- Transcript 'KH2012:KH.C1.26.v5.A...' >
- Transcript 'Haaura.CG.MTP2014.S4...' >
- Transcript 'KH2012:KH.C3.257.v4....'
Transcript Model
Transcript Id
KH2012:KH.C3.257.v4.A.SL3-2
Possible name(s)
SPTB; SPTBN1; SPTBN2
Gene model
Location
KhC3 [5,151,929 / 5,189,463]
Amino acid sequence
Length: 2,452
>KH.C3.257.v4.A.SL3-2
RKTGAAKMSVSLVENEQYNSELEQESSTILDKEGNIETTTTYHVVKGEPSTTYQTIQVSN
QQILGNDSSTVRQFHTQTTTVRQQRVITEQVLVKQAVQRTSTTDNGEDESYDMEEFIDKR
WEDVEFEEEETDLDNSSARLFERSRIKALADEREAVQKKTFTKWVNSHLVRVSCRIQDLY
MDLRDGRSLIKLLEILSGERLPKPTRGKMRIHCLENTGKALQFLKSKKVHLENMGSHDIV
DGNHRLILGLIWTIILRFQIQDISVETEDNRETRSAKDALLLWCQMKTAGYANVNVHNFN
TSWRDGLAFNAIIHKHRYALYIMCKFVSEMCTVPDLIDYDSLKKSNAMHNLQNAFNVAEQ
QLGLTKLLDPEDIVVERPDEKSIITYVVTYYHYFSKMKAIAVEGKRIGKVQHLNSYYTCV
LDSALESNKMVEKYDTLASDLLEWIEQTIEILNDRTFSNSLTGVSAQLTAFNNYRTAEKP
QKFEEKGNLEVLLFTLQSKMRANNQKPYMPKEGKLVSDINKAWEKLEKAEHGRELAIRNE
LIRQERLEHLASRFDRKAAMRETWLSENQKLVTQDNFGGDLPAVEAATKKHEAIETDVKA
YEERVQAVVDVASELQREDYHDIKRVNERKDNVLQLWEYLLELLQGRRSRLELNVRLQQM
FEEMMSLLDWMDDMKGQLANEDLGQHLMGVEDILQKHMLLEQDITVHGDRVKAIENQSQE
FLQPTDEYSACEPSAVEDKVTGVRTAYDELCKQAADRGAKLDESRRMHHFFATMAEEVAW
VKEKEQLLNSDDLGRDLTSVHSLLTKQKALEDEMKGRKAMLANTISVGEDLIKEDHFASE
DIQKHISDINEQWENLEQLADGRNELLKEANKLYQFYADADDVDTWLVDTLRIVSTDDCG
RDEPSVQSLLKKHAQVNIADGLNEKDRESVEVQERLRNVDTQYKELLDFAKLRKEKLIDA
RALYKFYGEADAVLAWIGEKEQVLQNMLIPDNIEDMELVQHRFEGYENEVNKLAPQVAVV
NHMGRGLVQTQHPNADDVAEKQNEMNVRWNALRALLEERREVLSSAKGLHGFKLECEETE
GWIKDKARVLAAGAEDQLTDRDLAGVVALQRKLSSMERDLAAIQAKLDNLRDEAERLSNE
HPEEADEIRSKFEQMEKVWQELRDMLRKREDSLGEAGNLQKFLRDLDRFQAWLSTTQTTI
ASEDMPQSLPEAEKLLQQHQAIKLEIDNYEADYEEIKKTGAQVTAGREDESQYMFLGQRL
QALDQGWDELQKMWENRNHFLKEAKEYQAFIRDCKQAEQILTNQEYALETARRSSAAATT
PDSAEEVLKKHEAFVATMASGDERIESVLRDAEKLSDEETSHHAADRIKERAEKIAERRA
KNKEEAEEVSAMLRENLAMQKFVADCDELSEWVNEKMLTAKDATYDDARNLHSKWQKHQA
FAAELSANKDRLERLEEEGSSLTESKPEWGEQIETRLDDLRKHWLALESCTKTKEKTLFE
AHKAELFSQTCEDLEKFASQMEEQLNSDDVGKDLASVNVLLKDHLAHQDEIEVRKQEVQE
LESQADVLKSEGDEDVDTMNEERAKIKRRIQDLDEPLEKRKNALDNSKQLHQFYRDVQDE
KLWIDEKIPQATSNELGSSLQEVQALQKKHQALRGELTAHEPLVVAVCDRGVAMATEDNP
NVDKINEKCHELQEKWDRLLEDADERKGKLTEAENAQQYFFDADEAVAWMEEQELYMMSE
EKAKDSQGATKMLKKHQAQEQSIDDYADTIQQLSKTCRDLCDQEHPESEQLSVRQQQVDR
TYAGLKDLAEERRMKLRERCDLFRLSRDIDDLEQWIAQRETVAASQEQGQDFDHVSMLQD
QFNDFRRDTIKTGEERVADAIRMSDELIDAGHTDAPEIANWKDTISEAWADLLELIDTRV
EMLAAAYALHKFHYDGAEILARIQEKRQEVPDELGRDHDAVENFQREHDIFAQDIKAIGL
QVEVITAAGNELQEGYAGDDLHEIEKKIEAVQSAWNNLLTLVKKRAALLSDALNKFRFMN
LCRDLMDWMETTVRQIDLQEKPRDVSGVETAMSVHQGTKAEIDARNSSFEECTELGHHLL
NTGHYASDEIQVKLNELSAKRNHVVDRWQEKWDLLNLLMEVYQFAHDANACDAWVQQQNA
LIRDMPVDSCRSADDADQLLRRLDGFEKAAVPWEERFAALEKLTEMEIRDEAARKLAKEE
MERKRKEEEEEQERRRIEEEEAQKIREEAEKEAARVQAIVDAETPTIQIVNPEGHEASLV
NGMNGETSGDGAGDAEDRRTPEVQSHEGPLQRKQERDIDGKRASNRSWNSVFCVLQDKHL
TFYKDPKAASQRASFHGEQALSLENATVEIASDYKKRKNVLRLKLSSGMEYLLQAKDEEE
VQLWLNRIQAQNLNASISSGVSTPSRVSTLVSEASPKSKKRRSFLKSGKKNK
Nucleotide sequence
Length: 7,944
>KH2012:KH.C3.257.v4.A.SL3-2
GCAACTTCATTTTAAACTTGCTGGGTTAACGTCATCTGTGGATTCAGATTTATATTTGGG
ATACTTGGTACGGAAATATATCTCAAGCAGCCCTAAAGAAAAACAGGAGCAGCAAAAATG
TCTGTCTCCTTGGTTGAGAATGAGCAGTATAATTCAGAACTTGAGCAGGAATCGAGTACT
ATCTTAGATAAGGAAGGAAATATTGAAACCACAACAACCTATCATGTAGTAAAAGGTGAA
CCGAGCACAACTTACCAAACAATCCAAGTTTCGAATCAGCAAATTCTTGGAAACGATTCT
TCGACTGTGCGTCAGTTTCACACGCAAACCACCACTGTTAGGCAGCAAAGAGTTATCACA
GAGCAAGTTTTGGTTAAACAAGCAGTCCAAAGAACATCTACAACAGACAACGGAGAAGAT
GAGAGTTACGACATGGAAGAGTTCATCGATAAACGCTGGGAAGATGTGGAATTTGAAGAA
GAGGAGACGGATCTCGATAACAGCTCTGCCCGCCTCTTTGAGCGATCCAGGATAAAGGCT
CTTGCAGATGAGCGAGAAGCCGTACAAAAGAAGACTTTTACTAAATGGGTCAACTCTCAT
CTAGTGAGAGTCTCATGCCGCATCCAGGATCTATACATGGACCTCCGAGATGGAAGATCC
CTCATCAAACTCCTTGAGATCCTCTCAGGAGAACGACTTCCTAAACCCACTCGCGGCAAG
ATGCGAATCCACTGCCTTGAAAACACAGGCAAAGCTCTACAGTTTCTTAAAAGTAAGAAG
GTTCACCTTGAGAACATGGGATCACATGATATCGTCGACGGCAACCACCGACTTATTCTT
GGTTTGATTTGGACAATTATTCTAAGATTCCAGATTCAAGACATCAGCGTAGAAACTGAG
GACAACAGAGAGACTCGCTCTGCTAAAGATGCTTTGCTTCTATGGTGCCAGATGAAAACA
GCTGGTTATGCAAATGTTAATGTTCATAACTTTAATACAAGCTGGAGGGATGGACTTGCT
TTCAATGCAATCATCCATAAGCATCGGTATGCCTTGTATATAATGTGCAAGTTTGTGTCA
GAAATGTGTACAGTTCCTGACTTGATCGATTACGATTCACTGAAGAAATCAAATGCGATG
CACAATCTTCAAAATGCTTTTAACGTGGCTGAACAACAACTTGGTCTCACTAAACTTCTT
GACCCAGAAGATATTGTTGTGGAGCGACCCGACGAGAAATCAATAATCACATACGTGGTC
ACTTATTATCATTACTTCTCTAAGATGAAAGCCATTGCTGTGGAAGGGAAGAGAATTGGA
AAGGTACAACATTTGAATTCATATTACACATGTGTGCTCGACAGTGCATTGGAGAGCAAC
AAGATGGTTGAAAAATATGACACTCTCGCATCAGACTTGTTAGAATGGATCGAACAAACA
ATTGAAATATTAAATGACAGAACTTTTTCCAACTCCCTTACTGGTGTAAGTGCACAGCTG
ACAGCGTTCAATAATTATCGCACCGCTGAAAAACCTCAGAAGTTTGAGGAGAAAGGAAAC
TTGGAGGTCCTCCTCTTCACTCTTCAGAGCAAGATGAGGGCAAATAATCAAAAGCCTTAC
ATGCCCAAGGAAGGAAAGCTTGTGTCAGATATCAACAAGGCTTGGGAAAAACTTGAGAAA
GCTGAGCACGGTCGTGAACTTGCAATACGTAATGAGCTCATTCGACAAGAACGTCTGGAA
CACCTCGCTAGTAGGTTTGATCGAAAAGCAGCCATGCGTGAAACTTGGTTAAGTGAAAAC
CAGAAGCTAGTGACGCAGGATAACTTTGGAGGCGATCTTCCAGCAGTGGAGGCAGCCACG
AAGAAGCACGAAGCGATTGAAACCGATGTAAAAGCATACGAGGAGCGAGTACAAGCTGTG
GTGGATGTAGCGAGTGAATTACAAAGGGAGGATTACCATGACATCAAACGTGTTAATGAG
AGAAAAGACAATGTTCTTCAACTGTGGGAATATTTGCTTGAGTTGTTACAAGGTCGAAGG
TCAAGATTGGAACTAAATGTTCGTCTGCAACAAATGTTTGAGGAAATGATGTCGTTACTT
GATTGGATGGATGATATGAAGGGCCAACTTGCGAATGAGGATTTAGGCCAACACTTGATG
GGGGTAGAGGATATATTACAGAAACACATGTTGTTGGAACAAGACATCACAGTGCATGGG
GATAGGGTGAAAGCAATTGAAAATCAAAGTCAAGAATTCTTGCAACCCACAGATGAATAT
TCTGCGTGCGAACCATCTGCAGTTGAAGACAAAGTGACCGGTGTACGCACAGCATATGAT
GAACTATGCAAGCAAGCAGCAGATAGAGGGGCAAAACTTGATGAGTCGCGTCGTATGCAT
CATTTCTTTGCCACCATGGCTGAGGAAGTAGCATGGGTGAAAGAGAAGGAACAACTTCTT
AACTCTGATGATCTTGGAAGGGACCTCACAAGTGTTCATTCACTTCTTACTAAACAAAAG
GCATTGGAAGATGAAATGAAAGGACGTAAAGCGATGCTCGCGAACACCATCTCTGTGGGT
GAGGACTTGATCAAGGAGGATCATTTTGCATCCGAGGACATCCAGAAGCACATCTCGGAC
ATCAATGAACAATGGGAGAACTTGGAGCAGTTAGCTGATGGAAGAAATGAGTTGCTCAAG
GAAGCAAACAAACTTTACCAGTTTTACGCTGATGCTGATGACGTAGACACATGGTTGGTT
GATACGCTTCGTATCGTATCTACTGATGATTGTGGTAGGGATGAACCTTCAGTGCAATCT
CTACTCAAGAAACATGCACAGGTCAATATCGCTGATGGATTAAATGAGAAAGACCGTGAA
TCCGTTGAAGTTCAAGAACGATTACGAAACGTGGATACTCAGTACAAAGAACTTCTTGAC
TTTGCAAAGTTAAGAAAGGAGAAGCTTATTGATGCAAGAGCATTATACAAATTCTATGGC
GAAGCTGATGCAGTGTTGGCTTGGATTGGCGAGAAGGAACAAGTTTTACAAAATATGTTG
ATTCCTGATAATATTGAAGATATGGAACTTGTACAACATAGATTTGAAGGTTACGAGAAC
GAGGTGAACAAACTTGCCCCACAAGTTGCAGTGGTGAACCATATGGGGCGTGGGCTTGTA
CAAACACAACATCCTAATGCAGATGATGTGGCAGAAAAACAAAACGAAATGAATGTCAGA
TGGAACGCGTTAAGAGCATTACTTGAGGAAAGACGTGAAGTTTTATCTTCAGCGAAAGGG
TTGCATGGATTCAAACTTGAATGTGAGGAAACCGAGGGCTGGATTAAAGATAAAGCAAGA
GTCCTCGCAGCCGGAGCCGAGGATCAGCTCACGGATCGAGATCTTGCAGGAGTCGTTGCT
CTTCAGAGGAAGCTTTCGAGCATGGAACGTGATCTTGCTGCTATACAAGCAAAATTGGAC
AACTTGCGAGATGAAGCTGAGCGTTTATCAAACGAGCATCCAGAGGAAGCGGATGAGATC
AGGAGCAAGTTTGAGCAGATGGAGAAGGTTTGGCAGGAGTTGAGAGACATGTTAAGGAAG
AGAGAGGACTCACTTGGAGAGGCGGGGAATCTTCAGAAGTTCCTTCGAGATCTTGATCGA
TTCCAGGCATGGCTATCAACCACACAAACCACGATAGCATCTGAAGACATGCCACAATCT
CTACCAGAAGCTGAGAAACTTCTTCAACAGCATCAAGCTATTAAACTCGAGATTGACAAC
TATGAGGCTGATTACGAAGAAATCAAGAAAACTGGAGCGCAAGTTACTGCTGGTCGTGAA
GATGAATCTCAATACATGTTCCTTGGACAGAGGTTGCAAGCTCTTGACCAGGGTTGGGAC
GAGCTGCAGAAAATGTGGGAAAACCGAAACCATTTCCTTAAAGAAGCGAAAGAATATCAA
GCGTTCATTCGTGACTGCAAACAGGCGGAACAAATTCTCACCAACCAGGAGTACGCTCTA
GAGACCGCTCGTCGCTCCTCTGCGGCTGCTACGACTCCTGACTCCGCTGAGGAAGTCCTG
AAGAAGCACGAGGCATTTGTTGCAACGATGGCAAGCGGAGACGAGAGGATCGAGTCCGTC
CTCCGCGATGCAGAGAAGCTTTCTGATGAAGAGACAAGTCATCATGCTGCAGATCGGATC
AAGGAGCGAGCTGAGAAGATCGCAGAAAGAAGAGCGAAGAATAAAGAGGAGGCAGAGGAG
GTTTCAGCAATGCTCCGGGAGAATCTAGCAATGCAGAAGTTTGTAGCTGACTGTGATGAA
CTGAGTGAATGGGTGAATGAGAAGATGTTGACGGCTAAAGATGCCACGTATGATGATGCA
AGGAACCTTCACTCTAAGTGGCAGAAACATCAAGCATTTGCAGCCGAGTTGTCAGCCAAC
AAAGATCGGTTGGAGAGACTTGAAGAAGAAGGTTCGTCACTTACAGAATCGAAACCTGAA
TGGGGAGAACAAATAGAGACCAGACTTGATGATTTACGAAAGCACTGGCTGGCGCTAGAG
AGTTGCACTAAAACAAAGGAGAAAACTCTTTTCGAAGCTCACAAAGCCGAACTTTTTTCA
CAAACATGTGAAGATCTTGAGAAGTTTGCATCACAAATGGAGGAGCAACTCAACTCCGAT
GATGTTGGAAAAGATCTCGCCAGTGTTAATGTCCTCCTCAAAGATCATCTTGCTCATCAG
GATGAAATCGAAGTCCGGAAACAGGAGGTGCAAGAACTTGAGAGTCAAGCTGATGTCCTG
AAGTCCGAGGGAGACGAGGATGTTGATACGATGAACGAGGAGCGAGCAAAGATCAAACGG
AGGATCCAGGATCTGGATGAACCTCTTGAGAAGAGGAAGAATGCTCTTGATAACAGCAAA
CAACTCCATCAGTTTTACAGAGATGTACAAGATGAGAAATTATGGATTGATGAGAAAATC
CCACAAGCTACTTCTAATGAGCTTGGTAGCTCCTTGCAGGAAGTTCAAGCTTTACAGAAG
AAACATCAGGCTTTACGAGGTGAACTCACGGCACACGAGCCACTAGTGGTCGCTGTATGC
GATCGTGGGGTAGCCATGGCAACCGAGGACAATCCTAATGTAGATAAAATAAATGAAAAG
TGTCATGAACTGCAGGAGAAGTGGGACAGATTACTTGAGGATGCAGATGAGAGAAAAGGA
AAGTTAACTGAAGCGGAAAACGCTCAACAATATTTCTTCGATGCTGATGAAGCAGTTGCG
TGGATGGAGGAACAAGAACTTTACATGATGTCCGAGGAAAAAGCTAAGGACTCTCAAGGA
GCAACAAAGATGTTGAAGAAACATCAAGCACAAGAGCAAAGCATCGATGATTATGCCGAC
ACCATTCAACAACTTTCAAAGACATGTCGTGATCTATGTGACCAAGAACACCCAGAAAGC
GAGCAACTATCAGTGCGGCAACAACAAGTCGACCGAACTTACGCGGGACTCAAAGATCTT
GCGGAGGAGAGGAGGATGAAGTTGAGGGAGAGATGCGATCTCTTCCGTTTATCTCGGGAC
ATTGATGATCTGGAGCAATGGATCGCTCAGCGGGAAACGGTTGCCGCATCACAGGAGCAA
GGGCAGGACTTTGATCATGTTTCAATGTTGCAAGATCAGTTCAATGACTTCCGACGAGAC
ACGATCAAGACCGGGGAGGAAAGAGTCGCTGATGCGATCCGGATGTCTGACGAACTCATC
GATGCTGGCCACACGGATGCGCCAGAGATCGCAAACTGGAAAGACACGATAAGCGAGGCT
TGGGCCGATCTGCTCGAGCTTATCGACACCAGAGTTGAGATGCTTGCTGCTGCATATGCT
CTCCACAAATTCCATTATGATGGAGCTGAGATCCTTGCAAGGATCCAGGAGAAGAGACAG
GAAGTTCCTGATGAACTTGGACGAGACCACGATGCTGTGGAAAACTTCCAGCGTGAACAT
GATATATTTGCTCAGGATATCAAAGCTATCGGACTACAGGTTGAAGTCATCACGGCAGCC
GGAAACGAGCTTCAAGAGGGATACGCAGGTGATGATCTTCACGAGATTGAAAAGAAGATA
GAGGCTGTGCAGAGTGCGTGGAATAATCTTCTCACTTTGGTGAAGAAGAGAGCTGCTCTT
CTATCTGATGCTCTCAATAAATTCCGCTTCATGAATTTGTGTCGGGACCTCATGGACTGG
ATGGAGACTACTGTACGACAGATTGACTTGCAGGAGAAGCCAAGAGACGTTTCTGGTGTT
GAGACTGCAATGAGTGTCCACCAAGGCACAAAAGCAGAGATTGACGCTCGTAACAGCAGT
TTCGAGGAATGCACAGAACTTGGCCACCATCTTCTTAACACTGGCCATTATGCTAGTGAT
GAAATACAAGTCAAGTTGAACGAATTGTCCGCAAAACGAAATCATGTGGTTGATCGCTGG
CAAGAGAAATGGGACTTGCTTAACTTGTTGATGGAGGTGTACCAGTTCGCACACGATGCC
AATGCATGTGATGCGTGGGTCCAACAACAGAATGCGCTCATCCGTGACATGCCCGTCGAC
TCTTGCAGGTCAGCTGATGATGCTGACCAGTTGCTACGACGATTAGATGGGTTCGAGAAA
GCAGCCGTGCCTTGGGAAGAAAGATTTGCTGCTTTGGAGAAATTAACAGAGATGGAAATA
CGTGACGAAGCTGCTCGCAAACTCGCGAAAGAAGAGATGGAAAGAAAGAGAAAGGAGGAA
GAAGAAGAGCAAGAAAGGAGGAGAATAGAAGAGGAAGAAGCGCAGAAGATCAGGGAAGAG
GCAGAGAAGGAAGCAGCTCGTGTTCAAGCGATCGTGGATGCTGAAACACCAACGATTCAA
ATCGTTAATCCAGAGGGTCATGAGGCATCTCTCGTTAATGGGATGAACGGTGAAACCTCC
GGGGACGGAGCAGGTGATGCAGAGGATAGAAGAACGCCGGAGGTTCAGAGCCACGAAGGA
CCATTACAACGGAAACAGGAACGAGATATAGACGGGAAGAGAGCGTCAAACAGGTCCTGG
AACAGTGTGTTCTGTGTGTTGCAAGACAAACATCTTACTTTCTACAAAGATCCAAAGGCA
GCTTCCCAGAGAGCTTCCTTCCATGGTGAGCAAGCTCTATCGTTAGAAAATGCAACTGTT
GAAATAGCTTCTGACTACAAGAAACGAAAGAATGTTCTGCGATTGAAACTTTCTAGTGGA
ATGGAATATCTGCTTCAAGCTAAAGATGAGGAGGAAGTGCAGCTGTGGCTGAACAGAATT
CAAGCCCAAAATCTCAATGCTTCCATCAGCAGTGGAGTCAGCACACCTTCTCGAGTATCA
ACATTGGTCAGCGAAGCAAGCCCCAAGTCTAAAAAGCGTAGAAGCTTTTTGAAAAGTGGG
AAGAAGAATAAGTGAATAGAACTAGATGAGTTGCACCCATGTAACTGAATACACGCGGTA
GATCACTGGGTGGGGTTGTTCTACCACCTTGTTTATTACATAAACGTGGCACTGGTGCAT
TTATAAGTTTTCCACTTGATCAACCAATTCATGTGTTTTGTACTAGTTGATGTTTAATGC
TGTAGGCACCTATTCCGCACTCAATCATCCAAGGATATGTATTGGTTTCTATCGCGTCAA
AATTGTTATAGCCACCATAGCTTTGTAGTCATGTCGCATTACAATACACTGTGCATGCGC
GTGTTAATGTTGACTTCGCGTGCATGCCCATTTTTCGTTCCTAATCTATTCATGTTCTTG
ATTTCTGTAATTCTCCGTCGCTGGTAGCGACTCATGCGCAATTTTTGTACAGCAATTTCT
CATTATTGAAAAAGTGATAAAAACACAGTAGTTATTAAAGGGCATTACCCCCTTTAATTT
GGAGACCTATTTCATTAACTAGTG
| PIRSF |
Spectrin_bsu (IPR016343) - T[98-2450] 0.0 |
| SUPERFAMILY |
CH_dom_sf (IPR036872) - T[107-393] 4.39E-86 |
| Gene3D |
CH_dom_sf (IPR036872) - T[139-264] 7.6E-48 - T[265-401] 2.7E-45 |
| ProSiteProfiles |
CH-domain (IPR001715) - T[155-259] 17.361 - T[274-392] 14.026 |
| Pfam |
CH-domain (IPR001715) - T[156-259] 2.0E-21 - T[275-395] 7.9E-24 |
| CDD |
CH-domain (IPR001715) - T[156-259] 3.15014E-22 - T[275-394] 1.21557E-22 |
| ProSitePatterns |
Actinin_actin-bd_CS (IPR001589) - T[157-166] . - T[231-255] . |
| SMART |
CH-domain (IPR001715) - T[157-257] 4.3E-25 - T[276-390] 4.7E-15 |
| Pfam |
Spectrin_repeat (IPR002017) - T[430-537] 2.3E-12 - T[550-652] 3.8E-18 - T[656-763] 5.2E-18 - T[766-869] 1.7E-21 - T[872-916] 5.3E-7 - T[962-1063] 1.3E-18 - T[1069-1175] 1.0E-14 - T[1178-1282] 3.0E-17 - T[1286-1393] 1.6E-7 - T[1398-1499] 2.5E-16 - T[1503-1605] 7.7E-14 - T[1608-1712] 2.5E-23 - T[1715-1818] 5.0E-17 - T[1822-1923] 3.9E-16 - T[1928-2030] 4.8E-14 - T[2036-2135] 1.1E-16 |
| SMART |
Spectrin/alpha-actinin (IPR018159) - T[432-538] 1.7 - T[552-652] 1.5E-24 - T[658-762] 2.3E-23 - T[768-868] 1.3E-28 - T[874-958] 2.4E-12 - T[964-1064] 1.4E-25 - T[1070-1174] 4.7E-17 - T[1180-1282] 2.4E-21 - T[1288-1394] 6.3E-13 - T[1400-1499] 2.8E-17 - T[1505-1605] 1.8E-18 - T[1611-1711] 2.8E-30 - T[1717-1817] 1.5E-25 - T[1823-1924] 3.4E-19 - T[1930-2030] 2.9E-17 - T[2036-2136] 1.7E-20 - T[2142-2238] 1.6 |
| Gene3D |
PH-like_dom_sf (IPR011993) - T[2300-2414] 1.6E-35 |
| ProSiteProfiles |
PH_domain (IPR001849) - T[2303-2413] 13.892 |
| SMART |
PH_domain (IPR001849) - T[2304-2415] 3.7E-11 |
| PRINTS |
PH_dom-spectrin-type (IPR001605) - T[2306-2325] 1.2E-20 - T[2326-2347] 1.2E-20 - T[2368-2385] 1.2E-20 - T[2388-2406] 1.2E-20 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| SPTB2_HUMAN | 53.671 % | 2481 | 0 |
| SPTN2_HUMAN | 48.533 % | 2130 | 0 |
| SPTB1_HUMAN | 50.189 % | 2065 | 0 |