Login
Help

TRANSCRIPT CARD

Submit your Data

  1. Transcript 'Phmamm.CG.MTP2014.S5...' > 
  2. Transcript 'Cisavi.CG.ENS81.R2.2...' > 
  3. Transcript 'Harore.CG.MTP2014.S6...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S645.g07698.02.t

Possible name(s)

PPP6R1; PPP6R2; PPP6R3

Gene model

Harore.CG.MTP2014.S645.g07698

Location

S645 [12,240 / 25,195]

Sequences

Amino acid sequence

Length: 1,122

>Harore.CG.MTP2014.S645.g07698.02.p
MFWKFAPTTSNIDSMLEREDVTLRELLNEDDVLQECKGQNTKLIEFLCKKEVIEDLVEMI
TVEPGEEEDEAVRYKFPNLACELLTSDVQQINDALGDSEVVTKKLFSFLNKTPPVNPLLA
SFFSKVVGILLSRKPEPTLDYIKTHEDFLASVLKHLGTSAIMDLLLRMVTCVEAAELRAQ
VLTWLNENQLIQRLIARIDPSFSEDLHCNSAQSLCDIIRLSREHMYTMQESAQEDPLLNT
LEREETVSLLLHHMFDGELSESVIVNGISVLLALLEIRRPAPFGFPDMAPELTQLDVERL
ARGVSRTLHGVSSRLADFHKLLLNPPQVEVMKCTFGELDPPLGNTRLHVGKLLAAILMTN
THNINSQLADLRMFDALLDLFFKYEYNNFLHTQVAGCVQTVLGNAANISSQPTKSEVVSQ
NSESGPNSTNEMKNEDEDQDDGENPRMVAPLLAHLFEECRIIQRIMDAWEDNQRQENEEG
GHRKGNMGHLTLITNYILDNLEKGVNSDRLKRFLGEMPEEDQGRWQKFLSEVLAEVNERN
SRELGGHNPMHFSSDEEGDPDFRDVPFNTDSSLQQFGFTDDDFAEPDENMKFDKIENIEL
DMKCNTNTPSMQLFEAVCKARIPNLNENYEEEDEGTVSAKGDTDRWEEKPITYADDVRTS
EEGKVLSTPFTVTVRERTDSSDSAGSDEGAEAIAIKIPGNTEEMDTSQPQEWKASFEESY
DSSSSGSSSGSNNSTPTSSPRGYPAGSDVSRTHPMDVVHEQKQNEVEISSSANNDNWANF
DELPSSVPESTCSTMTVEIPTSSYKSQPDVPDSTSKEVTKESANAESPMVVMYNQASPSI
IEFCSHAVTSSPTSSTMETQNLLEDDGREVSSSHQADEQKTEDMDMDDVSTSPDTAAVTS
EAESQPVKGKSDLQEPEKDCSEPSSTSPSPSVAMDTEMNPTSTDESGIKRQRMEVQEQLE
SEQYQSRVDEDVDIVSMVTISSSSTEARQSSQEDDVITSTGVSQEAVEPSSTSAIQDTTS
SEAANGIGNADSVASNDQREQVVTVSVSCTAATDSEPSSSGSADLPGTEVSSSQSQNVSD
SVQHNEVSSSSAVKLVNSSATNSPVDSDTSAAESDVKLNGPV

Nucleotide sequence

Length: 5,081

>Harore.CG.MTP2014.S645.g07698.02.t
TATTAAGGTTCTTGATAATAATTAACCATGTTTTGGAAATTTGCGCCGACGACGTCGAAT
ATCGACAGCATGCTAGAACGTGAAGACGTCACTCTACGAGAACTGTTGAACGAAGATGAC
GTGCTACAAGAATGCAAAGGACAGAATACAAAACTCATTGAATTTCTATGCAAGAAAGAG
GTGATCGAAGACCTCGTTGAAATGATCACTGTAGAACCTGGAGAAGAGGAAGATGAAGCT
GTTCGGTATAAGTTTCCAAACCTAGCCTGCGAACTACTCACATCTGACGTTCAGCAGATC
AATGATGCCCTCGGGGACTCTGAGGTTGTGACCAAAAAGTTATTCTCATTTTTGAACAAG
ACCCCGCCAGTTAATCCCCTTCTCGCTAGTTTCTTTTCCAAAGTTGTCGGCATATTGTTA
TCAAGAAAACCTGAACCAACATTAGACTACATCAAAACCCACGAAGATTTTCTCGCTTCT
GTGTTGAAACATCTAGGCACATCGGCGATCATGGATCTCTTACTACGCATGGTAACATGT
GTTGAAGCTGCTGAACTGAGAGCTCAAGTTCTAACGTGGTTAAATGAGAACCAACTGATC
CAACGACTGATAGCTCGTATAGACCCTTCTTTCAGTGAAGACCTCCACTGCAATAGTGCA
CAATCATTATGTGACATCATTAGACTGAGTCGAGAACACATGTACACTATGCAAGAATCG
GCTCAGGAAGATCCACTGCTAAATACATTGGAAAGAGAAGAAACTGTATCACTGTTGCTT
CACCACATGTTTGATGGTGAGCTATCTGAATCAGTTATAGTTAATGGAATAAGCGTGCTA
CTAGCGTTACTGGAAATTAGGAGGCCTGCTCCCTTTGGATTCCCAGACATGGCCCCAGAA
CTGACACAGTTGGATGTTGAGAGGCTGGCACGTGGCGTCTCGAGAACGCTACATGGCGTC
AGCAGCCGCCTGGCAGATTTTCATAAACTTCTGCTCAATCCCCCGCAGGTGGAAGTAATG
AAATGTACTTTCGGAGAACTAGACCCTCCCCTGGGCAACACGAGATTACACGTCGGCAAG
TTGCTCGCCGCCATATTAATGACAAACACCCACAATATCAACAGCCAGTTGGCAGATTTG
AGAATGTTCGATGCTCTACTGGATTTGTTTTTCAAATACGAATATAATAACTTCCTTCAC
ACGCAAGTCGCTGGCTGCGTACAAACCGTGCTTGGTAACGCTGCAAACATTTCGTCTCAA
CCCACCAAATCTGAGGTCGTTAGCCAGAATTCGGAAAGTGGTCCTAATTCTACAAACGAG
ATGAAAAATGAAGATGAAGACCAGGATGATGGTGAAAATCCGAGGATGGTAGCTCCCTTG
CTAGCCCATCTCTTTGAGGAATGTCGCATCATTCAACGTATTATGGATGCTTGGGAAGAC
AACCAACGACAAGAAAATGAGGAAGGAGGTCACAGAAAGGGCAACATGGGTCATCTAACT
CTCATCACTAACTATATCCTTGACAATCTCGAAAAAGGAGTAAACAGTGATCGTTTGAAA
CGATTTCTTGGTGAAATGCCAGAAGAAGACCAAGGCAGATGGCAAAAATTCCTCAGCGAA
GTTCTAGCCGAGGTTAACGAACGTAACTCGAGAGAGTTGGGCGGTCACAATCCAATGCAT
TTCTCATCTGATGAGGAAGGTGATCCCGATTTTAGGGACGTGCCTTTCAACACCGATAGC
TCTTTGCAACAGTTCGGTTTCACAGACGACGACTTCGCGGAGCCCGACGAGAATATGAAA
TTTGACAAAATCGAAAATATAGAGCTGGACATGAAGTGCAACACAAATACGCCTTCGATG
CAATTGTTCGAAGCCGTTTGTAAAGCCAGGATTCCCAACTTGAATGAAAATTATGAAGAA
GAAGATGAAGGCACAGTCTCTGCAAAAGGTGACACGGACAGGTGGGAGGAGAAACCTATA
ACTTACGCTGATGACGTAAGGACGAGCGAGGAAGGCAAAGTCTTATCCACACCTTTCACT
GTAACTGTTAGAGAAAGAACCGATTCCAGTGACAGTGCAGGCAGTGACGAGGGAGCAGAA
GCAATAGCTATAAAGATTCCAGGCAACACTGAAGAAATGGACACTTCCCAGCCTCAAGAA
TGGAAAGCAAGTTTCGAAGAAAGTTACGACAGCTCAAGCAGCGGGAGCAGTAGCGGTAGC
AACAACAGCACACCTACAAGCAGTCCTAGAGGTTATCCTGCTGGCTCAGACGTTTCGAGG
ACGCATCCTATGGATGTCGTGCATGAACAAAAACAAAATGAAGTTGAAATATCGTCAAGT
GCCAATAACGATAACTGGGCGAATTTCGATGAGTTACCCAGTTCTGTTCCGGAATCCACA
TGCAGTACCATGACTGTGGAAATTCCTACTTCCTCGTACAAGAGCCAACCTGATGTCCCG
GATTCTACTAGCAAAGAAGTGACCAAAGAAAGTGCAAACGCTGAATCACCGATGGTCGTC
ATGTACAACCAGGCCTCACCAAGTATAATCGAATTCTGTAGCCACGCAGTCACATCTAGC
CCCACTTCTTCGACCATGGAGACCCAGAACCTTTTGGAAGACGATGGGAGGGAGGTCTCT
TCGTCTCATCAAGCTGACGAACAAAAAACTGAAGACATGGATATGGATGACGTATCCACT
TCCCCTGACACTGCTGCAGTCACTTCAGAAGCAGAGTCGCAGCCTGTTAAAGGTAAAAGT
GATTTACAGGAACCAGAAAAAGATTGCTCCGAGCCATCGTCCACCTCGCCATCGCCATCT
GTCGCCATGGATACGGAAATGAACCCGACTTCTACGGACGAAAGCGGCATAAAACGACAA
CGAATGGAAGTTCAAGAACAATTGGAATCGGAGCAGTATCAATCTAGGGTGGATGAAGAT
GTTGATATCGTTAGCATGGTTACCATCAGTTCCTCCTCGACCGAGGCACGCCAGTCATCC
CAAGAGGATGATGTAATTACTTCTACAGGTGTAAGCCAAGAGGCTGTAGAACCTTCTTCG
ACTTCTGCCATTCAGGACACAACCTCATCAGAAGCAGCCAACGGCATTGGTAATGCCGAC
TCCGTCGCTAGCAATGACCAAAGGGAACAAGTAGTGACGGTATCGGTTAGTTGCACGGCA
GCGACAGACTCTGAGCCATCTAGCAGTGGTAGCGCAGACTTACCTGGCACGGAGGTTAGC
TCTAGTCAATCACAGAATGTGTCTGACTCTGTACAACATAACGAAGTGTCTTCATCATCC
GCCGTGAAGCTAGTTAATTCTTCCGCTACCAATTCTCCCGTCGACTCGGACACTTCCGCG
GCCGAGTCAGACGTCAAGCTCAACGGGCCCGTCTGAGTCCGGGCCGTTCTAAAATCGCTC
CCACGGTTTGGCAACGCTGATACGACGACGCCTTCCATACAATGCGAAGGTGTCATCGCG
TTCAATGCTATTTTGTTCTTTGGGGTATCGAGAAGTAGCGTCGTTCTATAATATCTACAG
TCGTCGGGTTGTCGAAAGCGATAAATCAAGAAAATATACCTCTCAGTCTCTCCAGTTGTC
TCTTCAGCCAGTCGCTTATTCTATTTCCTTCCATTCTTAGGACAACACTTCTCACCACAG
ATTTATAGTACGCACCAAAGAATGTACTTCGAAATCTCTGTCCAGAGTTCGTCCCTATCC
TTTCCTTGATGCAGTTCCTAAATCAACAATAAATAACTTTCTCTGATAACATTTCATTTC
GGCGCTTAAAAAGCAGCTAAGGTCAACTACAATAATCCCTAGTTTAGCATGCCTAATATA
TCTTTGAAAAAAGCAGTGGTAAATCAGACTGCTTCTTTCAAGAAAAAGCGAATTGTATTT
CATTGTTTGGATATACTGAAATCGTCTTAACAATATCAAATAGATAATAGAACTTTAAAT
GGACTGAATTTACCCAAAGAATAGTTGGATTTCAGTTGCATCAAATACATGGTTGAGGAA
TAACTACACAACTTCACAAAAAACAGTGTGAAATCTATGACAAATCTAAATCCATTGCTC
TCATAGAATTTAAGATTTCCTTCGGTTATATATGAATTTATGTTGAAATTATATAAAAAA
TAACAATATGGATGACACTCAAGGTGAATTGCCAAATATAGGGCTTTCATAGCTTTCAAT
ACCATAGGCATCCCGTGCCTGTATCTTACCGTGTTTATCATCGGCTTTTAAAACTATTTT
TATGAAAATTCAGTGGTGGTTTATGAACCATGTTAAATATAAGGGATTGGTTAATTGTTC
AATTGTAACTATATAAAGCACTGTTGATGGAATCGAGTGCCTGGTGTACTTAGCTGTGGC
TGTATCGGGCGACTCCCACCTAAATATTGTCGCATGTCAATATTCAATGATGTATTCCCA
TTTATTTTCAGTTCAAGTGATCGCTGATTTATAGCGACTGAGACGGCTCTAACCTGGGAT
AGTTTTTTTATTATTTTCTGCCGTTTTTATTTTTTTCTATATCCACGCGCTCTCGAGGAT
GAGGGTTCTGTCAAAACGAATCCCACTGCTGTTTTCAGAACGTTATCGATAACAACCAAC
TAATTTATCATACAATATTATTTATGTACCTGTCGTGCCACCTTCAGAGCTTGTTTTCTC
TGTTTTCCTGCCACAGTACCACTAAATTTTGCACGCTGATTGCGGTTAATCTGGCTCATT
TTTATCATGTATTACGATTACTGTACTGCAAGGCATTCAATCTGTTATCTGTAGCAAAAG
AAAGAAACTCTGCATACCCATCGCTTCTACAAAACTTATTTTCTGGTCTGTGTCGAGTGC
TAACAGCCATTTATGTGTATTCTCTATTCGCGATCGTTTAAAGTTATTCCCGAACTACAG
GGCGCTCGCTCGCCCACTTAACCAGGGACAAGAATCTCGCATAATTGTTTAAATAGCGAT
TGTTTACGTTTATTTTACATGTTGGTTTTAACGTGTAACAATTTTTGTACCTCGTGTACT
CGATAAATAAAAAATGAAATGCGTATCTCACCGAAAGTCGT

InterProScan

PANTHER
SAPS (IPR007587) - T[1-956] 7.6E-209 - T[999-1094] 7.6E-209
Pfam
SAPS (IPR007587) - T[128-366] 2.6E-52 - T[367-541] 5.8E-32

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
PP6R3_HUMAN 38.414 % 585 0
PP6R2_HUMAN 44.984 % 550 2.27E-179
PP6R1_HUMAN 43.899 % 528 9.1E-172