- Transcript 'Harore.CG.MTP2014.S2...' >
- Transcript 'Harore.CG.MTP2014.S2...' >
- Transcript 'Phmamm.CG.MTP2014.S8...' >
- Transcript 'Harore.CG.MTP2014.S2...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S290.g01208.01.t
Possible name(s)
TLN1; TLN2; TLNRD1
Gene model
Location
S290 [61,113 / 90,837]
Amino acid sequence
Length: 1,761
>Harore.CG.MTP2014.S290.g01208.01.p
MVHLSLKIEIKSRNVVKTMQFDPACIVYDACRIIREKTPEAQIGQAQDFSLFLADKDPRK
GVWLESRRPLEYYLLRDGDILEYKQKQRPLKVQTLDASIKTVMIDDSNTVGQLMVTICTR
LGIVNHEEYSLVRDVVADDTANQKKGTGTLLRGDTDRKFETLKKKLHTDDELNWLNHGQT
LREQGVEEIETLILRRKYFYSDQNVDSRDPIQLNLLYVQCRDGIIKGQYPVSEKDAIAFS
AYQAQIQYGVHNEKKHKQGYLDLKDFLPKEYVKTRGIEKKIFIDHKALGSLDEMEAKSQY
VKKCRGLKTYGVTFFLVKEKMQGRNKLVPRLFGVTRECVMRVDERTKDVMKIWPLTSVKR
WAASPKSFTLDFGDYQEGFYSVQTTEGEQIAQLIAGYIDIILKKRSAKDSFGPDGDEEAM
IEEDSVTPFRAQHMSHFAGSAGQVRQGSVALPGVMGPSGAFPDRYSMGAVQGALHGTKHS
NLSHGGQPLTAAQQAFMGNIQQGFNAIKSASDDLDSRGDLPLGSDAAAKQWKQNALEENR
HNIQSNLAAIDAATATVITQTSDPDQTDYTTVGSAVTTISSNLSEMTKGLKLMAALLEDD
SIADNLLKAAKDLTAAINDLLIAAQPSSEAPRQNLLGAAGKIGDASHEILKYIGDGDNDQ
EFQDILMSLAKAVANATAALVLQAKMVASKSENQPTQNRVIASATQCALSTSQLVACTKV
VAPTISNPACQEQLIEAAREVSRSVDGCVDSSQLACTDQNILRELANAATEVSRQLNKLI
DHIKQGGEGEHGHYDEACETILTATDRLCNSMGNAAEMVRQARVLGQATSDLVNMLKLEA
ETEGDDDRQKRLLAAAKLLADATAKMVEAAKGAASNPHDSQQQQRLKQAAENLRAATNSA
AQNALRKKLIHKLESAARQAAAAATQTIAAAHSAEPSNTNKPSQLALSAQSKALQDQIPE
LVQAIRGSMVDPENPATQQTLISASSDFIPAAEVCTPSEIDAALDTVRALDQQLSQYGND
AHARNLLPLPGQTMASCAHDLGATSKSVGGSMAQLLTAAAQGNEDYTGSAARDTANALKN
LVRAAHGVAANTQDLKGQLHLLGTARDVMDKSMNLMEEAKRAVEDPDNPENQQRLAQVAK
AVSHALNNCINCLPGQRDVDEALKNIAETSKKLLSNQFPTSSRNFQGAQTSMNHAAEDLN
IAASDIVGASRSSPEELSQASANYSRRFTQLLDAGMNMAGQAKDKEDQNQVVGNLKSISM
ASSKLLLAAKALSADPGAPNAKNQLAAAARGVTESINNLITHCTQTAPGQKECDNALRQL
KTVKGLLENPNEPVNDFSYFDCLESVMDNSKSLGDSLSGISQHAKNSELDAFGDSVTNAQ
KALCGLTEAAAQAAYLVGISDPNSEAGTQGLVDQTQFARANQAIQMACESLVDPSSNQSQ
VLSAATIVAKHTSALCNVCRIASSKTSNAVARKHFVTSAKEVANSTANLVKSIKALDGNF
SEENRANCARATKPLIEAVDNLTTFASNPEFASVPAKISEEAREAQAPIVESASQMLESS
SELIKTARILANNPKDPPTWQVLSGHSRGVSDSIKKLVSSIRDKAPGQKECDDAIDAINQ
AIRDLNNASLSAMSQSLPVRDDNTMKGFQEKVVNTVNEIGTCIDPLLVAAKGDASQLGHK
VAQIANYFKPLVDATIGAAANSNNHQRQMDILEYSKTLAESALQLMYASKEGGGNPKLLV
FISYARSLRYLMSVTVSVNAK
Nucleotide sequence
Length: 10,366
>Harore.CG.MTP2014.S290.g01208.01.t
AGGTCTGCGTATTATCATGATGCAATACTAGCAAATACCGGTAGGTTAGATACTCTGAAA
ATAAAAACACAGGAAATCAATACTTTTATTGTGCAATACTACCTTTTCCTGCGACGCCGC
CGTCCTATTATGTCATCAGGATATTTGGACTGAAAGAAAAATCAATCTTAATATAGAAAT
TCACAGGACGCGTTCTCTACGTCACTGCCACAAACATCCTCTGCCACCATGGTTCATTTG
TCGTTGAAAATCGAAATCAAAAGCCGAAATGTCGTCAAGACGATGCAGTTCGATCCTGCT
TGCATCGTTTACGACGCATGCCGAATCATTCGGGAGAAAACTCCGGAAGCCCAAATTGGT
CAAGCTCAAGACTTTTCATTATTTTTGGCCGACAAAGATCCGAGAAAAGGTGTCTGGCTC
GAATCTCGAAGGCCTCTGGAGTATTATCTTTTGAGAGATGGAGATATCTTGGAGTACAAG
CAAAAACAGAGACCGCTTAAAGTCCAAACACTGGATGCTAGCATTAAAACTGTTATGATT
GATGACAGTAACACTGTTGGACAGCTTATGGTGACAATCTGTACAAGACTTGGTATCGTG
AATCATGAAGAATATTCTCTTGTACGAGATGTGGTCGCTGATGACACCGCGAATCAAAAA
AAGGGCACTGGTACGCTCTTAAGAGGAGACACTGATAGAAAATTCGAAACTCTGAAGAAA
AAGCTACATACTGATGATGAATTGAACTGGCTGAATCATGGACAAACTCTTCGAGAGCAA
GGTGTAGAAGAAATTGAAACTCTAATATTGCGAAGAAAGTATTTCTATTCTGATCAGAAT
GTTGATTCTCGTGATCCGATCCAGCTCAATCTTCTTTATGTACAGTGTCGTGATGGAATC
ATTAAAGGTCAGTATCCAGTCAGTGAGAAAGATGCCATTGCATTCTCTGCATACCAAGCA
CAAATCCAATATGGTGTTCATAATGAAAAGAAGCACAAGCAAGGATATCTTGATTTGAAA
GATTTTTTGCCGAAGGAATATGTCAAGACCAGAGGAATTGAAAAGAAGATCTTCATTGAT
CACAAAGCATTGGGAAGTTTGGACGAGATGGAAGCCAAGTCTCAATATGTTAAGAAATGT
AGAGGCTTGAAGACATATGGTGTCACTTTTTTTCTAGTAAAGGAAAAAATGCAAGGCCGT
AACAAACTTGTTCCAAGATTGTTTGGTGTCACCAGAGAGTGTGTTATGAGAGTTGATGAA
CGTACGAAAGACGTCATGAAGATTTGGCCCCTAACTTCAGTCAAGCGATGGGCAGCCTCT
CCAAAATCATTTACTCTGGATTTCGGAGATTACCAAGAAGGATTTTACAGCGTCCAGACA
ACTGAAGGTGAACAGATTGCTCAGCTAATTGCTGGATACATTGACATCATCTTGAAAAAG
AGATCGGCCAAGGATTCTTTTGGTCCGGACGGTGATGAAGAAGCTATGATAGAAGAAGAC
AGTGTTACACCATTCCGAGCTCAACACATGTCTCACTTTGCTGGATCTGCCGGTCAAGTC
AGGCAAGGATCTGTTGCCCTCCCAGGGGTCATGGGTCCTTCCGGAGCTTTTCCTGATCGA
TATTCTATGGGTGCGGTGCAGGGAGCATTGCATGGAACGAAACATAGCAATCTCAGCCAT
GGTGGCCAACCACTAACTGCTGCCCAGCAGGCCTTTATGGGCAACATCCAACAAGGTTTC
AATGCCATCAAATCCGCTTCGGATGACCTCGATAGCCGAGGAGATCTTCCTCTTGGCTCC
GATGCTGCTGCTAAACAATGGAAGCAAAATGCTTTGGAAGAAAACAGACACAATATTCAA
TCTAATCTTGCTGCTATTGATGCAGCTACTGCTACTGTGATTACTCAAACTTCAGATCCC
GACCAGACCGACTATACAACTGTTGGCTCAGCTGTCACAACAATTTCCTCCAACCTGAGC
GAGATGACCAAAGGTCTCAAGTTAATGGCAGCTCTGTTAGAGGATGACAGTATTGCTGAT
AATTTGTTGAAGGCGGCTAAAGACCTGACCGCTGCGATCAACGACTTGTTGATTGCTGCT
CAGCCGTCCAGTGAGGCTCCGAGACAAAATCTTCTTGGTGCAGCTGGTAAAATTGGAGAT
GCAAGTCATGAGATTCTCAAGTACATTGGTGATGGTGATAATGATCAGGAATTTCAGGAC
ATTTTAATGAGCCTTGCAAAGGCAGTAGCCAATGCAACAGCTGCTCTTGTGCTTCAAGCA
AAAATGGTTGCGAGCAAGAGCGAAAACCAACCGACACAGAACCGCGTAATTGCCAGTGCA
ACGCAGTGTGCTTTGTCTACATCTCAATTAGTTGCTTGTACAAAGGTCGTTGCTCCAACT
ATCAGCAATCCCGCTTGCCAAGAACAACTGATAGAAGCTGCAAGAGAAGTTTCTAGATCT
GTGGATGGCTGTGTTGACTCGTCCCAGCTTGCCTGCACTGATCAAAACATACTACGAGAG
CTTGCCAATGCAGCGACTGAGGTTTCAAGACAGTTGAACAAACTCATTGATCACATCAAG
CAAGGTGGTGAAGGAGAACATGGTCATTATGACGAAGCATGCGAGACAATCCTTACCGCA
ACTGACAGATTATGTAACAGTATGGGGAATGCGGCTGAAATGGTCAGACAAGCTCGTGTA
CTAGGACAGGCAACATCGGATCTTGTTAATATGCTCAAGCTCGAAGCTGAAACTGAAGGA
GATGATGACAGACAGAAAAGGCTTCTGGCTGCTGCCAAACTTCTCGCTGATGCCACAGCT
AAGATGGTAGAAGCTGCCAAGGGAGCTGCAAGCAACCCACATGATTCCCAACAACAGCAG
AGACTCAAACAAGCAGCAGAGAATCTTAGAGCTGCCACAAATTCTGCTGCACAAAATGCA
TTGAGAAAGAAACTGATACACAAACTAGAATCTGCAGCGAGACAGGCTGCAGCAGCTGCC
ACACAAACCATTGCTGCAGCTCATTCAGCTGAGCCGTCAAACACCAACAAGCCTAGTCAG
CTTGCATTGAGTGCGCAGAGCAAGGCATTACAAGATCAAATACCAGAATTGGTTCAGGCA
ATTAGAGGTAGCATGGTTGACCCAGAAAATCCAGCTACTCAACAAACTCTTATCAGCGCA
TCTAGCGACTTTATACCGGCTGCTGAAGTTTGTACTCCAAGTGAAATCGACGCTGCACTA
GATACAGTCCGTGCTCTAGATCAACAACTGTCTCAATACGGCAATGATGCTCACGCACGT
AACCTTCTTCCACTGCCAGGACAGACCATGGCCAGCTGTGCCCATGATCTTGGGGCCACT
TCAAAGAGCGTCGGTGGATCCATGGCACAGTTGTTGACTGCTGCAGCTCAGGGCAATGAA
GACTACACCGGTTCCGCGGCACGCGACACTGCTAACGCACTCAAAAACTTGGTCAGAGCG
GCTCACGGTGTCGCGGCTAACACACAAGATCTGAAGGGACAACTTCATCTCCTCGGCACA
GCCCGCGACGTCATGGACAAATCAATGAATTTGATGGAAGAAGCAAAGAGAGCTGTCGAA
GATCCAGACAATCCTGAGAATCAACAAAGGCTTGCACAGGTGGCTAAAGCCGTTTCTCAT
GCCTTGAACAACTGCATTAACTGTTTGCCCGGTCAGAGAGATGTTGATGAGGCCTTGAAG
AATATTGCAGAAACAAGCAAAAAATTACTGTCTAATCAATTCCCAACATCAAGTAGAAAT
TTCCAAGGGGCTCAAACAAGCATGAACCACGCTGCAGAAGATTTGAATATTGCTGCCAGC
GATATAGTTGGAGCATCAAGAAGCTCCCCTGAAGAATTGTCTCAAGCAAGTGCTAACTAC
AGTAGACGTTTCACTCAGTTGCTGGATGCTGGTATGAATATGGCCGGACAAGCAAAGGAT
AAGGAAGATCAAAATCAAGTTGTTGGAAATCTAAAGAGCATTTCAATGGCATCCAGCAAA
CTTCTTCTTGCTGCCAAGGCTCTTTCCGCTGATCCCGGAGCTCCAAATGCAAAGAACCAA
CTGGCAGCTGCTGCGAGGGGTGTTACTGAGAGCATCAACAATTTGATTACTCATTGCACT
CAGACTGCTCCTGGACAGAAAGAATGTGATAATGCTTTGAGGCAACTTAAGACTGTAAAA
GGTCTGTTGGAGAATCCAAATGAACCAGTAAATGATTTCTCATACTTTGACTGTCTCGAG
AGCGTGATGGATAACTCAAAATCGCTCGGCGATTCCCTCAGCGGAATTTCCCAGCACGCG
AAGAACAGCGAACTGGATGCATTCGGAGATTCGGTGACAAACGCACAAAAAGCTCTCTGT
GGTCTTACAGAAGCTGCTGCTCAGGCTGCTTATCTGGTTGGCATTTCCGATCCCAACAGT
GAGGCTGGCACACAGGGTCTTGTCGATCAAACTCAGTTCGCAAGGGCTAATCAAGCTATA
CAAATGGCTTGTGAGAGTCTGGTTGATCCATCTAGTAATCAGTCCCAGGTACTCTCGGCT
GCCACCATTGTTGCGAAACACACATCAGCACTGTGTAACGTATGTCGCATTGCTTCTTCC
AAAACCAGCAATGCTGTGGCTCGCAAACACTTTGTTACGTCAGCCAAGGAAGTTGCCAAC
AGCACAGCCAATCTGGTCAAATCAATCAAAGCATTGGATGGCAATTTCTCCGAGGAGAAT
AGGGCCAATTGCGCCAGGGCAACTAAGCCATTGATAGAAGCCGTTGACAACCTGACCACT
TTTGCTTCCAACCCTGAATTTGCCAGTGTCCCAGCGAAAATTAGTGAAGAGGCTCGAGAA
GCTCAAGCTCCGATCGTAGAGTCTGCATCACAGATGCTTGAAAGTTCGAGCGAACTCATT
AAAACCGCTCGAATATTGGCAAATAATCCAAAAGATCCTCCAACATGGCAAGTACTGAGC
GGTCATTCAAGAGGTGTTTCTGATTCCATCAAGAAATTGGTATCTTCTATCAGGGACAAG
GCTCCTGGTCAGAAAGAATGTGATGATGCCATCGATGCTATCAATCAAGCCATACGTGAT
CTCAACAATGCATCCTTGTCTGCAATGAGTCAAAGCCTACCTGTACGAGACGATAATACC
ATGAAAGGCTTCCAAGAAAAAGTCGTCAACACAGTTAATGAAATTGGAACTTGCATCGAT
CCCCTTCTGGTTGCTGCTAAAGGAGATGCTTCACAGCTTGGTCATAAGGTGGCACAAATT
GCAAACTACTTCAAACCGCTTGTGGACGCCACCATCGGTGCTGCGGCTAATTCAAACAAT
CATCAAAGGCAAATGGACATACTGGAGTACAGTAAGACTCTGGCAGAGTCTGCCCTGCAG
CTCATGTATGCTTCAAAGGAAGGTGGCGGAAATCCAAAGCTTTTAGTTTTCATATCTTAT
GCAAGAAGCCTTCGATATTTAATGTCAGTGACAGTGTCAGTTAATGCCAAGTGAGATCTT
CAGCTCCACATGCATAATAACTCAATAGGAGAATTTATACGTCACGATCCTAACGGCCCG
GCACTGGCCACCAACACTCATCAGGCAATAGATGAATCAGCAGAAGGGGTAAAAGAAGCT
ATAGATGATCTTCTCAAATCTGTTGAAGAAGCCCCAGAGGCTCTCGTCGCCGGACTAGTT
GATTCCATTAACAAGGCTGTTGCTGATCTTGACCAGCATGGTCAATACGAAGAAGGCAAC
TTCGTCGACTTCCAGACTAGGATGGTTAAAACGTCAAAAGCGATCGCTACACTAAGCAAG
GAGATGGTGAGCTGTGCTGTTGTAAAACCTGACGATCTTGGGCCACTTGCGAAACGTTTG
ACGGAAGAATTTACTACTGTTGCCCACGATAGCAAGGGAGCAATTGCATTTGCAGATTCT
GATCGTGTTGCTCTTCAAATTAAAAACAGTGTGTCAGAACTTGGCAAAGCTTGTGTCGTA
CTTGTGTCATCTTCTGGTAATGTACAGGGTAATCCTCGTGACAACTATGCTAAGAAAGAG
CTCAACATGAAATCCAGAGGAGTTGTTGAAAAAGTTTCCTTTGTTCTTGCTTCTCTCCAA
GCGGGAGCTCGTGGAACGCAGGCTTGCATCAATGCACATTCCACCGTGCAAGCTATCATT
GGCGATTTAGACACAACCATTATGTTTGCTACTGCTGGCACTCTTAATGCTGAAAATGAT
TCTGAAATTTTCGCTGATTACAGAGAAAAGATTCTTACCACGGCTAAAGCTCTGGTTGAA
GATACAAAAAAACTTGTCTCTGGAGCCGCGAACAGTCAGGAAAAATTAGCTGAAGCTGCT
GGATCGGCGACAGGAACAATAACACGACTCGCTGACATTGTTAAACTTGGGGCGGCAAGT
TTGGGTGCAGATGACCCAGATACACAGGTCACACTCATCAACGCAGTTCGAGATGTGGCG
TCAGCTCTGGATGACCTTATCACTGCCACTAAGAATGCATCTGGAAAATCAAATGATGAC
CATTCAATGTTCCATCTGAAAGCTTCAGCTAAGAATCAAAGCAATCCAGATTTCGACCCG
ACTTTCCCGCGGGATGGGGAACGGAATTTAGCCGAACCGTTCGAGACCATGGTTACCAAT
GTGACGTCACTATTGAAAACAGTGAAGGCTGTTGAGGACGAAGCCGCCAAGGGTAACCGA
GCTCTTGAACAAACAGTAAATGCAATAAAGCAGGAAGCAAGGAGCCTTGCGAGTGTCGAT
GGGGAGGAAAACCGTGCTTCACCAGAAGAACTTATCCACGCCACCAAGCCGATCACGAGC
GCTACTGCAAAGGCTGTAGCGGCTGGGAAATCGTGCAAGCAGGAAGACATGGTTGTCGTG
GCTAATATGGGCCGCAAGGCCGTTATTGACATGATCCGCAAGTGCAGAGCAACTGCAGCA
AACGCAGAAAGCAACGAACAACAACAGTCAACTCTGAGCCTTGGTCAAGAGGTTGCGAAT
GCCTATTCCAAACTTCTACAAAATGTTCTTTCCATCAGCCAGCAACCAAACAACAATGAT
CTGAAGCAAAATCTTGTATCGTACTCGAAGAATGTTGCCATCACTGTCAGTAACTTGGTC
AGGTTCTCTGAATCAATGAAAGGCCCAGACTGGGTGGATCCAGATGATCCGAACGTCATA
GCTGAGCAACAACTTCTAGCAGCAGCCGCTTCAATTGAAGCAGCAGCCAAGAAACTTGCA
TTGTTGAGGCCAAGAAAGAAGCCTAAACAAGCAGATGAAACTCTCAACTTCGAAGAACAA
ATCTTGGAAGCTGCTAAATCTATTGCAACTGCCACCACGGCACTTGTCAAAGCAGCCTCT
GCAGCACAAAAAGAGCTCGTCTTGCAAGGAAAGGTTGGTTCCTTACCCGAGATGCGTCAT
GACGACGGACAGTGGTCCTCGGGTCTTATTTCTGCTGCACAGACAGTGGCACAGGCCACA
GGAAACCTGTGCGAAGCTGCCAATCAAGCTGTGCAGGGTGAGGCCAGTGAAGAAAAACTG
GTCAGCAGTGCAAAGCAGGTCGCTGCGTCCACAGCCCAACTCTTGGTCGCTTGCAAAGTT
AAAGCTGATCCTAACAGTGAGAATATGAAGAGATTACAGATGGCAGGGTCGAGTGTTAAA
AACGCTACGGAAATGCTTGTGCAAGCTGCTATGGATTCCCAAGCTTTCGAAGTGGAAGAA
GACACTGCTGTTCCTTGGAATACTGGGCCGTCGAGCTCAGTCAGTCAGATGAGAGCAGAG
ATGGAGTTTCAAGCTGAGATCCTTAAAAAGGAAAAAGAGCTTGAGGCTGCTCGCAAGAGA
CTTTTCAGAATCCGAGAAAAAAATTATAAGGATAATATCAAGAAGTGATTTTGCTTGATG
TTCATCTTTTCTCTTGGAGAAAATTGGGATCTTCATCATGAATCCAGTTGATTTTGTATA
TACTTGATGAATAATTGGAAAGTAGCAAACTTGTCTCAAATGGATTTCAGTTTCTTTTGT
TTGGTTTCTTTGATTTTTTTGTTCTGCACTTCATGCCTGCAATTCTTCATCAAGCGATCT
TGAGTTCCTAATTGAATTCTCTTGAGTCTTCTCCTTGAATTCTTCTGAATCTTCCTCCTT
GAGTTACTTCAGTAGCAGATAAGTTGGAACGCCTTTAATTTAGTTGAATGATTTGATTTA
TTTTTTTTTTTTTTTGGAATAACGCTGAACAAAACTCTGGATCAAACTGGTCCAAAGCAA
AAACACACTTATTTTGAATCTGAAAGATTCATTTCATACATCCTTACTTTCCTTTGGTGG
ACAGTGTCTGAACACTTGTCACCCACCAGGCACTGATTTTTTTAGCAGGTTCTTTTTAGC
TTGTACAGAGACTTTTATCTTGATGGATGTCATCATAGAGCAAACCTGATTTAACCATGT
AGAGTCATGTCATAAGGATTTGATTTTGATTTTAATCATTTTGATTTCATTTGAAGGGAA
TTCACACGATATGTCCAGCTGGGATTATTTTATTTAAATTTATTTTCAATTTTTTTTTTG
CATGAATTTTCTTTTGGAAATGAATCCACCATTGTAATTATTCACTCTCCGAATCGTCTT
GGACGTGAAAGATTGCCGGCAATGCCGTAAAACATGCCTCCGAAGATCTTGTCATGGCGG
CCAGAGAAGCCGCAACATTCGATGAAGACGTGAGCGGCCAGGTCGTTATTAACGAAAGGA
GAGTGGGAGGTATCGCTCAAGAGATGATGGCTCAGGAGGAGATTTTGAGGAAGGAGAGAG
AACTGAATGCAGCAAGAGAAAAATTGGCACAGATCAGACGTTTGCGATACAAAGACCAAT
CGGACTCTGACTAATTATTGCTGTGTGATATACCTGCAAGTTTTTTTTGACTTGTGAGGC
TACAAATTGGCTGAAGCAGGGAAGCAGGCAACATGAATTTGCCTGATATTGATTGAAAAC
TTACGTCCTTTGTATTGGATAGCTTTTAGCTACGCCCATGCTACTGATCTGTCATCATTC
TTGTAAATGAAATTAATATTATCTTTTAACTCCAATTGCCAGACTTGAGATGGAGAATGT
GACTTTGATAGTCATTCTTGAGCGAGCTTACTTTCATGTAGAAGCCTCCATTCAAAATAT
CTGTTGTTTCAGTCATGCTTCATGAAATGAATATATAACCATATCATGTACTACTCCATC
TCCAACATTTATTATATCCAATAATGATGGCTTATCAAATTGTTACCAATGGTGAGATAT
TAAATGATATATTGCCGATAACCTGAGGAGTCCTGATATTAATATAGAGATATATAATGT
CCAGAGAGGTCCAAATAAAAAGGGAATATTTTATAACCCTACATACCAATGCTACATAAA
TAGTATGAATAACACCATTAACAGAATATTTTGTCATTTAATGTGTAGTTTATTGTTCCA
TATCATCATCCCATCATATTGTGGTGGGCAGTCAGTGCCTCCTGTATATTTATTTATACT
TTTTTTAAACCCAAAACCAAAAGAATATTAGGAAATTTTGTATCTTGTATAGTTTGTTTA
TAAGCATGCCAACAAGAATATTGCAGAACCCTTTCATTACTCAGTAGCGCCTCCACTTAT
ATTATGAGCGACAGTTATATTAAAAATTTATCGAAACAAGTCCTGAAGCAAGTGAATGTA
TTCAAACAATCAGTGTGTAAATCCTTAATTATTAATGTTTTATCTTTTTGTAATTTTAAT
TGATCACGCAATGCTAATTATGACTTTTTGTTGTTGTATATTTCCATTTTGAAATGTGTT
CAATTAATTAACGAAATTTGCTTGGCCCTCGCAAATGAAAAATTGGTATGATAAAGAAAT
ATCTATATTTTTTGGTTTTGACACCATGGTTATTTTTGTGTTGAAATATTAAATTCCATG
TGCGTGGTGATAGCTTTAATGATTATTGGCTGTTAGTTCGACTGAAGTTATATCAAGATA
TAAAATGTATTATTCCTCTTGCTTTTTGTATATCCAGTTGCTTTACTAACCGACAGCCAG
CGCCTCATTTATTCCATTTTATTACGTTCTTACATTAACCATTTTTTGTGATCAAGCAGT
GTTGGGTACTTTGGTTTGTACCTTCCAATAATAACGCTCGTTCTTACAGTATGTAATGTC
AATATTATTGTAAACAACTATATATATTTGGCTTGATAACAAAGAGAATCCGTACACAGG
AATGAACAAAATATTGTGCGAGTGTTGCATTGTAGCTTGATTAAGATTCTGAAGTAGTAC
AGATTAAATAGCAAGTCTAACATGTATTCAAATAAGTTAAATCAGG
| Pfam |
FERM_f0 (IPR032425) - T[4-85] 2.5E-32 |
| SUPERFAMILY |
Ubiquitin-like_domsf (IPR029071) - T[81-133] 6.04E-5 |
| SMART |
Band_41_domain (IPR019749) - T[84-315] 5.4E-59 |
| ProSiteProfiles |
FERM_domain (IPR000299) - T[88-405] 52.417 |
| Pfam |
FERM_N (IPR018979) - T[92-187] 3.1E-18 |
| SUPERFAMILY |
FERM_2 (IPR035963) - T[196-310] 5.63E-29 |
| Gene3D |
FERM/acyl-CoA-bd_prot_sf (IPR014352) - T[202-309] 2.2E-42 |
| Pfam |
FERM_central (IPR019748) - T[207-315] 2.8E-23 |
| CDD |
FERM_central (IPR019748) - T[212-307] 6.16482E-24 |
| ProSitePatterns |
FERM_CS (IPR019747) - T[285-314] . |
| Gene3D |
PH-like_dom_sf (IPR011993) - T[310-406] 3.6E-35 |
| SUPERFAMILY |
Talin_cent_sf (IPR036476) - T[489-651] 5.62E-47 |
| Pfam |
Talin_cent (IPR015224) - T[492-650] 1.9E-50 |
| SMART |
ILWEQ_dom (IPR002558) - T[597-797] 0.0026 |
| SUPERFAMILY |
I/LWEQ_dom_sf (IPR035964) - T[657-779] 6.28E-47 - T[752-884] 1.0E-42 - T[1418-1505] 2.22E-12 |
| SUPERFAMILY |
Alpha-catenin/vinculin-like_sf (IPR036723) - T[1025-1157] 4.55E-23 - T[1174-1311] 8.0E-37 - T[1531-1609] 2.98E-5 - T[1640-1736] 2.98E-6 |
| Pfam |
Vinculin-bd_dom (IPR015009) - T[1188-1299] 2.0E-6 |
| CDD |
Talin1/2-RS (IPR037438) - T[1604-1737] 4.61848E-62 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TLN1_HUMAN | 58.394 % | 2057 | 0 |
| TLN2_HUMAN | 60.435 % | 2096 | 0 |