Login
Help

TRANSCRIPT CARD

Submit your Data

  1. Transcript 'Phfumi.CG.MTP2014.S3...' > 
  2. Transcript 'Moocci.CG.ELv1_2.S20...' > 
  3. Transcript 'Harore.CG.MTP2014.S3...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S388.g00680.03.t

Possible name(s)

PPP1R12A; PPP1R12B; PPP1R12C

Gene model

Harore.CG.MTP2014.S388.g00680

Location

S388 [25,228 / 50,136]

Sequences

Amino acid sequence

Length: 1,985

>Harore.CG.MTP2014.S388.g00680.03.p
AMSDDVFSSPHIGWVKMEDSRPLSAKEKRQEQLKRWENSATDLECETYANPKIKVKFDEG
AVFLAACSSGDLDEVKKLLNKGADINFANVDGLTALHQACIDGNIDVVKFIVEHGSEIDQ
EDNEGWTPLHATASCGFMDIAKYLVEKGANVGAVNSEGELPIDIAEEDEMIEYLQKAIDD
QGIDVEYARNIEHEVLLHDATQYLNAYESGEKPVIYKHPKSGASLLHIAAAKGYNDVIKI
LIQAGKDVNVRDNDGWTPLHAASHWSQEESAKILADKNADFNIRSKLGQTPFDVADEDML
EYLSELKLEQKNRPNEKESMVIEPPPVKTDKTDTPDVIKVHDIQNGEKEGQKIFEVASDS
SSEDEGSKQSSPGRTPYSSKYGTEKDSYSSLTNEKSEEVGNFANRFSNRPGSLSMTSQER
RSLVRESSSGSKPIAATQPVQSVTKNNKENGPKTPTTPTSKDVKENTPAKWRSGLRKTGS
FEEKSRVGSYGKEVERSSSYSSKHNEEILSKNEHTKLARVAPILDARQKTKDENETTTSN
NTDYQRSTSFGRRKYPTDVTGGSAISNNAEPSSFKRSISYKKAVGRMESLDNNEEASEGL
SKRLPKFSSSSPESSRIVARVINDIEKETYRRKSSKVQRSTSLPSRRHKTKPKEVTRGEA
LKEVSHSESPKQVVPPEPPRNVFHPEMLKKAVVNNPKKTDPVEKSMAENQEKNQLGTRRR
WSLDKALLNTKLVTGTTTCFSNSNFRTLPWASVTPCSRRARNTSVEVPSERGSRKRSSSA
DSIYRNRRGTSSISETTNDTAAQNDVSSKTPDRRRSHLQPVRDEEAEAQRRARSRRERQT
RRSTQGVTLDVVEEAMRTIGKMRQQQQQASGDKTAAGDGTSESSKGIRHNDSSSNLYRRA
FDDSQPNTSSSAATTPSTFSSSSTSATSSSNPVTALPSGYIPSNQRVKINEPAATADPKP
YSSSVPSISVQDTQDVEGENQPLIENDANSSSSKSSKQGRRRPRKDRRSTGIQDLKAQPA
ETLPKTTASSEEGAAQDSLLSSESIHFRRRRRVLREDKKQRAKLPDEFVTDQVYKLSRDA
GNSALSVEISEKGLIGKPELDVNEDDDDRHRRLVERLTKKIRKKPVEERDHSSNANVVKS
KDITVAKLDAKSSQEVEIFGKVSDELLDTSPSADNKNDGITTAEEVPKQSLIAMFAKSEK
TAIQLHKGIVSVEEIHGSVAPVQEDAVEEKIIREATTSQISVLANITKSQSPQLKSTAFK
RRGTSNMDGGNTKTIQDNITNPSTTATVTQNFHPESIARVDQMNISQGKCRFPRDTSVEN
STPENDLNWLRNLGRVSNRSDVKHSPSVGKSPSTSSSSRFRKKSSFRRRSIECDLHPSAL
IRRSGIASQNLSPLISVKKRPYGGYFTRDSLAPLHQFSNGISTPYEITQSTSRNSSSLYQ
SDKKIKIDGPLAESSKPCKFDERNPPSLNVITKSGVSDVSYKVESPLIHFTDDCCNENVF
QFKGGGDELKSTTSMIKNGAQTTGSSLFATPRSNFKSFRSRIPLSQKLNEKFKVQNSSAK
MKKPIENNDGEDDDSSFKDDLLDVGKAERLRATAAKYESSSLPDRHTRHRTGIRASESDI
TPTSRLSQTTTTDENTPYSSLRNRSTEKNYKKLYEENQEENERLRQELAEAQRKISELQA
RVDRAEENSRRQNLETEKRERRALEKKLAEMEQELQKHKSYDDLRTTNEQLKAENTALVR
IVEKLGGTPTSVTGPASGVGAEVTNVAEQKNEDREIKFILGDSTDNSETVVSRTSSSSSS
QSVEETDGSSAPTTKRGSRETLHTRSESPALKRISKLESSSSTPSLFSSTYSSRRGPSSY
RSQNNDHSTTEYDRSSSYTPYRSSRKDLSSTSTGSYTIPVSSTRSSYLRTLPPSSPVMGR
STLRTSPIPYSSSYSSSKSSYSSPSSKSTYGSSSRPRSGYSSSSNARTGSSNLTGLGSSR
RPLKY

Nucleotide sequence

Length: 8,821

>Harore.CG.MTP2014.S388.g00680.03.t
ATGCCATGTCTGATGACGTATTTTCATCACCTCACATAGGTTGGGTCAAGATGGAGGATA
GTCGACCTCTTTCTGCAAAAGAAAAACGACAAGAACAATTAAAACGATGGGAAAATTCTG
CCACTGATTTGGAATGCGAAACGTATGCTAATCCGAAAATCAAAGTCAAGTTCGACGAAG
GGGCTGTATTTTTGGCTGCTTGTTCTAGCGGAGATTTAGACGAAGTTAAAAAATTGCTCA
ACAAAGGTGCTGATATCAATTTCGCGAATGTAGATGGACTTACTGCGCTACATCAGGCTT
GCATTGATGGGAATATAGATGTTGTCAAGTTTATAGTGGAACATGGGTCTGAGATTGATC
AAGAAGATAATGAAGGATGGACGCCACTCCATGCCACTGCTTCATGTGGCTTCATGGACA
TTGCCAAGTACTTGGTTGAGAAAGGAGCGAATGTCGGCGCTGTCAACAGCGAAGGAGAAC
TACCGATCGATATAGCAGAAGAAGATGAAATGATTGAATATTTACAGAAGGCCATTGATG
ATCAAGGTATTGACGTGGAATATGCAAGGAATATCGAACACGAAGTATTGCTGCATGATG
CGACTCAGTATTTAAACGCTTATGAAAGCGGTGAAAAACCAGTGATCTACAAACACCCGA
AATCGGGGGCCTCGCTGTTGCACATTGCTGCTGCCAAGGGTTACAACGACGTTATTAAAA
TTCTGATTCAAGCTGGCAAAGATGTAAACGTCCGGGACAATGACGGGTGGACACCGCTGC
ACGCGGCTTCTCACTGGTCTCAGGAAGAATCGGCCAAGATATTAGCTGACAAAAATGCAG
ATTTTAATATTAGAAGCAAACTTGGTCAAACTCCATTCGATGTCGCAGATGAAGATATGC
TTGAATATCTATCAGAACTGAAACTTGAACAGAAAAATAGACCCAACGAAAAAGAATCCA
TGGTTATAGAGCCACCTCCTGTCAAAACAGACAAAACCGATACTCCAGATGTCATCAAGG
TACATGACATACAAAATGGGGAAAAAGAAGGCCAAAAAATTTTTGAGGTTGCGTCGGACA
GCTCATCTGAAGATGAGGGCTCTAAACAGTCTTCCCCGGGAAGAACCCCGTACTCATCGA
AATATGGCACGGAGAAAGATTCATACAGTTCTCTCACGAACGAAAAATCTGAAGAAGTTG
GCAATTTTGCTAATAGATTCTCTAATCGTCCCGGGTCTCTTTCCATGACGTCGCAAGAAA
GGAGGTCGCTTGTAAGAGAAAGCAGCTCCGGATCAAAACCCATTGCTGCCACTCAGCCTG
TGCAGTCAGTTACAAAGAATAATAAAGAGAACGGACCTAAAACTCCCACAACTCCAACAA
GCAAAGACGTTAAAGAAAATACACCTGCCAAATGGCGATCGGGTCTTCGTAAAACCGGAA
GTTTTGAAGAAAAGTCACGAGTTGGTTCGTACGGGAAGGAGGTGGAGAGGTCCTCGTCGT
ACTCGAGTAAACATAATGAAGAGATTCTGTCAAAGAATGAACATACAAAGTTAGCGCGAG
TAGCGCCGATACTGGATGCCAGGCAGAAAACTAAAGACGAGAATGAAACGACTACAAGCA
ATAATACAGATTATCAACGAAGCACATCCTTTGGAAGAAGGAAGTACCCGACGGACGTCA
CTGGTGGCAGTGCCATATCTAATAATGCTGAACCTTCTTCGTTTAAACGCAGCATATCAT
ATAAGAAGGCCGTTGGCCGCATGGAAAGCCTTGACAATAACGAAGAAGCTTCGGAAGGTT
TGTCTAAAAGGCTTCCCAAATTCAGCTCATCAAGCCCTGAATCCTCTCGAATAGTTGCTC
GTGTAATAAATGACATTGAGAAGGAAACTTACAGGAGGAAGTCCAGTAAAGTCCAACGAT
CAACGTCTTTGCCTTCTAGAAGGCACAAGACAAAGCCAAAAGAAGTTACTCGAGGCGAGG
CCTTGAAGGAAGTCTCTCATTCCGAGTCTCCCAAGCAGGTGGTACCGCCTGAGCCTCCAA
GAAATGTTTTTCATCCTGAAATGCTCAAAAAAGCTGTTGTCAACAACCCCAAAAAAACAG
ACCCTGTCGAAAAAAGCATGGCCGAAAACCAAGAAAAAAATCAACTTGGTACTCGTAGGA
GATGGTCATTAGATAAAGCTCTGCTTAACACTAAACTGGTTACCGGTACAACCACCTGTT
TCAGCAACAGTAATTTTCGTACTCTTCCTTGGGCAAGCGTCACTCCTTGCTCCAGAAGAG
CTAGAAATACTTCTGTTGAAGTTCCATCCGAACGAGGATCACGAAAAAGGAGTTCTTCAG
CTGATAGCATTTACAGGAATCGTAGGGGAACGAGCAGTATATCAGAAACAACAAATGACA
CGGCTGCACAAAATGATGTTTCTAGCAAAACACCAGATCGTAGGCGTTCGCACTTACAAC
CGGTTCGAGATGAAGAAGCGGAAGCTCAGAGAAGAGCTAGGTCGAGACGAGAAAGACAGA
CGAGGAGGTCAACACAGGGTGTCACTCTAGATGTTGTGGAGGAGGCAATGAGAACTATAG
GAAAAATGCGTCAGCAGCAACAGCAAGCATCTGGAGATAAGACCGCTGCAGGAGATGGAA
CATCAGAGTCATCGAAAGGAATACGTCACAATGATTCCTCTTCAAACCTTTATCGACGTG
CGTTCGATGACAGTCAGCCGAATACCTCATCATCAGCAGCTACAACTCCATCCACTTTCT
CCTCTTCTTCCACTTCCGCGACTTCATCTTCGAACCCAGTAACCGCACTTCCTTCAGGAT
ATATTCCGTCGAACCAGCGAGTAAAAATTAATGAGCCTGCCGCTACGGCTGATCCGAAAC
CGTATTCTTCCTCTGTTCCGTCGATCTCGGTCCAGGATACCCAAGATGTCGAAGGAGAAA
ACCAACCATTAATAGAAAATGACGCAAATTCGTCATCATCAAAGTCTTCTAAACAAGGAC
GGCGGAGACCTCGGAAGGACAGAAGGTCAACAGGGATTCAAGATTTGAAAGCACAGCCGG
CTGAGACTTTGCCGAAAACTACGGCAAGCTCGGAGGAAGGGGCGGCCCAGGACAGCCTTT
TGTCAAGCGAAAGCATCCATTTCCGGCGTAGGAGGAGAGTGCTGAGAGAAGACAAAAAGC
AGAGAGCAAAACTGCCTGACGAGTTTGTTACGGACCAAGTGTACAAATTGTCTCGTGATG
CTGGAAACTCAGCCTTGTCTGTTGAGATTTCAGAGAAGGGACTGATTGGAAAGCCGGAAC
TAGATGTGAATGAGGATGATGATGACAGGCACCGAAGATTGGTCGAGAGACTGACAAAAA
AAATAAGAAAGAAACCCGTAGAAGAAAGGGATCACAGTTCCAATGCCAATGTTGTTAAAT
CAAAAGATATCACTGTTGCTAAGCTGGATGCTAAATCATCTCAAGAAGTAGAGATATTTG
GGAAGGTTTCAGATGAACTTTTGGACACTTCCCCATCAGCTGATAATAAAAATGATGGAA
TTACAACTGCTGAAGAAGTTCCAAAACAATCACTCATTGCAATGTTTGCCAAGTCAGAGA
AAACTGCGATACAATTACACAAAGGAATTGTATCGGTGGAAGAGATTCATGGCTCTGTTG
CTCCTGTTCAAGAAGATGCAGTCGAAGAAAAGATTATCCGAGAGGCGACCACTTCGCAGA
TCAGTGTTTTGGCAAATATAACGAAGTCACAGTCTCCTCAGCTCAAAAGCACAGCTTTCA
AGAGACGTGGCACATCCAACATGGATGGTGGAAATACAAAAACTATCCAGGATAATATAA
CCAACCCCTCCACCACTGCAACTGTAACCCAAAATTTTCATCCAGAGAGCATTGCCAGGG
TAGACCAGATGAATATCTCCCAAGGAAAGTGTAGATTTCCAAGAGACACGTCAGTTGAGA
ACAGTACTCCAGAGAACGATTTGAATTGGCTTCGTAATTTAGGTAGAGTGTCTAACAGAT
CTGATGTGAAACATTCACCTTCAGTCGGAAAGTCTCCAAGTACCAGCAGCAGCTCTAGAT
TCAGGAAAAAGTCAAGCTTTCGAAGAAGATCCATTGAATGTGATTTGCATCCGTCAGCTT
TGATAAGACGTAGTGGTATTGCCAGTCAAAACCTTAGCCCGCTCATCTCTGTCAAAAAGC
GCCCCTACGGTGGGTACTTCACAAGAGATTCCCTTGCTCCGTTACATCAATTTAGCAATG
GCATCTCGACCCCGTATGAAATCACCCAATCGACTAGTCGCAATTCGAGCAGTCTTTATC
AGTCTGATAAAAAAATTAAAATCGATGGTCCTCTGGCAGAGTCTTCTAAGCCATGTAAAT
TCGATGAACGAAACCCACCTTCGTTAAATGTGATTACGAAAAGTGGCGTCTCTGATGTAT
CGTATAAAGTTGAAAGTCCGTTGATCCATTTCACTGATGACTGCTGTAATGAAAACGTAT
TTCAGTTCAAGGGTGGAGGAGATGAGTTGAAAAGTACTACTAGTATGATAAAAAATGGGG
CTCAGACCACAGGAAGTTCTCTGTTTGCTACACCGAGATCAAATTTTAAGTCGTTCAGAT
CCAGGATCCCACTGAGTCAGAAACTGAATGAAAAATTCAAAGTGCAGAATAGTTCAGCAA
AGATGAAAAAGCCTATTGAGAACAACGATGGAGAAGATGATGATTCCTCATTCAAGGATG
ATTTGTTAGACGTTGGGAAGGCGGAACGATTGCGAGCAACTGCGGCCAAGTACGAATCCT
CTTCGTTGCCGGATCGACACACACGACATCGGACTGGAATTCGTGCCAGCGAGTCAGACA
TTACCCCCACGAGTCGCTTATCACAGACGACAACCACAGACGAAAATACACCATACTCCT
CATTACGTAACCGTAGTACGGAAAAGAATTATAAAAAATTATACGAGGAAAATCAAGAAG
AAAACGAACGCTTGCGGCAGGAACTCGCAGAAGCACAGCGGAAAATATCAGAGTTGCAAG
CACGTGTGGACAGGGCTGAGGAAAATTCGAGAAGGCAAAATTTAGAAACAGAAAAGAGAG
AGAGGCGAGCATTAGAAAAGAAACTTGCAGAAATGGAGCAAGAATTACAGAAACACAAAA
GTTATGATGACTTACGCACAACCAATGAACAACTCAAAGCGGAGAACACGGCACTCGTCA
GAATCGTCGAAAAACTCGGCGGCACCCCGACGAGCGTGACGGGCCCTGCCAGCGGAGTTG
GAGCCGAAGTAACCAATGTGGCCGAGCAGAAAAATGAAGACAGGGAAATTAAATTCATCT
TAGGAGATTCAACAGATAATTCTGAAACAGTTGTCTCACGAACTTCGTCATCCTCGTCTA
GTCAATCCGTCGAGGAGACAGATGGCAGCAGTGCACCGACTACGAAGCGTGGAAGCAGAG
AGACTCTTCATACCCGATCAGAATCTCCTGCTCTCAAACGTATCTCTAAATTGGAATCTT
CATCTTCTACGCCATCACTGTTTTCATCAACGTATTCCTCCAGGAGAGGACCCAGCAGTT
ATAGGAGCCAAAACAACGATCATAGTACAACAGAATACGATCGCTCATCATCTTACACCC
CGTATAGATCCAGCAGGAAGGATTTGTCATCCACAAGTACGGGATCTTACACTATACCGG
TATCATCTACAAGAAGTAGCTACCTAAGAACCTTGCCTCCCAGTAGCCCTGTCATGGGAA
GATCAACATTAAGGACTTCACCTATACCTTACTCCTCATCATACTCCTCTTCCAAGTCCA
GTTATAGTTCACCATCTTCTAAAAGCACCTATGGTTCCAGCTCCCGTCCTCGGTCAGGAT
ACTCTTCTTCCAGTAACGCAAGGACTGGGTCTTCGAACCTGACCGGCCTCGGATCCTCCA
GGAGGCCCTTAAAGTACTGATGCGAGATTGAATTTTGTGCCAAATCAAAAACTTCATCAA
CTGTATATAAAAAAACAATGCACTTTCAATTTCATCTGGTACAATGCAAGAGAGTTTATA
TTCTGGGATTCCGTATCGCCAAAACAGGCGATCTCTGACTTGAAATCTGACAACCAAAGA
CTCAAAGATGAGAACGGAGCTCTTATACGCGTCATCAGCAAACTGTCGAAATGACAACAC
TTCCCGCATATCTGTTTTACCATCGATATGTTACTTTTTGTCCTACTCGCGAAAGAAGAA
AACTGCAGTATTTGTGTACCACAAAACTTTTAATCTGTTTGTGTGTGTGTGAGTTTCTCT
TCTCTTGCCACCGGTTCACAATCCTGGGGATTATTTGGACCGGTTCACAGTGTTTTATTG
TTACATTTGAAAAGGTGTCACTTATGCCAGCCAGCGAGGCCAGTCGCATGTATATCAATT
CATTAGAAAATTTTAGCTCATTTGCGATTATGTGAGGAAGTGGGTCGCAGCAGCTTTTAT
CGTACAATTTCAGACCTTTCATTGTTCAACTTCAATAACCAACTGTCTATTAGAAAGGTG
GATGATATTGGTCTGTAATATACATGCAAACATCTCAAATTTTATAACATTGTTTTGCAT
GATCGACACTCCACACATTCATTGAATGATCATTCAGTATCATAACATACATGAACAAAA
CAAATAAATCGGTACTCCAACAGAAAGAAGGAAAATAATCTTACGTACTCGTGTATTCAC
TTATGTTCCCAAGCCTCATCACGCAAAAATGGTCCACTGACCCTCGGGTCTGCATATGTG
ATACTGGGGATCCATGAGCTGAGATTGAGATATTATGAAGCTCCAGCAACAATACTTCCA
AAAAAAAAAGTTATCTAAGAATTTGATTTATTACACATATTTTCTCCAACTGTTAATATT
TAGTAACATATGTCCAGTACACGATCAACTGGGTACACCGAAAATTGAATTCAAATATCC
TTGGTGGTAAAAAGGTTGGGAACCACTGGGTTAGAGACTCAAATTTTGCTTAGCACTCGA
ATTTATCACACATACACTGTAAAATAGAAGGATTAACATTTCCTATTACCGGATGAATTT
CATTTCTTGTTTAAGAGCAAGTTCAAATGGCTTCCGTGTCTACTCCACCTCTCGTGCAGT
TTTTGCCAAATTCCTGTACGTTTTTGCATGTTTTATTTCTTCCCGTGACAACATGCTTCT
AATTACTCTACCTTGTGCAGTTTTACATAAAAGAATTTGTGTGCCAGAAGACCCTATCTT
ACTCCAGAAATTACTATGCTTTGATATATATATATAATAACAGGGAAGAATGTTGGTACT
TGAACTATGCTGCGTTACATAATCTCTTCATGCAGATTTCAGGGGTGCTAGATACAATAT
AGATTCTTGTCGAGGATAATGTTACTTCTGATCTACTGTAACACATGTGCTTTGAACATT
CATGGCTGCATTATATCCTGGAAGTAATATTGAACTCACAAGTTTTGGCAAAAAAAAGGG
ATTGAAAGATATCCGGAAATATTCTGGTTATGAACCTGAAAAGATCTAGCAGATTCTCTT
GTTACAGCATGGTGATATATTTCACAGGCTATAAAACTTGTTTTACCCTCGAAAACAGTT
CCCCTACAATGGTTACCCACTTTCACAAGTACCTGTATCTTAATAACCAAAGCATTTCAA
TAGCTATATTATTGCAACAGATGCATAATACAGTCAAAGTTATTTTAAAGAATTGTTGCA
GTAAAATACAACTCAATTTTTTTTGTAACTTTTCTGGTTTTGCGGTTCTCTTTTATTTAT
TTAGTTACGTTGATTATGTTTTTTCGCACGCAAACCTAAGGCTACGGTTTGGAATGATAC
TTTGACCCTCCACCTTTCCTCAATATGGATCCTAACCAATTTTAAATCGTTTTGTTTCTG
TTAAATGGAAGAAATCATTAGTTTCGTAACTGGTTCCAGTCCAGACAATTTCCCCCCTAA
TGATTTCCACTTCTTTTTGTTAGATTTACAGAATGTATACAATATCAGTTATCTCTTGAC
GTATAGGTGATTGGTGTCTTTTTGGCTAGAACTCTACTACTTACTAGGAAATATTAGTTG
GCTAAATCGACCATTGTTTGTTATTAACACACAAGAATAATATTAACACTTCGACTAACA
TACACAGTTTTAAATCGCATGATAAAGCTTTGATTTTTTTCTACCTGTGTACTTAATTTC
AAATTTTTATCAATATTTAATCAAACTTCATTATCGATTCTTGTTATGACTGTTTTTCTA
ATTAAAATCCATTCTACTGGCACAAAATCCCATTGGTTGGTTGAGGCAGCAGAGTTATAT
TTTCTTCGTGGTTTGGGGAAGCACTTCTATACTCAACCTAATCATCTTCAGTCGTCATGA
GAGCAAGGTTAAGAAAGAGCAGACCCTAAATTCTGTTATTGTAGGTTCGCAGTTATATTT
GTGCAAGCAGCTGTACTTTTACATAAGAGATTGAAGTGGCGAAACTGAATAAGTATATTG
TTAACGTAGAGGAGAGCTGCTTAAGTGCTGAGATGCATTTCCGGTCCAATTATACTGTCA
GTGGAGGAAGTTCGAATCTGAACTCCGATTGGCTGACAACATATGACGCAATCTGCCCTG
TGCATTTCCATGTCACTCGAACACGACTAGTCACTTTTGAAGGAATAGTTGTTTGCATTA
GGAAACAATTCGTCATAAAACGCTGATGTTGGCACAGTATACTAGTATATTTGAGTAACG
ATTGCGTAAACGAACATACCTGAACCTGAGTAACCTCACACGAACGAAAAATTAAGTAAA
C

InterProScan

Gene3D
Ankyrin_rpt-contain_sf (IPR036770) - T[23-181] 4.9E-49 - T[182-320] 2.3E-38
SUPERFAMILY
Ankyrin_rpt-contain_sf (IPR036770) - T[27-297] 4.98E-61
SMART
Ankyrin_rpt (IPR002110) - T[57-87] 6.7 - T[91-120] 2.0E-5 - T[124-153] 1.2E-4 - T[221-250] 1.3E-4 - T[254-283] 0.0031
ProSiteProfiles
Ankyrin_rpt-contain_dom (IPR020683) - T[58-295] 53.585
CDD
Ankyrin_rpt-contain_dom (IPR020683) - T[63-174] 1.6077E-34 - T[119-303] 2.17698E-27
Pfam
Ankyrin_rpt-contain_dom (IPR020683) - T[65-153] 3.1E-18 - T[218-284] 3.0E-12
ProSiteProfiles
Ankyrin_rpt (IPR002110) - T[91-123] 13.865 - T[124-156] 12.743 - T[221-253] 14.185 - T[254-286] 11.167
PRINTS
Ankyrin_rpt (IPR002110) - T[92-107] 4.3E-5 - T[237-251] 4.3E-5
Pfam
PRKG1_interact (IPR031775) - T[1649-1745] 1.2E-19

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
MYPT1_HUMAN 59.736 % 381 2.34E-111
MYPT2_HUMAN 52.188 % 350 2.85E-101
PP12C_HUMAN 48.227 % 286 2.0E-81