Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message

LotjaGi1g1v0728900.1

Overview

Field Value
Gene ID LotjaGi1g1v0728900
Transcript ID LotjaGi1g1v0728900.1
Lotus japonicus genome version Gifu v1.2
Description mRNA-capping enzyme; TAIR: AT3G09100.2 mRNA capping enzyme family protein; Swiss-Prot: sp|O55236|MCE1_MOUSE mRNA-capping enzyme; TrEMBL-Plants: tr|A0A0B2SM84|A0A0B2SM84_GLYSO mRNA-capping enzyme; Found in the gene: LotjaGi1g1v0728900
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:130049154..130058486) extracted from Lotus japonicus Gifu genome v1.2.

GAGAGGGTAAAACAAGGGGGCGTTATGTCGGTTCCTTGAACAGGATATGTTTGGTGGCGCAGAATAGAACTCAGATCTTC TTCCCACTTGAAACACAAAACTAATCGATTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTCTATCGCTTCCTTCGTCA AAAACCAAAACCCTAATCCCATTTTTCACCACCTCACTCTCATTCTCCTCTTCATCAATCCATAGCTCCTGCTATTGGCT ATCAACGCATGGTAGATTCTCTTTCTCACAACCACAAATTCGAATTCGATATACTTTTTGTTGTTCGCAGCTTAATTCTA GTTCGAGCAAGCATCGCGATTCATAACTTAGTAGGAGAAATCAACACTGGATGAAAAAAAGTTATCTGACCTTTTTCACT GTTGAATCAAAGACAATGCGTTTTCTCAGTTTTTTTTTTTTGGGATTTTTATTGATAGCTGCCATGTGTCGTATAGTGTG GCACTTTCAAAAACTGATACAAATCATGGGCACATGAAAAACTTCACTATACTAAGTTTTTGAATTATCTGTTATCATTG AAGTAATGATGCAGCTCAATGATGTTTTGTGTGGTTTTCTTTGTGGGAATCTGCTTGGCTGTGTTAAAGCATGCAAAACT GGTTGATATATTCATGAAATTGTTTCCGGGGTGGTGAATTTGATCAATGAACTTCACTATGTACAAGTATGTGTAGTTTT AGGGTGTGCGTTTTGCTTGTTTTCGGATACACAAGTGTTTGGTCACTTAAATTTTGCTATCTTCAGTTAATTATTGTTCA ACTCATTTTACTCAAAACAATCTTATGTTATGCATTGCATGTCATTGGATTATTGACGACTCTTGTTATTTTTGTTAAAA GATAACTCTTGTGCTGTTTCTGACTTTGAGTTCCTTCCTTATCCATCAGGATATTGACGATACACGCAGAGGTTTGAAAA GGAAGCCGCCAGATATGGATCGTGGTCATGAACATGGATCTTACAATATGAATTCTAGACCTTATGATAGGAACATGCCT CCTGATGGTGTGTCATGTTTGTCTGTTTTTTATTTTATTGTTTAATACAGTCGAAGATTTAGTTTTTAAATATTGAAGTT TACTTCGTCTGTTTCGATATTGTATTTTAATCTCATTGTATGGTAAGAAAGTCCTGTATTCCTTTTGGAATTTAACGATA TAAACATAGTAGTCAATCGCGGATCGCGGCCTGTCGCGGATGACTGCCAAAAATGAAATCCCATACAAGGGAAGGCTGCT ATTGGCTGTGAATAGCGGGATTTCTCGGCCACGATCCTGTCGCGGCAGGGGTCCACTACCACTATCGCGCGCTATCGATA ACTATGTATACAAATTACGGAATGTCCATAAATAAGTGAAGCTATGAGTTGCCTTTGTCATTGGAGGCTTTTTTTGTCCC CTGCGCATATTAGTCTTATGTGAAGATGATTGTGCATGTTCACTGTCTCGAATGTTCTATATGAGTGACTTATTCTGTTG GACAGTTAACTAAATGCTGTAGGAATCGGGGCATATTGTATGGTTCATAGCCTTTATTATAAATTATACTTTATATTTTA GATGTTATTAGTCTCCTTGGAATTTTTTAATTTGATTTCATCCTTTGATATTTTTATTGCAAGTCCTTATTGCGTGAAGA TGACATATTTCTTCAATTAATCATTTCCTTTACATGCTTATTCAAATGTTTAAATCTCTATTTTACTGCTCTTCATGCTC GTAATGACGTTACTATAATTATGCTGGGCTTTTCATTTTTTCAGCCTTTCATGTTTAGTGAATCCTATATTGCAGGTTGG TTAGACTGCCCAGCACAAGGGCAAGAACTAGGATGCATAATTCCTTCAAAGGTTCCACTTGGTGAATCCTTCAATGATTA TGTCTCGAGTAAAAAATATACTCCCAAGCAAGCAATTCTTCAACCGAGAGTCTTAGGTAGAGAAGTAAGTATACCAAATG CACAGTAACCATCAATTTACTCTGTTAAACATGTTCTACTTTGGTAAGCTAAGTACATGTCATAAAGGTACATTTTGGAT ATGCGCAGCAGCAGAAGCTGTTGTTATCATTATTTTAGGGAGATGATGGTTTCTTGAATCTTTTGATGTGATTACCATCT TTCTATGTGATTGATCTTGAGTTCAGTAAAAAACTGTCAAACATTTTTCTCATTTTTATTACTTCACAACATTTAAGTTT TGAAATTAACACGAATTTGGTGTTCCTAAGGTCTTTCTTGACAAAACTTGCCTTGATTGTCTGTTTATAATAAGAGTAAA AAGACTTAAGAGCAGGAAGAATGAAGGTGATAAGTATTTATATTTCATTTTTTAAGAGTAAATACAGAAAGGGCTGAATT TGCAACATAGTGAGGCTTCTACATGTTTAATCTATTATGTCAATATATATAGCCAAGATTGACGGAATCAAAAAATAAAT TTAAGCAATTGAAGAGTATTTTTCATTTTTTTTTTAATCTGACTGACATCATGTTCCATGCATAACAAACATGTCTGAAT TCTTGTTGGCTTTTCAGTCTTATGTAGATTTTTGTTGCACCCAGCATCATAGTACTTGACTCTAAAAATTTCGCAGCTTG GTTTGGTGATTGATCTGACAAATACTACTCGTTACTATCCAGTATCTGATTGGACAAAAGAAGGGATTAGGCATGTCAAG GTAGCATATGATCTTTCATGGTCTTGTTTATGGAGTTTTACTTGCTACTGAATTTATATTTTTGACTTGCTCCTGGCAGA TAAGATGTAAAGGAAAAGATTCTGTACCTGATGAAGAATCTGTAAAAATGTTTTGCGATGAGGTAGCTTCCATTTATAGT ATTCATAGGTTTCAAAAAATTCAGTTCATAGACATTACTTTTAATCATTCTTTTGATCAATGCTCACAACTTGATTGTCA AATATTTTATAGTTTTTCTTGTTTAATTCCTTGGAATGGTGGTATGGTTCCTCATATCTCACTTGAGGATTTATGATTTA TACTTGTAAGACATTGTTTTCAGGTTCTGGATTTTGGCTCCCAAAGAACAAACACAAAGAAATATATACTTGTACACTGC ACACATGGGTTTAATCGTACAGGATATATGATTATTCATTTTCTTGTGCGTACGGAGTCAATTTCTGTCACCGAGGTGAG GGAAAATCATAAGACTGTTTATAGTTTTGTTTACAACACCCGCCTCACTCTAATAATTGATGTGTTGTGCATATTTATGT TTAATATCTTCCAGGCAATAAAAAAATTTGCTCGGGCACGTCACCCAGGAATTTATAAGCCGGATTATATTGACGCCCTA TATGTGTTTTATCATGAAAAGAAGCCTGAAGATCTTATTTGTCCACAAACTCCAGAATGGAAGTCTGATCCTAATTTTCA TGGTCTGGATGTCCCAACTGTAGACAATCACAGAGACGCTCTACAGCAGGTAAATGCACCTTCTTCTCGGCATAGTTTGT TTAGCTTCTTAGAGGATATGGTTTCCAGTGCTTCCACTGCACTGGTTGATATGCTTACTTGGATGGATGCTTGGAAACTA AACTTCATTTAGCAGTTCAGTTTAAACCTTTGGGGCTTAAACTTCTTGGTTACCTTTACTTCTGTTGGTATTTACTTGAG TGTTTTGTTCAACACATCTATGACTTTTTATTGTTAATTATGAATGTCACCACTCATCAATTTTGAGTTTTTTTTTTATC ATTTTTGAGCATTTACATATGTATATAGTATAAATTATATAAACTGTGTAAAAATTTCAGCACCGTGGCCATCCCGCTAG ATGTTATACTGCTATAGCATTGGGGTTGGTCGCTACACCTAGGGATGGCAATGGCTAGGGTCTGGGTAGGGTACTATAGT ACCCGTCCCCGTACCCGCGTTTTCAAAATATACCCGTACCCGTCCCCGTCCCCATATCCGCGTGGGTAGCAATTTGAATG CCCATCCCCGTAGCCTCTGGGTACCTATATGCCCGTACCCATACCCATTACCCGCAATTTAGTTAACGGAAATGCAATTT TTATTCTCTAACATAAAATAATATAACTACTATTATAAAATAAAGAGCATAAATTTAAAATACAAAAGACTATTCAAGTA TTTTAATAACTAAAATCATTCATTTTTAAAAGAGTATGTTAGAATTTTTTTTTTTGTTATAGTAAGTTAGAAAGTTTGAA AATTTAACTAAGTTTGTTGATATATATACTTTCAAGTGTGTATACATATAATAAAAATAATTAATAAAGTGTGTGTGGGT ATGGGGCGGGTTGGGTACTATAGTACCCATACCCGCACCCGTACCCACTAATTTTTGCGGGTAATCACCCATACCCAACC TCATACCCATCTTGCGGGTTTTTACCCTACCCATTGTGGGTAATTTTACCCATTGCCATTACACTATCTGGGATTGCAAC ACTGAGTTGGGAAGCCCTATGCCGTACAAACCTCACACCAGACTCCAGTACTTTTAATGTGTGACTCAAGTCTCATATCT TGCAATTGGATCCTATAAGTCCGCCAGTAGATTTGTATTGTTATTTTTCGGCAAGCATTGGCCTGTAAATAGGATTGGTT ACGCTCTTTGCATCCTTCTGGCTTTTTAGATGTGACTTACATACTGATCACTGAAATTTTTATTTGCTTTGATCCAGAAT TTTGAACTTCAGATGATCTCTCATCACTGAACAAGATTTTGGCATGACAACAGAGGAAATTCTCTGTGGAGTTATAGAAA ATTGTTACAGAAAATAATTGTACTTTATTTTGTCATTCGCCACATCGGTAATGACCTTATTGTGTGAACATGTTGTCTTT TTGTGTGACTTGTATTCTGATATGGAGTTTTGTGATTTGCTGGCTAGGAGATTAATATGGGGTTACATTACTATTGAATT ACTTTCATCATATCACTTTCATTTTTTAAGTTAGTGCTGTATGTTGAAATTTTGGAAATTCTTTGAAACCTTTGCTGTTT GTTATGCTTTATGGAGTTTGCTTATGACTGATTTGATATTTTAGGAGAATATTATGAGGAATGAAGTGTTGAAAAATGAT GATGCTTTGGGAGATCCCGTCGCTTCACACCAGCTGCGTGGAATGCAAGAACTTTGTTATCAACTGCTCAAGTTGGGCCC AGGGGTAGGTTTCTGAACTGGTTTAGTTTGTTGAATTCCGTATATTTATCTTGGGTATGACTTGAACTCGGCATATTTTG GATAGACAAGTATGGGATGAAGAGATGCTGTCATATCATTGGAGTGACTGAACCATCCTCGTATTTTTTCTTGCATATGA CTCAAATTTTATCCCATGTTGCTTTTATTTACCCTTATTTTCCGTTGTCCAGCTTAAACAATTGTTTTGTTATCTTCGGG CCAAAGCTAATAGTTTACATTTTTAATTTATGAATACCTTTTTTTAGTTTATTAATAATCTAATTATAATACCATCACTT TCATATAGAGCCTTCTCTCTAATCTCTATTTACAAAAGATAGAGATTATGATAATTTAATAAGAATGTTGTCAGATCAGA GAAATCATCATGCAGATTGGTGGTTGGTTGCAAAAAAAATCATGTGAATTTTGACATTGTAAAATAATGAGTACTCTTGT AAACTGTCAACTGATACAAGACCCCTCGAATGCATAATTTTGTATTTGTCTCGCCAACTTTATGAAATGTATTAAAAATT CTTATATATCTTTAGTTATAGGACACATTAATGGAGTTTATTTTACCAGCAACAAATGAATGGAGCGAAATGCTAGAAGA TAATTTTGGCTTCTGTCTTTCATGTGTGAACTACTAATGTCGTGTCATTATGATGTTCAGCTAATGAATTATTTAAACGT ATTTTTCTGGTTGCTTTACTGAGGTTGGCAAGCTTGGCTTAGTTGTGTATATGGGTTAAATTGATTTTTGGCTTCCTTTA TCTGGCTTTTAGAGTCTATTATTTCATTGAATTATTTCTTATCCTTTGCTTCTGTGTTTCTCTATATCCTTTCTCTAATA TCATTTCTTATATAAATATTACAAAAATAATGCGATGCATATTTAGGTTATGAAGATTTATTAACGCATCTTGATAAAAT CCAGAACTAAACTTGAAGCTAAATAATTATTTGATTTAGAAATATTAGTTTTTTTGTATATAGATTTGTATTTTGAATTG ATTACATATGTCATACAAAGCTAATATTATCTCTTTTCAGGGAAGAGGAGGACGTTTACAGTTTCCTGGATCGCACCCTG TTTCTCTGAACAGGTCCAATCTTAGCATATTTGGTCATTTTGATTCTATAGCATTGGGAATTATATGTAGTTTCTGGATG GGCTTGGATATTTTACTAAGAGATGGTCATCGCTTTTTTTTTTTCTTTCTCTTTAGCCTAAAGAAGCAATAATACCTAGA ATGTGTTCTTTTGTCAACTTGCTTTTAACTATTTGATTTTGAATGTGCTTCATTATTCATTGGAAAAGATCAGCGTTGCT GTTCATAAATTTGGTTTAGCACTATCTTTTAGAAGTTTCTATATGAAAATGTCATTGGTCAAACTTCTTTTAGCATAAGA ATTGATTTTAAATATTTGTTTTTGCCAATCTTCTACTTCGGTTTTGTCAATTGATGTTGGATCAATTTTTTTTGCAGGGA CAATCTGCAACTGTTAAGACAACGATATTATTATGCAACGTGGAAAGCTGATGGGACCCGATATATGATGTTGATTACTG GAGATGGATGTTATCTGATTGACAGAAAATTTCTTTTCCGAAGGATCAATATGCGGTTTCCTTGCAGATACTCAAACGGG GTATATATGTTTATTCTGTTTACTTATGTTTCCAAGTGAGTTTTATATGTCTGGATATCAGGAAGATTAAAAGCTTCTTC AATTTCAGTTTATATTATCTATTGTGCAAATGTTGATGTTTTAAAATCACAAAATCTTGAAGGGTACACCGGAAAGGAAT CACCACTACACATTACTTGATGGGGAGATGATTATTGACATCGATCCACACACCCAGAAGCAAGAGAGAAGATACCTCAT TTATGATTTGATTGCAATCAATCAAGTCTCTTTGACAGAGGTACCCATTGCTTGACAAATGTAGCATCAAAATGTTACTG AGATCTTTGTTGATGTATTGCACATTTTCTTGGCAGACTGTTGACCTGACCATTTTGGTCTAATGCATGCAGCTTCCATT CTATGAAAGGTGGAAATTGCTGGAGAAAGAAGTTATTGAACCTCGCAACATGGAACGTGAGGGCCTTTCCAAGAGCTTAG ATCCTTATTATAGATATGACTTGGAACCATTTAGTGTATGTATAAATGATATCTGTTCTATTTTCAGAAACATTTTTCAT TAGGATTAGCTATTTGTTCATATTTTTGTATTTTTGTTTTAGGTGAGAAGGAAGGGTTTTTGGTTACTATCTACTGTGTC AAAGCTCCTTCATAATTTCATTCCGCAACTGTCCCATTCTTCAGATGGTCTTGTATTCCAGGTAATAATTAGTAACTCTA GAAGACTGAACCTCCTAAATTGAGCTTTGGATGCATAGGATAGTTGAGTTAATGAACACTTTACTTTTAGGAAGCACCGG GTCTTCAGGGATGCTGTACTGATTTGATGAGCAGTCCAATTTTTTAGTTGTTCTTTTTTCAAAATCTCAGCCAATATTAC TATTGACTGTTGAGAAACCTAAATACCTTGTGGTTTGCAAAATACTGACTGACTGCAAACATACTGTCAAAATTATGCAT GGATGCTGTCTGGTTTATCGACTTGTTCCATTGTTATTGATGTTGGATTCTATCAGGGTTGGGATGATCCATATGTCCCT CGCACACATGAAGGTCTTCTGAAGTGGAAATACCCTGAGATGAACTCTGTTGATTTCCAATGTGAGGTTGTATAAGTACT TCTCATCCAGTTCAGAAATTGAAATAGTTCATGTGGTAGTGCTAACTTCCTCTCTGTGCTACAATCTGAGCATGTTGATG ATGTCTTTGTTGACAGCTATCAGCCAGTGGCCGTCCCCTTCTTTTTCTGTTTGAGCGTGGAAAGAAGAAATTAATGGAAG GGACTGATGTTGTTTTTAAAGGTTGTAGACCTTTATCATTATATTTGAACATTATAATGTTTTAATGCTATTTCATTATT ATTTTTAAGTAAGAAGATGACTGATATTAGATTATATGGCCCCAACTTTTGGCCTTACAGGAATTGCCTTTTGTAGTCAA TGGAGTATGTCTATAAGCTATAGTATAATTCTGGTTATTTAACTGAATTTTATATCTGTAAAAATCAAACCGTAATGTTT TAATAAAAAGATCATTTTTAATGATTTTCAGATGCATCAGATATTTCATCCTATTCAGGGAGGATCATTGAGTGCTACTT GGATCCTGTGAAGCATCATTGGGTCTGTATGCGGATCAGAATCGACAAAGCAACTCCAAATGATATCAATACCTATAGAA AGGTTATTCTTGTTATCTTTTTCTATTTGTCTGTGTTTTGTTTAACTTGCTCATGTGAAAACCCTTGCAAATTTTTTGAT ACAGGTATTGCGAAGCATTAAGGATAACATCACAGAAGAGGTCTTGTTGAATGAAATTAGTCAGATCATTCGCCTACCCT TATATGCAGACAGAATACAAAGAGATATCAAGGCTCACCAACATTCACGGCGCAAGTGAGTTGCTATGAAAAAGCTAAGC ATGTCCAATAGTTAATTTGAAGAGCCAGCAAGAGTTTCTAAATGAAGTGCAAGCAGAGCTGTACAGATTTTTCGTTCCCA AAGTTATTATTTGTACTATGCCATGGCCTGCATTTATCCCTCACATACCTCAGTGAAGAGGTTTAGGCTCAATGAATTGT GTTGGGCTAATAAGTTTTGGGTCGCTGTTGTATTGTATATTAGCAATTTTGCCTATTTCCTTTAATTTTTTCCCCATTCT GTTTTGGGTCATTTTTTCCTCATGAATTCATAAGTTCATTTTGGAATAAACTCCACTCAAACGGCTTTGATAGGATTGTA CCAAAAGAAAAATAGGACTTTGATAGGACACTGTAATAGAAGGTTTCCTTTTATTGGTAGACAGCTACTCATTTTCTGGC TTTTATTTTTGCGCAACCAGTAAGGTATTGGAGATTCGATTACATTGACCCAATGGCGGATATACTTGAAATCTGAACTG TCTGATCTTAATCAAATAACTCAGATTTTTTAACTCTGAATTTAGGATTCTTG
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0728900.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGGATATTGACGATACACGCAGAGGTTTGAAAAGGAAGCCGCCAGATATGGATCGTGGTCATGAACATGGATCTTACAA TATGAATTCTAGACCTTATGATAGGAACATGCCTCCTGATGGTTGGTTAGACTGCCCAGCACAAGGGCAAGAACTAGGAT GCATAATTCCTTCAAAGGTTCCACTTGGTGAATCCTTCAATGATTATGTCTCGAGTAAAAAATATACTCCCAAGCAAGCA ATTCTTCAACCGAGAGTCTTAGGTAGAGAACTTGGTTTGGTGATTGATCTGACAAATACTACTCGTTACTATCCAGTATC TGATTGGACAAAAGAAGGGATTAGGCATGTCAAGATAAGATGTAAAGGAAAAGATTCTGTACCTGATGAAGAATCTGTAA AAATGTTTTGCGATGAGGTTCTGGATTTTGGCTCCCAAAGAACAAACACAAAGAAATATATACTTGTACACTGCACACAT GGGTTTAATCGTACAGGATATATGATTATTCATTTTCTTGTGCGTACGGAGTCAATTTCTGTCACCGAGGCAATAAAAAA ATTTGCTCGGGCACGTCACCCAGGAATTTATAAGCCGGATTATATTGACGCCCTATATGTGTTTTATCATGAAAAGAAGC CTGAAGATCTTATTTGTCCACAAACTCCAGAATGGAAGTCTGATCCTAATTTTCATGGTCTGGATGTCCCAACTGTAGAC AATCACAGAGACGCTCTACAGCAGGAGAATATTATGAGGAATGAAGTGTTGAAAAATGATGATGCTTTGGGAGATCCCGT CGCTTCACACCAGCTGCGTGGAATGCAAGAACTTTGTTATCAACTGCTCAAGTTGGGCCCAGGGGGAAGAGGAGGACGTT TACAGTTTCCTGGATCGCACCCTGTTTCTCTGAACAGGGACAATCTGCAACTGTTAAGACAACGATATTATTATGCAACG TGGAAAGCTGATGGGACCCGATATATGATGTTGATTACTGGAGATGGATGTTATCTGATTGACAGAAAATTTCTTTTCCG AAGGATCAATATGCGGTTTCCTTGCAGATACTCAAACGGGGGTACACCGGAAAGGAATCACCACTACACATTACTTGATG GGGAGATGATTATTGACATCGATCCACACACCCAGAAGCAAGAGAGAAGATACCTCATTTATGATTTGATTGCAATCAAT CAAGTCTCTTTGACAGAGCTTCCATTCTATGAAAGGTGGAAATTGCTGGAGAAAGAAGTTATTGAACCTCGCAACATGGA ACGTGAGGGCCTTTCCAAGAGCTTAGATCCTTATTATAGATATGACTTGGAACCATTTAGTGTGAGAAGGAAGGGTTTTT GGTTACTATCTACTGTGTCAAAGCTCCTTCATAATTTCATTCCGCAACTGTCCCATTCTTCAGATGGTCTTGTATTCCAG GGTTGGGATGATCCATATGTCCCTCGCACACATGAAGGTCTTCTGAAGTGGAAATACCCTGAGATGAACTCTGTTGATTT CCAATGTGAGCTATCAGCCAGTGGCCGTCCCCTTCTTTTTCTGTTTGAGCGTGGAAAGAAGAAATTAATGGAAGGGACTG ATGTTGTTTTTAAAGATGCATCAGATATTTCATCCTATTCAGGGAGGATCATTGAGTGCTACTTGGATCCTGTGAAGCAT CATTGGGTCTGTATGCGGATCAGAATCGACAAAGCAACTCCAAATGATATCAATACCTATAGAAAGGTATTGCGAAGCAT TAAGGATAACATCACAGAAGAGGTCTTGTTGAATGAAATTAGTCAGATCATTCGCCTACCCTTATATGCAGACAGAATAC AAAGAGATATCAAGGCTCACCAACATTCACGGCGCAAGTGA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0728900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MDIDDTRRGLKRKPPDMDRGHEHGSYNMNSRPYDRNMPPDGWLDCPAQGQELGCIIPSKVPLGESFNDYVSSKKYTPKQA ILQPRVLGRELGLVIDLTNTTRYYPVSDWTKEGIRHVKIRCKGKDSVPDEESVKMFCDEVLDFGSQRTNTKKYILVHCTH GFNRTGYMIIHFLVRTESISVTEAIKKFARARHPGIYKPDYIDALYVFYHEKKPEDLICPQTPEWKSDPNFHGLDVPTVD NHRDALQQENIMRNEVLKNDDALGDPVASHQLRGMQELCYQLLKLGPGGRGGRLQFPGSHPVSLNRDNLQLLRQRYYYAT WKADGTRYMMLITGDGCYLIDRKFLFRRINMRFPCRYSNGGTPERNHHYTLLDGEMIIDIDPHTQKQERRYLIYDLIAIN QVSLTELPFYERWKLLEKEVIEPRNMEREGLSKSLDPYYRYDLEPFSVRRKGFWLLSTVSKLLHNFIPQLSHSSDGLVFQ GWDDPYVPRTHEGLLKWKYPEMNSVDFQCELSASGRPLLFLFERGKKKLMEGTDVVFKDASDISSYSGRIIECYLDPVKH HWVCMRIRIDKATPNDINTYRKVLRSIKDNITEEVLLNEISQIIRLPLYADRIQRDIKAHQHSRRK
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
MobiDBLite
mobidb-lite
1 32 32 - –
MobiDBLite
mobidb-lite
1 25 25 - –
PANTHER
PTHR10367
4 625 622 0.0 –
PANTHER
PTHR10367:SF11
4 625 622 0.0 –
Gene3D
G3DSA:3.90.190.10
16 230 215 1.6E-56
IPR029021
PIRSF
PIRSF036958
25 626 602 9.2E-216
IPR017074
SUPERFAMILY
SSF52799
39 226 188 1.48E-42
IPR029021
CDD
cd14502
41 207 167 9.54898E-63 –
SMART
SM00195
71 211 141 0.0014
IPR020422
Pfam
PF00782
90 208 119 4.1E-13
IPR000340
ProSiteProfiles
PS50056
134 203 70 12.081
IPR000387
ProSitePatterns
PS00383
156 166 11 -
IPR016130
Gene3D
G3DSA:3.30.470.30
250 496 247 5.4E-76 –
CDD
cd07895
270 499 230 3.16676E-86 –
SUPERFAMILY
SSF56091
274 499 226 1.47E-43 –
Pfam
PF01331
300 498 199 4.0E-71
IPR001339
Gene3D
G3DSA:2.40.50.140
497 606 110 1.7E-21 –
SUPERFAMILY
SSF50249
501 614 114 7.62E-25
IPR012340
Pfam
PF03919
502 597 96 2.3E-18
IPR013846

Gene function (GO predictions)

GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .

GO term Namespace Name Definition Relationships
GO:0004484
Molecular function MRNA guanylyltransferase activity Catalysis of the reaction: GTP + (5')pp-Pur-mRNA = diphosphate + G(5')ppp-Pur-mRNA; G(5')ppp-Pur-mRNA is mRNA containing a guanosine residue linked 5' through three phosphates to the 5' position of the terminal residue.
Subterm of
GO:0004651
Molecular function Polynucleotide 5'-phosphatase activity Catalysis of the reaction: 5'-phosphopolynucleotide + H2O = polynucleotide + phosphate.
Subterm of
GO:0004725
Molecular function Protein tyrosine phosphatase activity Catalysis of the reaction: protein tyrosine phosphate + H2O = protein tyrosine + phosphate.
Subterm of
GO:0006370
Biological process 7-methylguanosine mRNA capping Addition of the 7-methylguanosine cap to the 5' end of a nascent messenger RNA transcript.
Subterm of
GO:0006470
Biological process Protein dephosphorylation The process of removing one or more phosphoric residues from a protein.
Subterm of
GO:0008138
Molecular function Protein tyrosine/serine/threonine phosphatase activity Catalysis of the reactions: protein serine + H2O = protein serine + phosphate; protein threonine phosphate + H2O = protein threonine + phosphate; and protein tyrosine phosphate + H2O = protein tyrosine + phosphate.
Subterm of
GO:0016311
Biological process Dephosphorylation The process of removing one or more phosphoric (ester or anhydride) residues from a molecule.
Subterm of
GO:0016791
Molecular function Phosphatase activity Catalysis of the hydrolysis of phosphoric monoesters, releasing inorganic phosphate.
Subterm of
GO:0042025
Cellular component Host cell nucleus A membrane-bounded organelle as it is found in the host cell in which chromosomes are housed and replicated. The host is defined as the larger of the organisms involved in a symbiotic interaction.
Subterm of

Genome browser

Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0728900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

Loading expression data from ljgea-geneid. Please wait…