- Transcript 'Boleac.CG.SB_v3.S264...'
Transcript Model
Transcript Id
Boleac.CG.SB_v3.S264.g06265.01.t
Possible name(s)
SPTB; SPTBN1; SPTBN2
Gene model
Location
S264 [25,946 / 67,597]
Amino acid sequence
Length: 2,411
>Boleac.CG.SB_v3.S264.g06265.01.p
MEGSQYDMEQFVDKRWEKVEQLENGEEDDDNESGRLFERSRIKALSDEREAVQKKTFTKW
VNSHLQRVSLRIQDLYMDLRDGKTLMKLLEVLSGEKLPKPTRGKMRIHCLENTNKALNFL
KEKRVHLENMGSHDIVDGNHRLILGLIWTIILRFQIQDIXVETEDNQETRSAKDALLLWC
QMKTAGYSNVNVHNFTTSWRDGLAFNAIIHKHRPDLIDYDKLKKGNPIHNLNNAFNVAEK
ELGLTKLLDPEDVAVEHPDEKSIITYVVTYYHYFSKMKAIAVEGKRIGKVLEGVIESNEM
IEKYDQITSDLLEWIEQTITILRDRNFANSLSGVQQQLTAFNSYRTQEKPGKFEEKGNLE
VLLFTLQSKMRANNQKPYTPKEGKLVSDINKAWERLEKAEHERELALRKELIRQERLEQL
ASRFDRKAAMRETWLSDNQKLVSQDKFGIDLQAVEAATKKXEAIETDVKAYEERVQAVVS
VAIELEAENYYDIKRINARKENVLELWERLLELLRGRRARLELNVELQQMFQEMLSLVDW
MEEMKVNLESEDYGQHLMGVEDLRQRHTLIEQDIAVHGERVKALEAMSEKFMKPIEDDYM
ACDPVVVEDRRNHVRATYDDLLKLAAKRRAKLDESKCLHQFFAEMSEEIAWCQEKESVLT
SDDFGRDLTSAQSLLNKHKSLEDEMAGRKTMLDQSIKSGEELIDQDHFASNEIKDRINEV
KEQWQSLEALAKMRRKKLEDASELFQFFVDADDVEAWLGDTQRLVSTEDCGRDEASVEAL
LKKHSQVQKEVKEFATQIQALKEQANKLPENQRDSEEVKDRLEIXDERYNELLSDTKDRK
EKLDNALSLYHFLGQADTTLAWIDAKEQVLRTLVIPDNIEDMELIQHRFDGYENEINKHA
PQIAIINQLARQLLSTDHPNSEDISEKLNNLNSRWSKLRELLEXRREALISAQGIQKYQL
ECDETKAWIKEKTRLVGSTEDLTNDLAGVMALQRKLSSMERDLAAIEAKLDSLKEESERL
AAEHPDDADDIHXXYDEITEVWEEXRDLLKKREDSLGEAGNLQKFLQNLDAFQAWLSKTQ
TAIASEDMPQTLPEAEKLLQQHITIKHEIDNYEDDYNKIQETGAEVTAGHEQDPQYMFLA
QRLQALDQGWNELHRMWESRNKFLTQAHQYQTFLRDCKQAEQVLSNQEYALSSTRTQAQA
VSPVDETDGEEGSMVDMPPRSVASPDVAEEQLKKHEAFVTSMAASDERINAVLRSADTLS
KPENEHYAADKISERAERVADRQKNNKEEAEEVMELLKENLAMQKFFADCEDLNEWINEK
MLTATDATYDDARNLHTKWQKHQAFAAELSANKSRLTRLEDEGEELSEAQPDRTDDIETR
LDELRRKWGILEESTAFKEKTLFEAHKSELFTQTCEDLEKFVTQMEQQLESDDYGKDLAS
VNALMKNHAANEDEVEVRRQEVQELENQANALRDEGSEVDEMDKKRNEMKKRIEDLXEPL
SRQKQMLEASKQLHQFYRDVEDEKLWVDEKMPQATSTELGNSLQEVQALQKKNQSLKSEV
DGHEPRIEAVCVRGEQMATDDNRHSDKINDKIDELNEKWKTLEESVDERKNQLEESERAQ
RYYFDASEAEQWMGEKELYMMSEEKAKDGQSATNMLKKHNVQEQSVADYVETIQQLSRTA
RQLGEKNHPESDQITTRQEEIDKMYAALRDLASERRHKLEERVALFRFRRELDDLEQWLE
EKEIVAGSQELGQDYQHVAALQEQFTEFRNDTLKTGEERVQDANKVADNLIDQQHSDAVT
IAGWKDSINEKWADVQELIETRVLVITVTNSGKEIRDAYAGDDRKRIDNRITDVETAWRD
LLDSVENRHAALTDALDKFKFLNMVRDLMAWMANVIRQIDSQEKPKDISGVESLMTTHQG
IKSEIDARDSNFEECYKFGDDLLKKKHYASVEIEMKLKELVEMRNTMVDKWQEKWEWLEL
ILEVYQFAHDASVCEVWLSQQQGMVHGDPSGEAERSIDETEQMXRKLDGFEKAAAPWETR
FGALEKVTAFELKEAKEKERKEEEERQRREAEEEAERNRVREEVAKLEQQASEAEANVQP
LVNGDHEELPEKVNAELQEAGPPKSHEINGADGAGGDPGAQDTSNDDLDSSAVTEDPKFD
GHLQRKQEFDNEGKKSSNRNSRRSSSSSSSSSSSEDKTPKMDVKLRKDEPKPVKPVVDEA
IRKERSKSAIEPKRKDKIADPKSESKSDDEGISESPVKRREKPVDKEHSGQLLRKCLILA
SGKKSSNRSWNHLYCSLSDRHLRFFKDIKNASAGATFHGELPVDLREAKCEVASDYKKRK
HVFRLKLPSGLEYLFQAKDDEEMHSWIGRLQNLDASINSGVSTPNRSSITQESSPKSKKR
KEKGRKSGKKK
Nucleotide sequence
Length: 8,641
>Boleac.CG.SB_v3.S264.g06265.01.t
TGTCTCTATANTTCTAGTGTTTCGTGCTGCCTGGAATAAACTCGTGAATTACATTGGGNT
ATACCAGAGGACAAATTGTGAAAGTTCGTTGAGATTCCAAAGGAGGTCGTTAATAGAGAA
TTCCCAAAGACTTATTCAGTTGATGTCACCCATTCTGCTGTTTCATCAAGAAGCTCAACC
ACATCGTTTAAAGAGCCGCTTTCTCCAACGACAATTTCTGGTCAGCGACTCATCTACATC
ACAACCACAGACGATAAAGACGGCAGACGCTACTTTGAAACAGACATAGACACAGATCCA
GGATATGAGAAGGGTTATGGGATATCACAGTCTGACAGTTGTGATATAGATACGGTCACC
CATTTGGATCAGCGACAAAATCATCAACAGTTCATTGTGACTTCAGCGAAACATTACATT
GATCCTGACTTGAACCGATTAGTCATGGAAGGGAGTCAATATGATATGGAGCAATTCGTT
GACAAGCGATGGGAAAAAGTGGAACAGTTAGAAAACGGCGAGGAAGATGACGACAACGAA
TCTGGAAGGTTGTTTGAAAGGTCCAGGATTAAAGCACTTTCTGATGAGCGAGAAGCTGTT
CAGAAGAAGACTTTCACGAAATGGGTCAATTCCCATCTGCAACGAGTGTCATTACGAATT
CAAGATCTGTATATGGATCTAAGAGATGGGAAGACTTTAATGAAACTTTTAGAAGTTTTA
TCAGGCGAAAAACTGCCAAAGCCAACTCGAGGAAAGATGAGGATTCACTGCCTAGAAAAT
ACAAATAAAGCCCTAAACTTTCTCAAGGAGAAGCGAGTACATTTGGAAAACATGGGCTCA
CATGATATCGTTGATGGCAATCACAGACTTATACTCGGTCTTATATGGACTATCATCTTG
AGATTCCAGATCCAAGATATCAGNGTAGAGACTGAAGATAATCAGGAAACACGATCAGCA
AAAGATGCTCTGCTTTTGTGGTGTCAGATGAAGACAGCTGGTTATTCTAACGTCAATGTC
CATAACTTCACCACCAGTTGGCGAGATGGTCTTGCNTTCAACGCAATCATTCATAAGCAC
AGACCTGATCTGATTGATTATGACAAGTTGAAGAAGGGAAATCCAATTCATAATCTCAAC
AATGCATTCAATGTGGCAGAGAAAGAGCTGGGTCTCACCAAACTTCTGGACCCTGAAGAT
GTCGCAGTGGAGCATCCAGACGAGAAATCCATTATCACATATGTCGTCACCTATTATCAC
TATTTTTCCAAAATGAAAGCAATCGCTGTGGAAGGAAAGAGGATAGGAAAGGTTTTGGAA
GGCGTGATCGAAAGCAACGAAATGATCGAAAAATATGACCAAATCACATCAGATCTTCTT
GAGTGGATTGAGCAAACAATTACTATTTTGAGGGATAGAAATTTTGCCAATTCATTATCA
GGTGTCCAACAGCAGCTAACAGCTTTCAACAGCTACCGGACACAAGAAAAGCCCGGGAAA
TTTGAGGAGAAAGGAAACCTGGAAGTGCTATTGTTCACACTACAAAGCAAAATGAGGGCC
AATAATCAAAAACCTTACACGCCGAAAGAAGGGAAATTAGTCTCAGATATTAATAAGGCA
TGGGAGCGCCTTGAAAAAGCAGAGCACGAACGTGAGCTTGCATTGAGAAAAGAATTGATT
CGACAAGAACGACTTGAGCAGTTGGCCAGCAGATTTGATCGGAAGGCGGCCATGCGTGAA
ACATGGCTAAGCGATAATCAGAAGCTGGTTTCTCAGGACAAATTTGGAATTGATCTTCAA
GCTGTTGAAGCTGCGACCAAAAAACANGAAGCTATTGAAACGGACGTGAAAGCTTATGAA
GAACGTGTACAAGCTGTTGTTTCTGTTGCTATTGAATTGGAAGCTGAGAATTACTACGAT
ATCAAAAGAATAAATGCCAGGAAAGAGAATGTGTTGGAATTATGGGAGCGATTACTTGAA
TTGTTGCGTGGCCGACGTGCACGACTTGAATTGAATGTGGAATTGCAACAAATGTTCCAG
GAAATGCTCTCCCTTGTCGACTGGATGGAGGAAATGAAAGTTAATCTTGAATCGGAAGAC
TACGGTCAACACTTGATGGGTGTCGAAGATCTGCGACAGAGACATACCCTCATCGAGCAA
GATATTGCGGTACATGGTGAACGAGTCAAAGCCCTCGAAGCCATGAGCGAAAAGTTTATG
AAACCTATAGAAGACGATTACATGGCTTGTGACCCTGTTGTCGTTGAGGATCGAAGAAAT
CATGTCCGTGCAACGTACGATGATTTATTAAAACTTGCTGCAAAACGACGAGCTAAACTT
GATGAATCAAAGTGTTTGCATCAATTCTTTGCTGAAATGTCTGAAGAAATAGCTTGGTGT
CAAGAAAAAGAGAGTGTTCTCACATCTGATGACTTTGGACGTGATTTGACAAGTGCGCAG
TCACTTTTAAATAAACACAAGTCACTGGAAGATGAGATGGCTGGACGAAAAACCATGTTG
GACCAATCGATCAAGTCTGGGGAAGAACTCATCGATCAAGATCATTTCGCGTCCAATGAA
ATAAAAGATAGAATCAATGAAGTAAAAGAACAATGGCAAAGTCTTGAAGCTTTGGCAAAG
ATGCGAAGAAAGAAATTGGAAGATGCTAGTGAACTCTTCCAGTTCTTTGTTGATGCTGAT
GATGTGGAAGCATGGCTTGGCGATACGCAGCGTTTGGTGTCAACGGAAGATTGTGGCCGG
GATGAAGCTTCAGTGGAAGCATTGTTGAAGAAACATTCTCAAGTGCAGAAGGAAGTCAAA
GAGTTTGCGACACAAATTCAAGCTTTGAAAGAACAAGCAAATAAGCTGCCAGAAAATCAA
CGTGATTCCGAAGAAGTGAAGGACCGNTTGGAAATCATNGATGAACGATATAACGAACTT
CTTTCAGACACCAAAGACAGGAAAGAGAAACTTGATAACGCATTGTCTTTGTATCATTTC
CTTGGACAAGCGGATACAACACTTGCATGGATTGATGCAAAGGAACAAGTACTCAGAACT
CTTGTGATTCCAGATAATATCGAAGACATGGAGCTAATCCAGCATCGATTTGATGGTTAT
GAGAATGAAATTAACAAACATGCTCCTCAAATCGCNATCATCAACCAACTTGCAAGACAA
CTCCTCAGTACTGATCACCCCAACTCGGAAGATATAAGCGAGAAGCTCAATAATTTAAAT
TCAAGATGGAGCAAACTGCGTGAATTGTTAGAATTNCGACGTGAAGCGTTGATTTCTGCA
CAAGGAATACAAAAGTATCAACTCGAATGTGATGAAACGAAAGCTTGGATTAAAGAAAAG
ACTAGATTAGTTGGATCAACAGAGGATTTGACAAATGATCTTGCTGGAGTTATGGCTCTT
CAAAGGAAATTATCAAGTATGGAAAGAGATCTCGCAGCGATTGAGGCAAAGTTGGACAGT
TTGAAAGAGGAATCTGAACGATTAGCAGCTGAGCATCCAGATGATGCTGACGATATTCAC
NAAAANTATGATGAAATCACCGAAGTGTGGGAGGAGNTGCGAGATCTCCTGAAAAAGCGG
GAAGATTCATTAGGGGAAGCTGGCAATCTCCAAAAATTTTTACAAAACCTAGATGCCTTC
CAGGCATGGTTGTCAAAAACNCAAACTGCTATTGCTTCAGAAGATATGCCTCAAACATTG
CCAGAAGCTGAAAAACTTCTTCAACAACACATCACNATAAAACATGAAATTGATAATTAT
GAGGATGATTATAATAAGATACAAGAAACCGGTGCTGAGGTGACAGCTGGACATGAACAA
GACCCGCAATATATGTTCCTTGCACAAAGACTACAGGCTTTAGATCAAGGCTGGAATGAA
CTACATCGAATGTGGGAGAGCAGAAACAAATTCCTCACACAGGCTCACCAATATCAAACT
TTCTTGAGAGATTGCAAACAAGCTGAACAAGTTCTCAGTAATCAAGAGTATGCGTTGTCG
AGCACACGAACTCAAGCACAAGCCGTGTCTCCTGTTGATGAAACAGATGGAGAAGAAGGA
TCGATGGTTGACATGCCACCAAGATCAGTTGCTTCTCCTGATGTTGCCGAAGAACAACTA
AAAAAACATGAAGCGTTCGTCACCTCGATGGCAGCCAGCGATGAGAGAATCAATGCTGTG
TTGCGATCTGCTGACACGTTATCCAAACCAGAGAATGAGCACTATGCTGCTGATAAAATC
TCAGAACGTGCAGAACGTGTCGCTGATAGACAGAAAAACAACAAAGAAGAAGCAGAAGAA
GTCATGGAGCTGCTGAAAGAAAATTTGGCGATGCAAAAATTTTTCGCTGATTGCGAGGAC
TTGAATGAGTGGATCAATGAAAAAATGCTGACAGCAACAGACGCAACATACGACGATGCC
AGAAATCTTCATACAAAATGGCAAAAACACCAAGCCTTTGCTGCCGAACTAAGTGCGAAT
AAGTCACGCCTGACACGGCTTGAAGACGAAGGAGAAGAACTAAGTGAGGCTCAGCCTGAT
AGAACAGACGACATTGAAACACGATTGGACGAGCTGAGAAGAAAGTGGGGGATACTTGAA
GAAAGCACTGCCTTCAAGGAGAAAACTTTGTTTGAAGCCCACAAATCTGAACTATTCACT
CAAACTTGTGAAGATTTGGAGAAATTTGTCACTCAGATGGAGCAACAGCTTGAATCAGAT
GACTATGGTAAAGATCTTGCGAGCGTTAATGCTCTCATGAAGAATCATGCGGCAAATGAA
GACGAAGTCGAAGTACGTCGACAAGAAGTTCAGGAATTGGAAAATCAAGCAAATGCACTC
CGTGATGAAGGTAGTGAAGTTGACGAGATGGATAAAAAACGTAATGAGATGAAAAAACGT
ATTGAAGACTTGATNGAACCCTTGAGCAGGCAAAAACAAATGCTAGAAGCAAGCAAGCAA
CTTCACCAATTTTACAGGGATGTAGAAGATGAGAAGTTATGGGTGGATGAAAAGATGCCA
CAAGCCACTTCAACAGAGCTTGGAAATAGCCTACAAGAAGTACAAGCTTTGCAAAAGAAA
AATCAGTCTTTGAAGTCAGAAGTTGACGGGCATGAGCCTCGAATTGAAGCTGTTTGTGTA
CGTGGTGAGCAAATGGCGACAGATGATAACCGCCATTCTGATAAAATCAATGATAAGATC
GATGAATTGAATGAGAAATGGAAGACGCTTGAAGAATCAGTCGATGAAAGGAAAAATCAA
TTGGAAGAATCTGAGAGAGCGCAACGTTACTATTTTGATGCGTCTGAAGCNGAACAATGG
ATGGGAGAAAAGGAATTGTATATGATGTCCGAGGAAAAGGCAAAAGATGGTCAAAGTGCG
ACAAATATGCTGAAAAAGCACAACGTTCAAGAACAAAGTGTTGCAGATTATGTTGAAACT
ATTCAACAACTGTCCAGAACAGCCAGGCAACTCGGAGAAAAAAATCATCCTGAAAGTGAC
CAAATCACTACTCGTCAAGAAGAGATCGATAAGATGTATGCCGCATTGAGAGATCTCGCG
TCTGAAAGACGTCATAAACTGGAGGAACGTGTGGCCTTGTTCCGATTCCGTAGAGAGCTC
GATGACTTGGAACAGTGGCTGGAAGAAAAGGAAATTGTTGCTGGATCACAAGAACTGGGA
CAAGATTATCAACATGTAGCAGCTCTCCAGGAACAATTTACAGAATTCCGTAATGACACT
TTGAAAACTGGAGAGGAACGAGTACAAGACGCCAATAAAGTGGCTGATAATTTGATCGAT
CAACAACATTCCGATGCTGTCACAATCGCTGGTTGGAAAGATAGTATCAATGAAAAGTGG
GCCGATGTTCAAGAACTCATCGAAACAAGAGTATTGGTTATAACTGTCACCAACAGTGGA
AAAGAAATCCGTGACGCATATGCAGGGGATGATAGAAAACGTATCGACAATCGAATTACA
GATGTCGAAACTGCTTGGCGAGATCTTCTCGATTCTGTTGAAAATAGACATGCAGCTCTC
ACCGACGCCCTGGATAAATTTAAGTTTCTCAATATGGTTCGGGATCTTATGGCATGGATG
GCAAATGTTATCAGACAAATCGATTCGCAAGAAAAACCAAAGGACATATCTGGTGTTGAA
TCATTGATGACAACGCATCAAGGCATTAAATCAGAGATCGATGCTCGTGATAGTAATTTC
GAAGAGTGCTACAAGTTTGGTGATGACTTGTTAAAAAAGAAACATTACGCGTCTGTTGAA
ATCGAGATGAAGTTGAAGGAACTTGTCGAAATGAGGAATACGATGGTTGATAAATGGCAA
GAAAAATGGGAATGGCTCGAGCTCATTCTTGAGGTTTATCAGTTTGCGCACGATGCATCA
GTGTGTGAAGTTTGGTTGTCTCAGCAACAAGGAATGGTACATGGTGACCCGAGCGGTGAA
GCAGAACGNAGCATTGATGAAACCGAGCAAATGNTAAGGAAACTTGATGGATTTGAAAAA
GCCGCCGCTCCTTGGGAAACTCGATTTGGAGCACTTGAGAAAGTCACAGCGTTCGAACTG
AAGGAAGCCAAAGAGAAAGAGAGAAAAGAGGAGGAAGAGCGACAAAGAAGAGAGGCTGAA
GAGGAAGCAGAAAGAAATCGAGTGAGAGAGGAAGTGGCTAAACTGGAACAGCAAGCTTCC
GAGGCCGAAGCCAATGTGCAACCTTTGGTTAATGGTGATCATGAGGAACTGCCCGAAAAG
GTTAACGCTGAGTTACAAGAAGCCGGACCGCCTAAATCTCACGAAATCAATGGAGCAGAT
GGAGCGGGAGGAGATCCGGGTGCTCAAGATACTTCCAATGATGATCTAGACTCCTCGGCT
GTTACGGAGGATCCTAAATTTGATGGTCATTTACAGAGAAAGCAAGAATTTGATAACGAA
GGCAAAAAATCTAGCAACAGAAATAGCAGAAGATCTAGTAGTTCATCATCGTCCTCATCT
TCAAGTGAAGATAAAACTCCAAAAATGGATGTTAAACTCCGAAAAGATGAGCCAAAACCT
GTGAAACCAGTCGTTGACGAAGCTATCAGAAAAGAACGCTCAAAATCAGCCATCGAGCCA
AAACGAAAGGATAAGATTGCTGACCCAAAATCTGAGAGTAAATCTGATGATGAAGGCATT
TCGGAAAGTCCTGTTAAAAGGAGAGAAAAGCCCGTTGACAAAGAGCACTCTGGACAACTT
CTCAGGAAATGTCTGATTTTGGCGTCTGGCAAGAAGTCTTCCAACAGATCGTGGAACCAT
TTATATTGCTCATTAAGTGATCGGCATCTACGGTTCTTCAAGGATATAAAAAATGCTTCT
GCTGGTGCTACGTTTCATGGAGAACTACCCGTTGATTTGAGAGAAGCAAAGTGTGAAGTT
GCTTCAGACTACAAGAAACGCAAGCATGTATTCAGATTGAAATTACCAAGCGGTCTTGAA
TATCTCTTTCAAGCCAAGGATGATGAGGAAATGCATTCTTGGATTGGCCGACTTCAAAAT
CTGGATGCGTCCATAAATAGCGGGGTGAGCACACCAAATCGAAGCTCTATCACGCAAGAA
TCAAGCCCAAAGAGCAAAAAACGAAAAGAAAAGGGGAGAAAATCTGGAAAAAAGAAATAA
AGGCATCGTATTCACTAAACTAAAGTCAGTTCCGTTTTCAATACAACCCACGGTTTGATG
TACCGTCGGTTTTGTGTCGTGATGGTTGCAAGTTCACTAGTGGCGATGGAGAGTTTATGG
TGCTATCATTTTGTGCATTGCATGATTTGTCCAATGTTAATGACTGGTGTTACATTATGA
AATGCGAATANGGTCTACAGGCCGTTACTAAGACGATTATGCTGTAATTTTATTGGTGTG
GTATGTTAAAAATTGGTTTTTGTATCAAAGAATCCCACCCTCTTCAAAGTATTTTCGATA
TGTGTGTGTGTAAAAACCTTCATAGGATATCTTCACCTGTATTTTTCAGTCAAACAGTGA
TATTCCTGTACCTTGTTCTCCCCTATTTTTTTATTGCTTTTGTGCTAATCTAATGCAATG
ATCATGTGTAAGATGAATGCTTGTAGACCATACACTAGAAACCACGCACTGTCACTGCAC
TAACAAAGCTCAACGCCACCGTACTCTACTAGTACAACAATATCAAACTACTTATTCTGT
GTGATTACAATTTCGTTTGGTTACAATTCAACTTTGCTGACGTCATTTTCCTTTTTTTGA
TGTCATGCGTTCAATTTGTGACGTCACTGGTGGTTGTAATATATGGTACTGTGTTGATTT
TCGGTTCTTGCGAGCTGTATTAGATTTTTCTTCGTATGTTNATGCTAGATTTAGACTGAC
ATATGTGATTGCTTCCGCTTTTAAACTTGGCATGCTGTCGTTTTGGTACCACATTGCATG
GTGCTTGGGGATTTTGTAAATATAAAAAGCAAATGTGTTCAAAAACATAACCGTTACTGT
AGGAGTTGATGCTTTTTCTTTTTTTCGAGTTCTTAAAAGTAGAATCATTCGTTAATCATA
TAATCAATTCTCCTCTCTCTTCGTACTGAGGATTCCGTGACGAATAAATTCCCGATGCTC
A
| PIRSF |
Spectrin_bsu (IPR016343) - T[1-1831] 0.0 - T[1824-2184] 6.7E-88 - T[2179-2411] 5.0E-37 |
| SUPERFAMILY |
CH_dom_sf (IPR036872) - T[14-276] 3.69E-91 |
| Gene3D |
CH_dom_sf (IPR036872) - T[36-160] 3.8E-48 - T[161-281] 1.9E-49 |
| ProSiteProfiles |
CH-domain (IPR001715) - T[51-155] 18.002 - T[170-272] 15.822 |
| Pfam |
CH-domain (IPR001715) - T[52-155] 6.5E-23 - T[171-275] 4.1E-26 |
| CDD |
CH-domain (IPR001715) - T[52-155] 3.94686E-23 - T[171-274] 6.30386E-28 |
| SMART |
CH-domain (IPR001715) - T[53-153] 6.4E-26 - T[172-270] 1.3E-23 |
| ProSitePatterns |
Actinin_actin-bd_CS (IPR001589) - T[53-62] . - T[127-151] . |
| Pfam |
Spectrin_repeat (IPR002017) - T[300-408] 5.7E-13 - T[420-522] 9.2E-16 - T[526-634] 5.0E-18 - T[638-740] 4.1E-24 - T[743-844] 1.1E-18 - T[849-949] 4.2E-19 - T[955-1058] 4.3E-17 - T[1061-1164] 2.2E-17 - T[1302-1403] 1.4E-18 - T[1407-1508] 2.2E-12 - T[1511-1615] 4.1E-23 - T[1618-1721] 7.6E-19 - T[1725-1822] 9.9E-17 - T[1879-1979] 1.2E-17 |
| SMART |
Spectrin/alpha-actinin (IPR018159) - T[302-408] 0.097 - T[422-522] 1.2E-20 - T[528-633] 6.7E-22 - T[639-739] 8.7E-30 - T[745-844] 1.9E-24 - T[850-950] 8.5E-25 - T[956-1057] 6.6E-20 - T[1063-1165] 5.1E-20 - T[1171-1298] 1.7E-8 - T[1304-1403] 9.3E-23 - T[1409-1508] 3.7E-18 - T[1514-1614] 5.7E-32 - T[1620-1720] 5.9E-27 - T[1726-1827] 2.0E-18 - T[1879-1979] 2.4E-21 - T[1985-2099] 0.13 |
| Gene3D |
PH-like_dom_sf (IPR011993) - T[2263-2377] 3.8E-34 |
| ProSiteProfiles |
PH_domain (IPR001849) - T[2265-2375] 12.575 |
| SMART |
PH_domain (IPR001849) - T[2266-2377] 3.6E-11 |
| PRINTS |
PH_dom-spectrin-type (IPR001605) - T[2268-2287] 1.0E-19 - T[2288-2309] 1.0E-19 - T[2330-2347] 1.0E-19 - T[2350-2368] 1.0E-19 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| SPTB2_HUMAN | 55.988 % | 2293 | 0 |
| SPTN2_HUMAN | 53.41 % | 1886 | 0 |
| SPTB1_HUMAN | 49.314 % | 2013 | 0 |