTTATTCGCTGATAAACATATTCCAGGATCTCCATTCA
ATGCTAAAATCGAGCCAGCGTTTGATGCTTCTAAGGTTGATTTAAGCGGGCCAGGTCTTG
AAAGTGGAAAAATAGGAAAGCCAAGCAAGATATGCGCTGATTGCTGCAGTGCTGGAGACG
CACCTCTTACAGCAGATGTGCTAAACGATGACGGAACTAAAGTTCCTACCAAGGTTAAAG
ATAATGGAGATGGAACACATGACATCACATTTGTGCCCAACAAGCCAGGCAAGGCATTAG
TGAACGTACAATATGGCGGCATCTCCGTGCCCAAGTCACCAGTTAGTGTTCCAATCAAAC
CAGATGTGGATACAAGTGGAGTCAGAACTACTGGCCCTGGTGTCCAACCTGATGGTGTTC
TTGCTGATGTTGAAGCAGAGTTTCAAGTTGATGCTGGATGTCTCGCTCCACGTGGGGGTA
AACATGTCACCGCTAAAGCTGTTGGACCATCTGGAACTGCAGTTCCTGTTGATTTGAAAG
ACAATAGAGATGGAACATATGATGCAAAATACTCTCCCTATGAAAAAGGTCCCCATCAAG
TCATTGTTGACTATGATGACGTCCCAGTTCCTGGATCTCCGTTTAACGTTGGTGTAGATG
AAGGTTGCGACCCTACCAAGGTAAAAGCATATGGTCCAGGCTTGGAGCAAGGTACTACAG
CCAAACCAGCCAAGTTTATGGTGGATACAAGAGGGGCTGGAACTGGAGGTCTTGGACTTG
TGGTTGAAGGACCTTCTGATGCAAAAATTACATGCACTGATAGCAAAGATGGAACATGTG
CTGTCGAATACCTACCAACAGCACCTGGTGAATATGAGGTAAACATCACCTATGGCGGGG
AAAATATACCCGGATCTCCATTCATTGTCCCTGTCAAGGATACTGTGGACCCTACCAAGG
TGTCATGCAATGGACCTGGAGTATCTCCTGGAGTGAGAGCAAACGTCCCACAGGAGTTCA
CAGTAGATTGCTCAACTGCTGGTGTCGCCCCATTGGATGTTGCTGTTAAGGGACCAAAAG
GTTTGAAAGAACCAGTTGATGTCCGAGATAATGGAGACGGAACACACACTGTTAAGTACA
CCCCCACCAAAGAAGGTCCGTACCAAGTCCAAGTGAAATATGCTGACCACGAAATCCCAA
GAAGTCCATACCGTGTTCGAGTACAACCCACCCACGATGCTAGCAAGGTCAAATGCAATG
GACCAGGTATTGCATCAGGTGGTGTGCCTGCATCTCTGCCTGTTGAGTTTACCATTGATG
CCACAGATGCTGGAGATGGTGTTCTTGCTGTTCAAATCACGAATCCAAAGCGCGAAAAAT
ACTCAGTTGAGATGCCACCTGCTCCCAAAAAGCCTACTGGCTCTGAAGGGGTGGGCCCAG
GTGCTCGTTCTCCAAAAAGGAAGAGCCCAAGCAAGTCGCACAGCCCAACCAAAACTCGAC
CTGGTCGAGGCTCTCGTGGAAGCGAGGATAGTCCTGGAAGAAAGAGCCGAAGCAGGAGCG
GATCAAGCTCCAGCAGTTCCTCTAGTAGTCGCTCTAGATCAAGATCTAGCTCCAGCTCAA
GTTCCAGCTCTGAGTCCGACAGTCCGAAAGCATCAAGCCCTACCAAGGGAAGCCCAAGAA
AGTCGGCCAGTGGAACGGGAGAACCTTATGAACGCAGCCCACGAAAACGAGGTGGCGTTA
AGTCAGGTGCAAAGGATTCACCATGCAGAGAAGTCCATGCCTCAGACCCCGAAGGCCGCC
CAAAAAGAGCCAGTGTGCGTGACAACGGTGATGGAACATATTCTGTTTCTTACATCCCTG
ATACGGTTGGTCGGTACACCATCTCAGTGAAATATGGAGGGGATGAAATACCTTATTCAC
CATATCGCATTCGAGCTGTGCCTTCTGGGGATGCAAATAAATGCCTTGTATCAGGAGATG
GCCTTGGTCCCAACATTTACATTGGAGAAGAAGCTGTGATAACTGTTGACCCTAATGGTG
CCGGACCTGGCAATGTCACGTGTGCAGTCACCACCCCAGATGGTGAAAAACTGGACGCAG
ACGTTGTTCAAAACAAAGATGGCACTTTTGATATCTTCTACACACCTAAAGAAGTTGGCC
CGTATACAATTAATATTCATTTTGGCGGGGAAGAAGTTCCCAACAGCCCATACAGAGTTA
CGGCTGTGCCTGGCTTGAAACCTGCACCAGTGGTGGAAGAAGATTTCCAACAGACAGCAG
TAGCACCTGCCTACTCTTACATGAACGGGAGTGAACCGGCAATTGAACAAGTTGATGGTC
CAGATTCGCTCCGACCCGTGCAACTTGTGTTTGAAGTGCCTTCCAGACCTGGAAACCTTA
CCAGTGAAGTTACTACACCAAGTGGGATTAAGGAGTCTCCAGTCATCAAGAACAACGGTG
ATGGAACCATCACTGTACAATACCAGCCCCATGAACCAGGACTGCATGAGATGGCCATCT
TACTTGATAATGAACATATCTCAGGAAGTCCCATCCAATTCTACGCTGATGTCATGGCCC
CTGGTCATGTGACAGCATATGGACCTGGACTTGTGACTGGCAAAGTTGATGAACCAGCCA
ACTTTACGATTGTTACCAAAGACGCTGGTGCAGGTGGACTTGCACTTGCTGTGGAAGGCC
CATCCAAAGCAGACATTACATGCCAGGATAATAAAGATGGCACATGTTCTGTTACTTACT
TACCAACTGCACCAGGAGAATACACAGTTACTGTTAAGTTTGATGACCAACACATACCAG
GATCTCCATACACAGCAAATATCTCTGGTGGAGCAGATCAAAGAAAATCGAAACTTTCTT
ATGGAACAACCAGTGATGTTGCTCTTAAAATCAACGAGAGTGATCTCTCTCTTCTCTCAG
CCAGCATCGAGGCACCATCCGGACACAAAGAGAGCTGCGTACTTAAGAAATTGCCCAACG
GCCATATTGGCATCTCGTTTACTCCCAAAGAGATCGGAGAGCATCTCGTGAGCGTGAAGA
AGAGAGGTCGTCACATCGCGAACTCTCCCTTCCGGATCATGGTAGGAGAGTCCGAGATTG
GAGATGCAAGTAAAGTAAAAGTATACGGAGATGGAAAAGAAAGCGCTTGTGCTGGGGAAA
CAGCTGTGTTTATGGTGGATACAAGACAAGCTGGTTATGGCGGTCTTGGTTTATCAATTG
AAGGTCCAAGCAAGGTTGATATTAACTGTGAAGATATGGATGATGGCGTATGTCGTGTTA
CATACACACCACAAGAACCTGGAAACTATGTGATCAATGTAAAGTTCGCAGACAAGCATG
TACCTGGTTCTCCATTCACTGTTGTGTGCACTGGCGATGACAGTCCACAAAAGAAAGGAA
GCATTCTGCGACAACAGAAAGCAGCTTCCGTTGCTACAGTTGGTAGCACTTGCGATCTTA
ACCTGAAAATACCAAACAACTGGATGGACCTTATGTCTTCTGGAGCAAAATCCACACGCC
ACGCCTCCTCTTTCAGCCAATCATACAGCAGAGTGGAGCAGTCCTCTTTTAGGAGCACAG
GAGTGAGCAGCCAATCACAGTCCATGGTTCGGGAGAGTTTCTCCCCCTCCTCCCAATCCT
CCCACTCTCTCCTCACTTCCTCCGCTTCTCCTTTTGTCCCAAAATTCACGAGCAGCCAGG
GAAAATTTGGCACTTTCGAACATTCTCTAAAAGCGACAGGTGCTGGCTTGGCTGATTTAT
CTGCTGAAGTAAAAAGCCCATGCGGAGATATCCAGAAGGCAGAAATAGTAGAGACTGATG
AGAACACATACAGTATTAGATTCATACCAAAGGAAATGGGCGTACACACTGTCAGTGTGC
GATATATGGGTCAACATGTACCTGGAAGCCCCTTCGAGTTCACAGTTGGACCCCTCGGTG
AGGGTGGGGCTCATAAAGTCACTGCTGGTGGTCCTGGGTTAGAAGGAGCTGTCGTCAGTG
TACCAGCTGACTTCAGTATATGGACACGCGAAGCAGGCGCCGGTGGTTTGTCCATCGCAG
TAGAAGGACCTTCAAAAGCAGATATCAACTTTGAAGACAGAAAAGATGGTTCTTGCGGTG
TGTCGTACGTCGTTACTGAACCAGGCGATTATGAAGTGAATGTGAAGTTCAACGACCAGG
ACATCCCAGGTAGTCCTTTCCCAGTCACTGTCACAGGGGTTGGAAAGAACACTAAAGACC
CGCAACGCTTTAAATCGGATGCTAGCAAGGTCAGGTCGTATGGAAGCGGTCTCAGGCGAG
CTGTGATCGGTGAAAATACTTTCTCCGTCGATTGCTGCAATGCAGGCAGTAACATGCTCC
TGGTCGGCGTTCACGGCCCACTAACCCCATGCGAAGAAGTTCACGTAAAACACGTTGGTC
AGCGAAAGTACGCGATTACATACACAGCCAAGGAAGCCGGCGACTATCTGCTTATAGTGA
AGTGGGGTGACGATCATATTCCAGGCAGTCCTTTCCATGTCAAAATCCCGTGATTACTTC
TCGGTCTATCGCCGCCAATGCTGTAAACGCCGCACGGAGCGCTAGAGGCACTCGCTGCTG
ATTTTACTATATAGACATGTACAGTTTCTTAACGAAAAATCGACATTTTACTCGCATACG
CGCCTTGCATATATAGTACTTTGCACCATTTTTCGTTCTTCGTAACGGCCGATCATTTGT
ACAAAACTCATATATACTTGATTCTGTAAGCGCTCATAGCATGGTTGCTGTAACTCGGCG
CTCCTACCTGCCAGCATGTATAAAGAGCACGGTGTGTGGTGTGTATTGTATCCCTGGTCC
CAGGACCTGTCTATAAGACCCAATAGCCCTTAAAATGATCCAAACACATTATATTTTGCA
GTGTACCTTTGTATTCGCATTTAACCGTCCTTACGGGCAAGACTTTTATACCACGAAACA
CCCTATGTATACAAACTGTACAGTTAAATATACCCCACGTTAAAAGAGGCCTTATACTTG
AGTTTCACATTTTGGCATCTGTACCAAACATATTAATCCCTCACTATGTAAATATTCATT
TCTGATGTATCGTATCGTATTCCGGTGCCTGCTCCGAGAAAAATGAGCAAACCGTGACTC
TGTACCGCTGATTCAAAATCTCCACTCGACTGGAGATTTTAGCCCGCTCGAATATTGTAA
AAAAATAACGTTAATCGTGATTTCATTTTGACGATGATTATTTCCGCAATAAATCCTATA
AGATCGCTGCAA
| PANTHER |
FLN_C (IPR032461) - T[6-1576] 0.0 - T[1711-2534] 0.0 - T[2542-2636] 0.0 |
| SUPERFAMILY |
CH_dom_sf (IPR036872) - T[12-251] 8.35E-78 |
| Gene3D |
CH_dom_sf (IPR036872) - T[14-139] 1.9E-45 - T[140-256] 1.1E-39 |
| ProSiteProfiles |
CH-domain (IPR001715) - T[30-135] 15.565 - T[153-253] 12.729 |
| CDD |
CH-domain (IPR001715) - T[31-134] 2.09099E-28 - T[155-251] 3.46887E-18 |
| SMART |
CH-domain (IPR001715) - T[32-133] 1.4E-26 - T[155-251] 1.2E-21 |
| Pfam |
CH-domain (IPR001715) - T[32-135] 2.2E-21 - T[154-253] 8.8E-15 |
| ProSitePatterns |
Actinin_actin-bd_CS (IPR001589) - T[32-41] . - T[107-131] . |
| Gene3D |
Ig-like_fold (IPR013783) - T[262-361] 1.7E-27 - T[363-463] 1.3E-26 - T[464-561] 4.3E-29 - T[562-656] 8.5E-33 - T[657-755] 3.2E-27 - T[756-859] 7.6E-31 - T[860-957] 8.4E-28 - T[958-1051] 6.9E-20 - T[1052-1145] 8.8E-38 - T[1146-1243] 1.1E-25 - T[1244-1338] 2.0E-26 - T[1340-1435] 1.1E-37 - T[1436-1529] 9.6E-35 - T[1530-1591] 5.7E-12 - T[1694-1769] 1.4E-17 - T[1770-1881] 1.6E-35 - T[1902-1975] 7.9E-18 - T[1976-2081] 4.3E-39 - T[2084-2156] 2.8E-19 - T[2157-2260] 8.5E-37 - T[2376-2434] 3.7E-22 - T[2435-2540] 1.8E-43 - T[2541-2636] 1.1E-29 |
| ProSiteProfiles |
Filamin/ABP280_repeat-like (IPR017868) - T[263-361] 28.329 - T[363-459] 28.657 - T[460-558] 27.774 - T[559-651] 28.863 - T[655-752] 26.952 - T[753-855] 26.788 - T[856-956] 29.233 - T[957-1050] 24.219 - T[1051-1143] 34.247 - T[1144-1238] 29.808 - T[1239-1338] 30.301 - T[1339-1431] 35.356 - T[1432-1527] 34.843 - T[1528-1765] 22.205 - T[1766-1861] 31.658 - T[1904-1975] 17.89 - T[1975-2067] 32.726 - T[2070-2154] 20.027 - T[2157-2249] 33.404 - T[2366-2435] 23.15 - T[2438-2530] 31.678 - T[2542-2635] 27.938 |
| Pfam |
Filamin/ABP280_repeat-like (IPR017868) - T[267-358] 1.8E-12 - T[366-456] 3.9E-15 - T[463-555] 1.6E-14 - T[563-647] 8.3E-15 - T[659-749] 1.8E-15 - T[758-851] 4.3E-15 - T[860-952] 3.8E-18 - T[961-1046] 8.9E-10 - T[1054-1140] 2.2E-19 - T[1147-1234] 8.6E-12 - T[1242-1335] 7.4E-12 - T[1342-1427] 9.6E-19 - T[1435-1524] 9.8E-19 - T[1532-1762] 9.2E-17 - T[1769-1858] 5.9E-17 - T[1924-1971] 3.9E-8 - T[1980-2064] 3.2E-19 - T[2161-2246] 5.1E-20 - T[2381-2432] 1.4E-7 - T[2443-2526] 9.0E-17 - T[2545-2632] 7.4E-11 |
| SMART |
Filamin/ABP280_rpt (IPR001298) - T[267-364] 2.0E-29 - T[367-462] 4.6E-29 - T[464-561] 8.0E-34 - T[563-654] 3.6E-32 - T[659-755] 8.7E-27 - T[757-858] 1.9E-25 - T[860-959] 1.4E-27 - T[961-1053] 1.4E-23 - T[1055-1146] 2.6E-42 - T[1148-1241] 1.5E-24 - T[1243-1341] 5.2E-27 - T[1343-1434] 9.9E-40 - T[1436-1530] 1.4E-40 - T[1692-1768] 2.5E-11 - T[1770-1864] 8.6E-33 - T[1881-1978] 1.1E-5 - T[1979-2070] 2.8E-41 - T[2072-2157] 5.6E-14 - T[2161-2252] 2.1E-38 - T[2342-2438] 8.6E-12 - T[2442-2533] 1.3E-39 - T[2546-2636] 1.2E-25 |
| SUPERFAMILY |
Ig_E-set (IPR014756) - T[269-363] 8.67E-23 - T[366-459] 1.53E-22 - T[463-574] 2.74E-25 - T[541-654] 1.07E-32 - T[659-754] 5.07E-22 - T[738-860] 5.27E-26 - T[848-962] 1.47E-25 - T[949-1051] 9.34E-20 - T[1033-1147] 1.02E-35 - T[1136-1243] 2.1E-25 - T[1232-1340] 1.75E-23 - T[1322-1435] 2.94E-35 - T[1435-1543] 1.46E-32 - T[1521-1584] 2.17E-11 - T[1709-1766] 6.82E-14 - T[1748-1865] 2.85E-31 - T[1914-1990] 1.33E-14 - T[1976-2072] 1.07E-29 - T[2086-2172] 2.47E-17 - T[2160-2251] 5.8E-30 - T[2371-2454] 2.8E-19 - T[2438-2532] 1.53E-28 - T[2546-2635] 4.14E-21 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| FLNC_HUMAN | 62.722 % | 1922 | 0 |
| FLNA_HUMAN | 61.646 % | 1863 | 0 |
| FLNB_HUMAN | 46.502 % | 2134 | 0 |