- Transcript 'KH2012:KH.C7.90.v5.A...' >
- Transcript 'KH2012:KH.C3.257.v3....'
Transcript Model
Transcript Id
KH2012:KH.C3.257.v3.A.SL2-2
Possible name(s)
SPTB; SPTBN1; SPTBN2
Gene model
Location
KhC3 [5,157,430 / 5,189,463]
Amino acid sequence
Length: 2,430
>KH.C3.257.v3.A.SL2-2
EQESSTILDKEGNIETTTTYHVVKGEPSTTYQTIQVSNQQILGNDSSTVRQFHTQTTTVR
QQRVITEQVLVKQAVQRTSTTDNGEDESYDMEEFIDKRWEDVEFEEEETDLDNSSARLFE
RSRIKALADEREAVQKKTFTKWVNSHLVRVSCRIQDLYMDLRDGRSLIKLLEILSGERLP
KPTRGKMRIHCLENTGKALQFLKSKKVHLENMGSHDIVDGNHRLILGLIWTIILRFQIQD
ISVETEDNRETRSAKDALLLWCQMKTAGYANVNVHNFNTSWRDGLAFNAIIHKHRYALYI
MCKFVSEMCTVPDLIDYDSLKKSNAMHNLQNAFNVAEQQLGLTKLLDPEDIVVERPDEKS
IITYVVTYYHYFSKMKAIAVEGKRIGKVQHLNSYYTCVLDSALESNKMVEKYDTLASDLL
EWIEQTIEILNDRTFSNSLTGVSAQLTAFNNYRTAEKPQKFEEKGNLEVLLFTLQSKMRA
NNQKPYMPKEGKLVSDINKAWEKLEKAEHGRELAIRNELIRQERLEHLASRFDRKAAMRE
TWLSENQKLVTQDNFGGDLPAVEAATKKHEAIETDVKAYEERVQAVVDVASELQREDYHD
IKRVNERKDNVLQLWEYLLELLQGRRSRLELNVRLQQMFEEMMSLLDWMDDMKGQLANED
LGQHLMGVEDILQKHMLLEQDITVHGDRVKAIENQSQEFLQPTDEYSACEPSAVEDKVTG
VRTAYDELCKQAADRGAKLDESRRMHHFFATMAEEVAWVKEKEQLLNSDDLGRDLTSVHS
LLTKQKALEDEMKGRKAMLANTISVGEDLIKEDHFASEDIQKHISDINEQWENLEQLADG
RNELLKEANKLYQFYADADDVDTWLVDTLRIVSTDDCGRDEPSVQSLLKKHAQVNIADGL
NEKDRESVEVQERLRNVDTQYKELLDFAKLRKEKLIDARALYKFYGEADAVLAWIGEKEQ
VLQNMLIPDNIEDMELVQHRFEGYENEVNKLAPQVAVVNHMGRGLVQTQHPNADDVAEKQ
NEMNVRWNALRALLEERREVLSSAKGLHGFKLECEETEGWIKDKARVLAAGAEDQLTDRD
LAGVVALQRKLSSMERDLAAIQAKLDNLRDEAERLSNEHPEEADEIRSKFEQMEKVWQEL
RDMLRKREDSLGEAGNLQKFLRDLDRFQAWLSTTQTTIASEDMPQSLPEAEKLLQQHQAI
KLEIDNYEADYEEIKKTGAQVTAGREDESQYMFLGQRLQALDQGWDELQKMWENRNHFLK
EAKEYQAFIRDCKQAEQILTNQEYALETARRSSAAATTPDSAEEVLKKHEAFVATMASGD
ERIESVLRDAEKLSDEETSHHAADRIKERAEKIAERRAKNKEEAEEVSAMLRENLAMQKF
VADCDELSEWVNEKMLTAKDATYDDARNLHSKWQKHQAFAAELSANKDRLERLEEEGSSL
TESKPEWGEQIETRLDDLRKHWLALESCTKTKEKTLFEAHKAELFSQTCEDLEKFASQME
EQLNSDDVGKDLASVNVLLKDHLAHQDEIEVRKQEVQELESQADVLKSEGDEDVDTMNEE
RAKIKRRIQDLDEPLEKRKNALDNSKQLHQFYRDVQDEKLWIDEKIPQATSNELGSSLQE
VQALQKKHQALRGELTAHEPLVVAVCDRGVAMATEDNPNVDKINEKCHELQEKWDRLLED
ADERKGKLTEAENAQQYFFDADEAVAWMEEQELYMMSEEKAKDSQGATKMLKKHQAQEQS
IDDYADTIQQLSKTCRDLCDQEHPESEQLSVRQQQVDRTYAGLKDLAEERRMKLRERCDL
FRLSRDIDDLEQWIAQRETVAASQEQGQDFDHVSMLQDQFNDFRRDTIKTGEERVADAIR
MSDELIDAGHTDAPEIANWKDTISEAWADLLELIDTRVEMLAAAYALHKFHYDGAEILAR
IQEKRQEVPDELGRDHDAVENFQREHDIFAQDIKAIGLQVEVITAAGNELQEGYAGDDLH
EIEKKIEAVQSAWNNLLTLVKKRAALLSDALNKFRFMNLCRDLMDWMETTVRQIDLQEKP
RDVSGVETAMSVHQGTKAEIDARNSSFEECTELGHHLLNTGHYASDEIQVKLNELSAKRN
HVVDRWQEKWDLLNLLMEVYQFAHDANACDAWVQQQNALIRDMPVDSCRSADDADQLLRR
LDGFEKAAVPWEERFAALEKLTEMEIRDEAARKLAKEEMERKRKEEEEEQERRRIEEEEA
QKIREEAEKEAARVQAIVDAETPTIQIVNPEGHEASLVNGMNGETSGDGAGDAEDRRTPE
VQSHEGPLQRKQERDIDGKRASNRSWNSVFCVLQDKHLTFYKDPKAASQRASFHGEQALS
LENATVEIASDYKKRKNVLRLKLSSGMEYLLQAKDEEEVQLWLNRIQAQNLNASISSGVS
TPSRVSTLVSEASPKSKKRRSFLKSGKKNK
Nucleotide sequence
Length: 7,782
>KH2012:KH.C3.257.v3.A.SL2-2
GAGCAGGAATCGAGTACTATCTTAGATAAGGAAGGAAATATTGAAACCACAACAACCTAT
CATGTAGTAAAAGGTGAACCGAGCACAACTTACCAAACAATCCAAGTTTCGAATCAGCAA
ATTCTTGGAAACGATTCTTCGACTGTGCGTCAGTTTCACACGCAAACCACCACTGTTAGG
CAGCAAAGAGTTATCACAGAGCAAGTTTTGGTTAAACAAGCAGTCCAAAGAACATCTACA
ACAGACAACGGAGAAGATGAGAGTTACGACATGGAAGAGTTCATCGATAAACGCTGGGAA
GATGTGGAATTTGAAGAAGAGGAGACGGATCTCGATAACAGCTCTGCCCGCCTCTTTGAG
CGATCCAGGATAAAGGCTCTTGCAGATGAGCGAGAAGCCGTACAAAAGAAGACTTTTACT
AAATGGGTCAACTCTCATCTAGTGAGAGTCTCATGCCGCATCCAGGATCTATACATGGAC
CTCCGAGATGGAAGATCCCTCATCAAACTCCTTGAGATCCTCTCAGGAGAACGACTTCCT
AAACCCACTCGCGGCAAGATGCGAATCCACTGCCTTGAAAACACAGGCAAAGCTCTACAG
TTTCTTAAAAGTAAGAAGGTTCACCTTGAGAACATGGGATCACATGATATCGTCGACGGC
AACCACCGACTTATTCTTGGTTTGATTTGGACAATTATTCTAAGATTCCAGATTCAAGAC
ATCAGCGTAGAAACTGAGGACAACAGAGAGACTCGCTCTGCTAAAGATGCTTTGCTTCTA
TGGTGCCAGATGAAAACAGCTGGTTATGCAAATGTTAATGTTCATAACTTTAATACAAGC
TGGAGGGATGGACTTGCTTTCAATGCAATCATCCATAAGCATCGGTATGCCTTGTATATA
ATGTGCAAGTTTGTGTCAGAAATGTGTACAGTTCCTGACTTGATCGATTACGATTCACTG
AAGAAATCAAATGCGATGCACAATCTTCAAAATGCTTTTAACGTGGCTGAACAACAACTT
GGTCTCACTAAACTTCTTGACCCAGAAGATATTGTTGTGGAGCGACCCGACGAGAAATCA
ATAATCACATACGTGGTCACTTATTATCATTACTTCTCTAAGATGAAAGCCATTGCTGTG
GAAGGGAAGAGAATTGGAAAGGTACAACATTTGAATTCATATTACACATGTGTGCTCGAC
AGTGCATTGGAGAGCAACAAGATGGTTGAAAAATATGACACTCTCGCATCAGACTTGTTA
GAATGGATCGAACAAACAATTGAAATATTAAATGACAGAACTTTTTCCAACTCCCTTACT
GGTGTAAGTGCACAGCTGACAGCGTTCAATAATTATCGCACCGCTGAAAAACCTCAGAAG
TTTGAGGAGAAAGGAAACTTGGAGGTCCTCCTCTTCACTCTTCAGAGCAAGATGAGGGCA
AATAATCAAAAGCCTTACATGCCCAAGGAAGGAAAGCTTGTGTCAGATATCAACAAGGCT
TGGGAAAAACTTGAGAAAGCTGAGCACGGTCGTGAACTTGCAATACGTAATGAGCTCATT
CGACAAGAACGTCTGGAACACCTCGCTAGTAGGTTTGATCGAAAAGCAGCCATGCGTGAA
ACTTGGTTAAGTGAAAACCAGAAGCTAGTGACGCAGGATAACTTTGGAGGCGATCTTCCA
GCAGTGGAGGCAGCCACGAAGAAGCACGAAGCGATTGAAACCGATGTAAAAGCATACGAG
GAGCGAGTACAAGCTGTGGTGGATGTAGCGAGTGAATTACAAAGGGAGGATTACCATGAC
ATCAAACGTGTTAATGAGAGAAAAGACAATGTTCTTCAACTGTGGGAATATTTGCTTGAG
TTGTTACAAGGTCGAAGGTCAAGATTGGAACTAAATGTTCGTCTGCAACAAATGTTTGAG
GAAATGATGTCGTTACTTGATTGGATGGATGATATGAAGGGCCAACTTGCGAATGAGGAT
TTAGGCCAACACTTGATGGGGGTAGAGGATATATTACAGAAACACATGTTGTTGGAACAA
GACATCACAGTGCATGGGGATAGGGTGAAAGCAATTGAAAATCAAAGTCAAGAATTCTTG
CAACCCACAGATGAATATTCTGCGTGCGAACCATCTGCAGTTGAAGACAAAGTGACCGGT
GTACGCACAGCATATGATGAACTATGCAAGCAAGCAGCAGATAGAGGGGCAAAACTTGAT
GAGTCGCGTCGTATGCATCATTTCTTTGCCACCATGGCTGAGGAAGTAGCATGGGTGAAA
GAGAAGGAACAACTTCTTAACTCTGATGATCTTGGAAGGGACCTCACAAGTGTTCATTCA
CTTCTTACTAAACAAAAGGCATTGGAAGATGAAATGAAAGGACGTAAAGCGATGCTCGCG
AACACCATCTCTGTGGGTGAGGACTTGATCAAGGAGGATCATTTTGCATCCGAGGACATC
CAGAAGCACATCTCGGACATCAATGAACAATGGGAGAACTTGGAGCAGTTAGCTGATGGA
AGAAATGAGTTGCTCAAGGAAGCAAACAAACTTTACCAGTTTTACGCTGATGCTGATGAC
GTAGACACATGGTTGGTTGATACGCTTCGTATCGTATCTACTGATGATTGTGGTAGGGAT
GAACCTTCAGTGCAATCTCTACTCAAGAAACATGCACAGGTCAATATCGCTGATGGATTA
AATGAGAAAGACCGTGAATCCGTTGAAGTTCAAGAACGATTACGAAACGTGGATACTCAG
TACAAAGAACTTCTTGACTTTGCAAAGTTAAGAAAGGAGAAGCTTATTGATGCAAGAGCA
TTATACAAATTCTATGGCGAAGCTGATGCAGTGTTGGCTTGGATTGGCGAGAAGGAACAA
GTTTTACAAAATATGTTGATTCCTGATAATATTGAAGATATGGAACTTGTACAACATAGA
TTTGAAGGTTACGAGAACGAGGTGAACAAACTTGCCCCACAAGTTGCAGTGGTGAACCAT
ATGGGGCGTGGGCTTGTACAAACACAACATCCTAATGCAGATGATGTGGCAGAAAAACAA
AACGAAATGAATGTCAGATGGAACGCGTTAAGAGCATTACTTGAGGAAAGACGTGAAGTT
TTATCTTCAGCGAAAGGGTTGCATGGATTCAAACTTGAATGTGAGGAAACCGAGGGCTGG
ATTAAAGATAAAGCAAGAGTCCTCGCAGCCGGAGCCGAGGATCAGCTCACGGATCGAGAT
CTTGCAGGAGTCGTTGCTCTTCAGAGGAAGCTTTCGAGCATGGAACGTGATCTTGCTGCT
ATACAAGCAAAATTGGACAACTTGCGAGATGAAGCTGAGCGTTTATCAAACGAGCATCCA
GAGGAAGCGGATGAGATCAGGAGCAAGTTTGAGCAGATGGAGAAGGTTTGGCAGGAGTTG
AGAGACATGTTAAGGAAGAGAGAGGACTCACTTGGAGAGGCGGGGAATCTTCAGAAGTTC
CTTCGAGATCTTGATCGATTCCAGGCATGGCTATCAACCACACAAACCACGATAGCATCT
GAAGACATGCCACAATCTCTACCAGAAGCTGAGAAACTTCTTCAACAGCATCAAGCTATT
AAACTCGAGATTGACAACTATGAGGCTGATTACGAAGAAATCAAGAAAACTGGAGCGCAA
GTTACTGCTGGTCGTGAAGATGAATCTCAATACATGTTCCTTGGACAGAGGTTGCAAGCT
CTTGACCAGGGTTGGGACGAGCTGCAGAAAATGTGGGAAAACCGAAACCATTTCCTTAAA
GAAGCGAAAGAATATCAAGCGTTCATTCGTGACTGCAAACAGGCGGAACAAATTCTCACC
AACCAGGAGTACGCTCTAGAGACCGCTCGTCGCTCCTCTGCGGCTGCTACGACTCCTGAC
TCCGCTGAGGAAGTCCTGAAGAAGCACGAGGCATTTGTTGCAACGATGGCAAGCGGAGAC
GAGAGGATCGAGTCCGTCCTCCGCGATGCAGAGAAGCTTTCTGATGAAGAGACAAGTCAT
CATGCTGCAGATCGGATCAAGGAGCGAGCTGAGAAGATCGCAGAAAGAAGAGCGAAGAAT
AAAGAGGAGGCAGAGGAGGTTTCAGCAATGCTCCGGGAGAATCTAGCAATGCAGAAGTTT
GTAGCTGACTGTGATGAACTGAGTGAATGGGTGAATGAGAAGATGTTGACGGCTAAAGAT
GCCACGTATGATGATGCAAGGAACCTTCACTCTAAGTGGCAGAAACATCAAGCATTTGCA
GCCGAGTTGTCAGCCAACAAAGATCGGTTGGAGAGACTTGAAGAAGAAGGTTCGTCACTT
ACAGAATCGAAACCTGAATGGGGAGAACAAATAGAGACCAGACTTGATGATTTACGAAAG
CACTGGCTGGCGCTAGAGAGTTGCACTAAAACAAAGGAGAAAACTCTTTTCGAAGCTCAC
AAAGCCGAACTTTTTTCACAAACATGTGAAGATCTTGAGAAGTTTGCATCACAAATGGAG
GAGCAACTCAACTCCGATGATGTTGGAAAAGATCTCGCCAGTGTTAATGTCCTCCTCAAA
GATCATCTTGCTCATCAGGATGAAATCGAAGTCCGGAAACAGGAGGTGCAAGAACTTGAG
AGTCAAGCTGATGTCCTGAAGTCCGAGGGAGACGAGGATGTTGATACGATGAACGAGGAG
CGAGCAAAGATCAAACGGAGGATCCAGGATCTGGATGAACCTCTTGAGAAGAGGAAGAAT
GCTCTTGATAACAGCAAACAACTCCATCAGTTTTACAGAGATGTACAAGATGAGAAATTA
TGGATTGATGAGAAAATCCCACAAGCTACTTCTAATGAGCTTGGTAGCTCCTTGCAGGAA
GTTCAAGCTTTACAGAAGAAACATCAGGCTTTACGAGGTGAACTCACGGCACACGAGCCA
CTAGTGGTCGCTGTATGCGATCGTGGGGTAGCCATGGCAACCGAGGACAATCCTAATGTA
GATAAAATAAATGAAAAGTGTCATGAACTGCAGGAGAAGTGGGACAGATTACTTGAGGAT
GCAGATGAGAGAAAAGGAAAGTTAACTGAAGCGGAAAACGCTCAACAATATTTCTTCGAT
GCTGATGAAGCAGTTGCGTGGATGGAGGAACAAGAACTTTACATGATGTCCGAGGAAAAA
GCTAAGGACTCTCAAGGAGCAACAAAGATGTTGAAGAAACATCAAGCACAAGAGCAAAGC
ATCGATGATTATGCCGACACCATTCAACAACTTTCAAAGACATGTCGTGATCTATGTGAC
CAAGAACACCCAGAAAGCGAGCAACTATCAGTGCGGCAACAACAAGTCGACCGAACTTAC
GCGGGACTCAAAGATCTTGCGGAGGAGAGGAGGATGAAGTTGAGGGAGAGATGCGATCTC
TTCCGTTTATCTCGGGACATTGATGATCTGGAGCAATGGATCGCTCAGCGGGAAACGGTT
GCCGCATCACAGGAGCAAGGGCAGGACTTTGATCATGTTTCAATGTTGCAAGATCAGTTC
AATGACTTCCGACGAGACACGATCAAGACCGGGGAGGAAAGAGTCGCTGATGCGATCCGG
ATGTCTGACGAACTCATCGATGCTGGCCACACGGATGCGCCAGAGATCGCAAACTGGAAA
GACACGATAAGCGAGGCTTGGGCCGATCTGCTCGAGCTTATCGACACCAGAGTTGAGATG
CTTGCTGCTGCATATGCTCTCCACAAATTCCATTATGATGGAGCTGAGATCCTTGCAAGG
ATCCAGGAGAAGAGACAGGAAGTTCCTGATGAACTTGGACGAGACCACGATGCTGTGGAA
AACTTCCAGCGTGAACATGATATATTTGCTCAGGATATCAAAGCTATCGGACTACAGGTT
GAAGTCATCACGGCAGCCGGAAACGAGCTTCAAGAGGGATACGCAGGTGATGATCTTCAC
GAGATTGAAAAGAAGATAGAGGCTGTGCAGAGTGCGTGGAATAATCTTCTCACTTTGGTG
AAGAAGAGAGCTGCTCTTCTATCTGATGCTCTCAATAAATTCCGCTTCATGAATTTGTGT
CGGGACCTCATGGACTGGATGGAGACTACTGTACGACAGATTGACTTGCAGGAGAAGCCA
AGAGACGTTTCTGGTGTTGAGACTGCAATGAGTGTCCACCAAGGCACAAAAGCAGAGATT
GACGCTCGTAACAGCAGTTTCGAGGAATGCACAGAACTTGGCCACCATCTTCTTAACACT
GGCCATTATGCTAGTGATGAAATACAAGTCAAGTTGAACGAATTGTCCGCAAAACGAAAT
CATGTGGTTGATCGCTGGCAAGAGAAATGGGACTTGCTTAACTTGTTGATGGAGGTGTAC
CAGTTCGCACACGATGCCAATGCATGTGATGCGTGGGTCCAACAACAGAATGCGCTCATC
CGTGACATGCCCGTCGACTCTTGCAGGTCAGCTGATGATGCTGACCAGTTGCTACGACGA
TTAGATGGGTTCGAGAAAGCAGCCGTGCCTTGGGAAGAAAGATTTGCTGCTTTGGAGAAA
TTAACAGAGATGGAAATACGTGACGAAGCTGCTCGCAAACTCGCGAAAGAAGAGATGGAA
AGAAAGAGAAAGGAGGAAGAAGAAGAGCAAGAAAGGAGGAGAATAGAAGAGGAAGAAGCG
CAGAAGATCAGGGAAGAGGCAGAGAAGGAAGCAGCTCGTGTTCAAGCGATCGTGGATGCT
GAAACACCAACGATTCAAATCGTTAATCCAGAGGGTCATGAGGCATCTCTCGTTAATGGG
ATGAACGGTGAAACCTCCGGGGACGGAGCAGGTGATGCAGAGGATAGAAGAACGCCGGAG
GTTCAGAGCCACGAAGGACCATTACAACGGAAACAGGAACGAGATATAGACGGGAAGAGA
GCGTCAAACAGGTCCTGGAACAGTGTGTTCTGTGTGTTGCAAGACAAACATCTTACTTTC
TACAAAGATCCAAAGGCAGCTTCCCAGAGAGCTTCCTTCCATGGTGAGCAAGCTCTATCG
TTAGAAAATGCAACTGTTGAAATAGCTTCTGACTACAAGAAACGAAAGAATGTTCTGCGA
TTGAAACTTTCTAGTGGAATGGAATATCTGCTTCAAGCTAAAGATGAGGAGGAAGTGCAG
CTGTGGCTGAACAGAATTCAAGCCCAAAATCTCAATGCTTCCATCAGCAGTGGAGTCAGC
ACACCTTCTCGAGTATCAACATTGGTCAGCGAAGCAAGCCCCAAGTCTAAAAAGCGTAGA
AGCTTTTTGAAAAGTGGGAAGAAGAATAAGTGAATAGAACTAGATGAGTTGCACCCATGT
AACTGAATACACGCGGTAGATCACTGGGTGGGGTTGTTCTACCACCTTGTTTATTACATA
AACGTGGCACTGGTGCATTTATAAGTTTTCCACTTGATCAACCAATTCATGTGTTTTGTA
CTAGTTGATGTTTAATGCTGTAGGCACCTATTCCGCACTCAATCATCCAAGGATATGTAT
TGGTTTCTATCGCGTCAAAATTGTTATAGCCACCATAGCTTTGTAGTCATGTCGCATTAC
AATACACTGTGCATGCGCGTGTTAATGTTGACTTCGCGTGCATGCCCATTTTTCGTTCCT
AATCTATTCATGTTCTTGATTTCTGTAATTCTCCGTCGCTGGTAGCGACTCATGCGCAAT
TTTTGTACAGCAATTTCTCATTATTGAAAAAGTGATAAAAACACAGTAGTTATTAAAGGG
CATTACCCCCTTTAATTTGGAGACCTATTTCATTAACTAGTG
| PIRSF |
Spectrin_bsu (IPR016343) - T[76-2428] 0.0 |
| SUPERFAMILY |
CH_dom_sf (IPR036872) - T[96-371] 4.73E-86 |
| Gene3D |
CH_dom_sf (IPR036872) - T[117-242] 7.5E-48 - T[243-379] 2.6E-45 |
| ProSiteProfiles |
CH-domain (IPR001715) - T[133-237] 17.361 - T[252-370] 14.026 |
| CDD |
CH-domain (IPR001715) - T[134-237] 3.15175E-22 - T[253-372] 1.24006E-22 |
| Pfam |
CH-domain (IPR001715) - T[134-237] 2.0E-21 - T[253-373] 7.8E-24 |
| SMART |
CH-domain (IPR001715) - T[135-235] 4.3E-25 - T[254-368] 4.7E-15 |
| ProSitePatterns |
Actinin_actin-bd_CS (IPR001589) - T[135-144] . - T[209-233] . |
| Pfam |
Spectrin_repeat (IPR002017) - T[408-515] 2.2E-12 - T[528-630] 3.8E-18 - T[634-741] 5.1E-18 - T[744-847] 1.7E-21 - T[850-894] 5.3E-7 - T[940-1041] 1.3E-18 - T[1047-1153] 9.9E-15 - T[1156-1260] 2.9E-17 - T[1264-1371] 1.6E-7 - T[1376-1477] 2.5E-16 - T[1481-1583] 7.6E-14 - T[1586-1690] 2.5E-23 - T[1693-1796] 5.0E-17 - T[1800-1901] 3.9E-16 - T[1906-2008] 4.7E-14 - T[2014-2113] 1.0E-16 |
| SMART |
Spectrin/alpha-actinin (IPR018159) - T[410-516] 1.7 - T[530-630] 1.5E-24 - T[636-740] 2.3E-23 - T[746-846] 1.3E-28 - T[852-936] 2.4E-12 - T[942-1042] 1.4E-25 - T[1048-1152] 4.7E-17 - T[1158-1260] 2.4E-21 - T[1266-1372] 6.3E-13 - T[1378-1477] 2.8E-17 - T[1483-1583] 1.8E-18 - T[1589-1689] 2.8E-30 - T[1695-1795] 1.5E-25 - T[1801-1902] 3.4E-19 - T[1908-2008] 2.9E-17 - T[2014-2114] 1.7E-20 - T[2120-2216] 1.6 |
| Gene3D |
PH-like_dom_sf (IPR011993) - T[2278-2392] 1.6E-35 |
| ProSiteProfiles |
PH_domain (IPR001849) - T[2281-2391] 13.892 |
| SMART |
PH_domain (IPR001849) - T[2282-2393] 3.7E-11 |
| PRINTS |
PH_dom-spectrin-type (IPR001605) - T[2284-2303] 1.2E-20 - T[2304-2325] 1.2E-20 - T[2346-2363] 1.2E-20 - T[2366-2384] 1.2E-20 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| SPTB2_HUMAN | 53.671 % | 2481 | 0 |
| SPTN2_HUMAN | 48.533 % | 2131 | 0 |
| SPTB1_HUMAN | 50.189 % | 2065 | 0 |