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LotjaGi1g1v0787400.3

Overview

Field Value
Gene ID LotjaGi1g1v0787400
Transcript ID LotjaGi1g1v0787400.3
Related isoforms 4
Lotus japonicus genome version Gifu v1.2
Description Retinoblastoma-related protein; TAIR: AT3G12280.2 retinoblastoma-related 1; Swiss-Prot: sp|Q9SLZ4|RBR1_PEA Retinoblastoma-related protein 1; TrEMBL-Plants: tr|I1MIM1|I1MIM1_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0787400
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:136010725..136018905) extracted from Lotus japonicus Gifu genome v1.2.

GAGTGGTGTCATTCAAGAAGAACATATGAACAGTAGCTAGCTTCATCGCATGCTCTGTGTGTCTCACTGTAACTGTAAGT AACGACTAACGACTTCGAATCAAACGCTTCTCTTCATCTTGTTCCCAAATCCCAATAGCTTCATCACATTCATTTCATTC ACTCACTCACCGACTTACTTTCTGTAACAACAACTCACATTGCTACTAATTTCAATTTCTCACACTCTTCTTCTTTCTTT CTTTCTTTCTTTCTTTTTGTGCCCTAATTCCCAAATCTCCAAATTTCTTTGTTTTTTTGTTTGTTCAATTGCCCATCTTT ATTTTCAATCATTTGGGTGTTCATTTTCATTGAAAATTTCAAAGCTTTTTACCCTTAATTGCAAAATTCAGAAACTTTTT TCATTTTCATTAGGGTTCGTGGTTCCTCACTGCAATTCGTCGACCTTCCTGGCTGAATTTTGTGCCAATTAGGGTTCTTA CATGAGTCCTCCAGCTGCACCTGACATGGAACTTGTCAACCCTCCGGTTGCTCCTGTCGATAATGGCGACCAAGCTGACT CTCGCTTCGCCGACTTTTGCAAGGTTCTGTCTTTACTGTCAATTTCGTGTGAATTTTAGTTTTTTGTTACTGAATTTTGA TTCTTGTGAGATTATCTTTTTTTTTTGTGTTGTTGTAATTGCTTGTAGGACTCACCTCTAGTGCTAGTGGGCATGGATAT TAACAAAGCTATGTTCTTTTCATGAAGCACTTACCCTAGCTCTAGTTGAATTTCCATTTTTCTGAGAGAGGCATAGGAAG ATATAACTGAAATTACTCTACTGATCAACTGATTAAGCTTTTCATAAAGATAGTAAGATGCAAAAATTAGTGACATAGGT ACCCTAGTATTTTATTCCTCAACCGGGACGTCTTATACATTCTTATGCATGAAAAAGGATCAAGTTTAGTTTTTATTTAT TTATTTTAGTTACACTAGATCAACGCAAGAAGAATATTCTGAGACAGTAGGTGAGAACACGTGTAATGAGCGAAACATGA ATTAAGATAGTCCACAGAGCAATGAATTCACGAACCCTTTTGAGTTATTAATTGAACAAATTATTTTACATTAAATTATT TGTCGTTTTGTGGTTATATGGCGCGTCGCGTTTAACAGTTGTTTAATGTATAGAAAGACGTTGACGATGGTCAACGCAGG AGATAGAGAGATGATAGAAAAGTAACAAAATAAACATTGAAAGATAGAGAGTTGTGCGAAACAGGTGAAGCTGCAAAGCT TTGCCAGAATGAGTGGACATGGCCAGAAAATGGAGTAGATTGAGCAAAAAAGGGGCAAGCTAGGCAGAAATATATATGGG CTACAAGGACTTGACTAGAAAATGGAGGGACTGGGGTGTGAAGTGGGAATAGCCACCACTTGATGGTATAAAAGTGTTAT CCTCTACAATTCAGTTGCCATTTGCGCAAAGTTATGAGTTTCTTGTCAAGGCTAAGTGTTCAGCCGCCATTTGCGCTAAG CAATGAGTTTCGGTCATGGCCAAAAGTTGGTGCATTCCACCAAAGCAATGAACACGGGCAATGAGCCAAGCATGAATGAA AAAAGTCCAGAGCAATGAATCGACCAACCCGGTTGAATTATTATTTTAAAGAAAAAAGAATGCGCTAATATAGACAAATG TTTCAACAAAAAAAATTCCATTAAATCGGTTTGTTATGATATGGCGCATTGGGTTTAACAAACAGTTATGATGTGTCCAT ACTCCATATATAATTTCTGCTTGCTTTTAGGCAGATTAACTGAGGTTTAAGTTGTGATTCTTTATCCATAAATTCTTATT GATTTGCTCTTTAATGACAGAATGGGCTAGCATTGGATGAGAAAAGTTGTAAAGAAGCAATCAATCTGTTCGGAGAAACC GAACATATTCTACTAACATATGTTTCATCAATGGGAAATGGAATGGTACATAAGTTCATTTTTCTTTAGTGCAAAATATT ACTTGTATTTAATTTTTTTATTTGGATTCATGAGGTTGTATAATTCCTTTCCAGTCTGAAGATGCTGAGCGATACTGGTT CGCTTTTATTTTATACTCTGTCAAGAGATTGACTACAAAAAATGAGGAGAGTGGGGAGGAAGAGACTGAGAACACTGGGC TGACCTTTTGTCGTATATTGAGAGCAGCTAAGCTTAGGTATTTTTACGGACTTTTCTTTCTAGTATGTAAGATAATAGTT TACTGGACTTTTTCCCCTAATATATAAGATTGAGTCTGTTATATTATTTATTTTTATCATTTATCTCGTATTCAACAGCA TTGCAGATTTTTTTAAAGAGCTTCCTCAGTTTGTTGTTAAGGCTGGTCCAATTTTAAGTAATTTATATGGCAAAGATTGG GAAAACAGACTTCAGGTATTGACAAAGCAGCTGCATAGTTTATGTTCTTGTGTGTGTATCAGTGTGTGATGGTCTCATTA TTTTGTAATCCTTGGAAACAGTTTTTTATTAAGCCATTCTTTATTTTGCTATGTCTATACCAGGCAAAGGAGATGCATGC CAATGCTATTCATTTGACGATTCTTAGCAAGTGAGTTGCCCATTGTCTGCATCCATTTCTTTAATTATTGTCTTCAGCGG CAATTATTACTCCTTAATCTGTAGTATTATTGAACTTTCTATCCAATATGTATATTGCATAAGTTTACCTGAACTCATGC ATTCATTCCCTCTTTTGATATTAATCTAAAACAAGTTTTTTTTTCCTTTAGGATTTACTTAAATTACCTGATGGCTAAAT CTCTTTTTGGATAAGCAAGTTTTTGTGTTGAAAAAATATATTATAATAATTATTGAATGCTCAAGGGAGTTTTGGATCAA AAGCTAATTTTTATGTAATAAAGGACTACATAGTATGTGCTAATACTATGAAGTATAATTTTCCATGGGTAGTTGTGTAC CCTTTGAGTCCTTGCATCTAGAATTCCTGAATGAAATCCTATCTCGTGACTGATATCCCACATTCCTCTTTTACGTTGTT GAAGATTGTTGGTAGTGAAGGTCATGCTACATTATGTGTTGTATTTGATTGCTAGCATTGCATTTTAGTAATGCCATGGT AATATCATATATAAGGTGTATTTTATCATAAAAAGAAGACTTAATGTTTTGTTGAAGGATGATAATATGTATATAAGAGG TAATCTACTTAAGGTGGTATAAGTGTATAACTATAAGCATTATGAAATGGTAATAGACTTGTTGAGAATGAAATATAAGA TGATTAAGAATTTGTAGTGAGCTTATCAAAGACCAAATACTTTATCTGTAATCACAATTATGCTGTGGTTCAGCTTTACA TGCTAATTTATCTGTAAGGACCCAACGTGCCAGATGCATGATGGTATCTAGTCATATCTCAGACTTTTAGATGCTATATC TAAGCATTCCTATACTTGTCATATAAGTTTGTTTACGTTTAATTATTGTTTTAGCGCATCATGCTTGAATGATATTACTT AACAGTTGACATGACATCTTATAACTTTGATGGTTCCAGGTACTACAAACGTATATTTGCAGAGTTCTTTGTTGCTTCTG ATGCAAATATTGAAAAGAACTCATCTGTTACTGTTCATGCATCTGATTATCATCGCTTTGGATGGTTACTTTTCTTGGCA CTTCGTGTACACGCTTTCAGCCGTTTCAAAGACTTGGTGACTTGCACCAACGGTTTAATTTCCATATTGGTAAGTTAGAT TTTTATAGCTTTAGTCTTTTTCTGTATTGGAATTTTCCTGAAGATGTTTCATATCTTTTTCTTTACTCGTAGAATAGACT GAAGAGAATTGTTAGAATTTTAAACACATGATTTTTTATAACAAAATGACTGTTTGAAAACTTTCATGATAAATAGATTC AATTGCTCTATTCTTTTTAAGTTGTAATATTTGCTTCTTTTTGTGGGGGTGGGGAGGCAACAATTTCTTACTTGCTGGGT GTTTCTGTTGCAGGCTATCTTAATTATTCATGTTCCTGCTCGTTTTCGGAATTTCAACATCAGTGACTCTTCACGCTTTG GTGATTGTCTTTGTTTTCCCTTCTTCCCTGCATTTTGGTTTAATTTTTCATGCTCTCTTTCATGGAGGCCTGCTCTATGC ACACATACTCATTTACTTGTAGGCCACTTTAAAAGTGGATTCTTCTAATTCCATCAAAATTTCTTGCAGTTAAGAAAAGT AGCAAAGGCGTGGACCTCCTCGCTTCACTTTGCAACATCTATAACACTTCAGAAGATGAGATGAGGAAGACCATGGTGAA AGCGAATACTTTAATAGCAGATATATTGAAGAAGAAGCCCTGTTTGGCATCTGAATGCCAAACTGATAACCTAGAGAATT TTGATAGAGGTTCACTTTCCTTCTTTCATTGGCCATTGATGCATCATTATACATGATCTCTTAAACAGATTTTTATTATC GCTCTTTGCAGATAGCTTGACCTATTTCAAAGATCTGATGGAGGAATCATCTCTGCCATCTAGTTTAAACATCTTAGAAA AAGATTATGATGACATGATTCGTAACAAGGGTGAACTAGATGAGAGGTTATTCATAAATGAGGATGACAGCCTGCTAGCT TCAGGAAGTTTGTCTGGTGGCTCTGTTTCAGCTAGTGGTCTAAAGGTATCTTTAATGAAAAAAAAAAATCTGAAATTTTG TTTTATTTTGGTATGACTAATACCTAAAATTATCTATTTTTGCACTTTGTAGAGGAAATTTGATTCGATAGCATCACCTG CTAAGGCTGTTATAAGTCCGCTCTCACCCCACCGCTCTCCTGCATCCCATGCTAATGGCGTCACAGGTAGTACAAATTCA AAGATGGCAGCCGCCACCCCTGTAAGCACGGCAATGACTACTGCAAAGTGGCTTCGGACTGTTGTTTGTCCACTTGCCTC AAAGCCCTCACAAGAGCTAGAGCGATTCTTGACATCATGTGACAAGGATATTACTAATGATGTGGTGTGCAGAGCACTGA TTATATTGCAGACTATTTTTCCTAGTAGTCCTCTTGGTGAACGATGTGTAACTGGAAGCCTGCAAAGTGCAAATATCATG GACAATATATGGGCGGAACAGCGAAGATTAGAAGCACTGAAGTTTTACTATAGGGTATTGGAAGCAATGTGCAGAGCAGA AGCCCAAACACTACATGCAACTAATTTAACTTCTCTTCTAACTAATGAGAGGTTTCATAGGTGTATGCTTGCATGTTCTG CAGAATTGGTCCTGGCAACTCACAAGACTGTAACAATGCTGTTCCCTGCAGTACTGGAGAGGACTGGGATTACAGCTTTT GATCTGAGCAAGGTGATTGAAAGTTTCATTAGACATGAAGAATCGCTCCCAAGAGAATTGAGGCGACATCTGAACTCATT GGAAGAACGACTTTTGGAGAGCATGGTATGGCAAAAGGGTTCTTCAATGTATAATTCTTTGGCAGTTGCTAGACCTGCCC TTTCTGCAGAAATCAATCGTCTTGGAATGTTAGCTGAACCAATGCCATCATTGGATGAGATTGCAATGCAGATTAACTTC TCTTACGGAGGGCTTCCTCCTGTGCCTTCCTTGCCTAAGCTTGAGACTTCACCAAGTAATGGCTCTCTCTCTCTCTCTTA GTTTGAAGATTTTAAGACACATTCTCTGTTTCCATATACTTCTTTGTTCATCATTCCATAGAGTTGCTGCCATGTATATC TATTATGATACATAAAATTGTTCCTTTTCTATCCTACTCTTCACACCTACTCTTCCTCAAAGAGCACATGTTGAAAAATG CATATTTTTTCACTTCCATTAACATGTCTATCAATGAATGGATTTCAGTTCAAATTGGGGATACCAGATCACCAAAGCGT CTCTGTACAGAACATCGAAATGTGTTTGTGGAACGGAATTCTTTCGCTTCACCAGTGAAAGATCGGCTTCTTCCCTTCAG CAACCCTATGTCAAAGCTACCCCCACCTCCTTTGCAGTCAGCATTTGCCAGGTATAACTGTGATGAGTTTGGCAGTCGTT ATCTATGTAATTATCATTATTTCAATTTTTCACCGGTTTGCTGTTGCCTTCTTTTGATGCTTTGTGTTGAATGTTTATTC CCCATAGTCCAACAAAACCAAACCCAGGAGGTGGAGGGGAAACATGTGCAGAAACTGGGATCAACATCTTTTTTGGCAAG GTATTGGGGCTTCCTTCGTACTGTTATATACCATCTTGATTGTTAAAAGGATTTGCAACTTGTGCATAGTTGTCAATAAA AGTTCATTCGATAACTACTTTTCAATTTGATGGACCCATAGGAAAATATTGTGTAACTGTGCATGTACGACCTAGTCGTT CAATGTGGCTAGACATTTCTGTCATTTTGAATCTCAACCTTTTAATGTTGGTTCAGCATCTACTAGATGTGTTTGTCTTT CACGTAAATACTTTTAAGTTTCCTTTTTGAATTGGATTCTTACATCACTTCCATTTGAGTTATTACATGCTGATGGGGCA GTTTTTCTGGTTCATGTGTTCAACTAAGATTTAATGATTTGTTGCTTCTCATGGTCGTTTTAAGCTTTAAAACTTATTTA CACTTCCTATGTTTCCTAGATCATTAAGTTGGGAGCAGTCAGAATAAGTGGCATGGTTGAAAGACTACAATTATCCCAGC AGATAAGGGAGAATGTATACTGTCTTTTCCAGCGAATCCTAAATCAACGGACATCTCTTTTCTTCAACCGCCATATTGAC CAAATCATTCTGTGTTGCTTCTACGGAGTTGCAAAGGTTTCTCTTTAGGTTAAGAATCTTGAGATTGGAATTTGTTTTTA TTCGATTATCTTTCTTCATTCTGTACTGTTTTGCAGATTTCACAACTCAGCCTAACCTTTAGGGAGATCATACAGGGCTA CAGAAAGCAACCACATTGCAAACACCAAGTTTTTCGTAGTGTATTTGTTGATTGGTCATCAGCACGTCGTAATGGAGCTA GTAAACAGAGAACAGGACAGGATCATGTCGACATCATTACATTTTACAATCAAATATTCATTCCCTCTGTAAAGCCACTG CTGGTTGAACTTGGCCCTGGTGGAGCAACCATGAAAAGTGACCAAATGCATGAAGTTAATAATAAAAATGACGGTACTTG ATTATTATCTAAATTGAAACTAATAATATTTTATGCCAGTCCTGCACTTCATTGACTTGTATGCTTCCTCCCTCTTTCCC GGAAATTTAGCTCAATGTCCTGGGTCTCCTAAAATATCACCTTTCCCAAGCCTCCCTGATATGTCCCCAAAAAAAGTGTC TGCCGCACACAATGTTTATGTCTCTCCCTTACGATCGTCGAAGGTACATATTTATTTGTCTGGCTTTCTTCATTTCACTA TATGACATTGTACAGGGGAAGGAAGAAGCATTAGTGTATTCATTCATTGTTTATGTGCATGCATAGATGGATGCTCTAAT ATCACATAGCTCGAAAAGCTATTATGCATGTGTTGGGGAGAGCACTCATGCATATCAGAGCCCTTCAAAAGACCTGACTG CAATCAATAACCATTTGAATGGGTATGTTTGGAAACTTATTTACATAACCAGAAAACACGATGATGTCCTAATTTATTCT GCCTCTGTTTTCAGCAACCGCAAGGTCCGAGGTGCCCTCAATTTCGATGATGCAGCAGATGTGGGTTTGGTTAGTGACTC CATGGTTGCAAACAGCCTCAATCTGCAGAATGGAAGTTCTGCATCATCTACATTGAAGTCTGAGCAACCTGACTCTTAAA TTTAAACAATGTTTGTGTATATTCTTCTGCAATGTTGTGTATATTATTCTACTTCTGAAACTCATGTTCATGCTAAATTA TGATAGGGGGCATTGTATGAGCGGTGAGATTGTAGAATGCCGCCACTGCCCGTGTACTTTTGTTTATGCTAGGTATTTAT TTAGCGCAAAAATCTAGGCATCTAATTCGCTAATCAATAAAAGCTCGACTTCAACCCAATCTTTCAAGGAAACTAAACTC TGAAAATGCTTAGAAATATGTTCTCTACATTGAACTTGTTCTCAAGTCAAGTACTTTCTTCAGGGAAATGGAATGAGTGC ATTTTCTCATGTGAAATTTCA
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0787400.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGAGTCCTCCAGCTGCACCTGACATGGAACTTGTCAACCCTCCGGTTGCTCCTGTCGATAATGGCGACCAAGCTGACTC TCGCTTCGCCGACTTTTGCAAGAATGGGCTAGCATTGGATGAGAAAAGTTGTAAAGAAGCAATCAATCTGTTCGGAGAAA CCGAACATATTCTACTAACATATGTTTCATCAATGGGAAATGGAATGTCTGAAGATGCTGAGCGATACTGGTTCGCTTTT ATTTTATACTCTGTCAAGAGATTGACTACAAAAAATGAGGAGAGTGGGGAGGAAGAGACTGAGAACACTGGGCTGACCTT TTGTCGTATATTGAGAGCAGCTAAGCTTAGCATTGCAGATTTTTTTAAAGAGCTTCCTCAGTTTGTTGTTAAGGCTGGTC CAATTTTAAGTAATTTATATGGCAAAGATTGGGAAAACAGACTTCAGGCAAAGGAGATGCATGCCAATGCTATTCATTTG ACGATTCTTAGCAAGTACTACAAACGTATATTTGCAGAGTTCTTTGTTGCTTCTGATGCAAATATTGAAAAGAACTCATC TGTTACTGTTCATGCATCTGATTATCATCGCTTTGGATGGTTACTTTTCTTGGCACTTCGTGTACACGCTTTCAGCCGTT TCAAAGACTTGGTGACTTGCACCAACGGTTTAATTTCCATATTGGCTATCTTAATTATTCATGTTCCTGCTCGTTTTCGG AATTTCAACATCAGTGACTCTTCACGCTTTGTTAAGAAAAGTAGCAAAGGCGTGGACCTCCTCGCTTCACTTTGCAACAT CTATAACACTTCAGAAGATGAGATGAGGAAGACCATGGTGAAAGCGAATACTTTAATAGCAGATATATTGAAGAAGAAGC CCTGTTTGGCATCTGAATGCCAAACTGATAACCTAGAGAATTTTGATAGAGATAGCTTGACCTATTTCAAAGATCTGATG GAGGAATCATCTCTGCCATCTAGTTTAAACATCTTAGAAAAAGATTATGATGACATGATTCGTAACAAGGGTGAACTAGA TGAGAGGTTATTCATAAATGAGGATGACAGCCTGCTAGCTTCAGGAAGTTTGTCTGGTGGCTCTGTTTCAGCTAGTGGTC TAAAGAGGAAATTTGATTCGATAGCATCACCTGCTAAGGCTGTTATAAGTCCGCTCTCACCCCACCGCTCTCCTGCATCC CATGCTAATGGCGTCACAGGTAGTACAAATTCAAAGATGGCAGCCGCCACCCCTGTAAGCACGGCAATGACTACTGCAAA GTGGCTTCGGACTGTTGTTTGTCCACTTGCCTCAAAGCCCTCACAAGAGCTAGAGCGATTCTTGACATCATGTGACAAGG ATATTACTAATGATGTGGTGTGCAGAGCACTGATTATATTGCAGACTATTTTTCCTAGTAGTCCTCTTGGTGAACGATGT GTAACTGGAAGCCTGCAAAGTGCAAATATCATGGACAATATATGGGCGGAACAGCGAAGATTAGAAGCACTGAAGTTTTA CTATAGGGTATTGGAAGCAATGTGCAGAGCAGAAGCCCAAACACTACATGCAACTAATTTAACTTCTCTTCTAACTAATG AGAGGTTTCATAGGTGTATGCTTGCATGTTCTGCAGAATTGGTCCTGGCAACTCACAAGACTGTAACAATGCTGTTCCCT GCAGTACTGGAGAGGACTGGGATTACAGCTTTTGATCTGAGCAAGGTGATTGAAAGTTTCATTAGACATGAAGAATCGCT CCCAAGAGAATTGAGGCGACATCTGAACTCATTGGAAGAACGACTTTTGGAGAGCATGGTATGGCAAAAGGGTTCTTCAA TGTATAATTCTTTGGCAGTTGCTAGACCTGCCCTTTCTGCAGAAATCAATCGTCTTGGAATGTTAGCTGAACCAATGCCA TCATTGGATGAGATTGCAATGCAGATTAACTTCTCTTACGGAGGGCTTCCTCCTGTGCCTTCCTTGCCTAAGCTTGAGAC TTCACCAATTCAAATTGGGGATACCAGATCACCAAAGCGTCTCTGTACAGAACATCGAAATGTGTTTGTGGAACGGAATT CTTTCGCTTCACCAGTGAAAGATCGGCTTCTTCCCTTCAGCAACCCTATGTCAAAGCTACCCCCACCTCCTTTGCAGTCA GCATTTGCCAGTCCAACAAAACCAAACCCAGGAGGTGGAGGGGAAACATGTGCAGAAACTGGGATCAACATCTTTTTTGG CAAGATCATTAAGTTGGGAGCAGTCAGAATAAGTGGCATGGTTGAAAGACTACAATTATCCCAGCAGATAAGGGAGAATG TATACTGTCTTTTCCAGCGAATCCTAAATCAACGGACATCTCTTTTCTTCAACCGCCATATTGACCAAATCATTCTGTGT TGCTTCTACGGAGTTGCAAAGATTTCACAACTCAGCCTAACCTTTAGGGAGATCATACAGGGCTACAGAAAGCAACCACA TTGCAAACACCAAGTTTTTCGTAGTGTATTTGTTGATTGGTCATCAGCACGTCGTAATGGAGCTAGTAAACAGAGAACAG GACAGGATCATGTCGACATCATTACATTTTACAATCAAATATTCATTCCCTCTGTAAAGCCACTGCTGGTTGAACTTGGC CCTGGTGGAGCAACCATGAAAAGTGACCAAATGCATGAAGTTAATAATAAAAATGACGCTCAATGTCCTGGGTCTCCTAA AATATCACCTTTCCCAAGCCTCCCTGATATGTCCCCAAAAAAAGTGTCTGCCGCACACAATGTTTATGTCTCTCCCTTAC GATCGTCGAAGATGGATGCTCTAATATCACATAGCTCGAAAAGCTATTATGCATGTGTTGGGGAGAGCACTCATGCATAT CAGAGCCCTTCAAAAGACCTGACTGCAATCAATAACCATTTGAATGGCAACCGCAAGGTCCGAGGTGCCCTCAATTTCGA TGATGCAGCAGATGTGGGTTTGGTTAGTGACTCCATGGTTGCAAACAGCCTCAATCTGCAGAATGGAAGTTCTGCATCAT CTACATTGAAGTCTGAGCAACCTGACTCTTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0787400.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MSPPAAPDMELVNPPVAPVDNGDQADSRFADFCKNGLALDEKSCKEAINLFGETEHILLTYVSSMGNGMSEDAERYWFAF ILYSVKRLTTKNEESGEEETENTGLTFCRILRAAKLSIADFFKELPQFVVKAGPILSNLYGKDWENRLQAKEMHANAIHL TILSKYYKRIFAEFFVASDANIEKNSSVTVHASDYHRFGWLLFLALRVHAFSRFKDLVTCTNGLISILAILIIHVPARFR NFNISDSSRFVKKSSKGVDLLASLCNIYNTSEDEMRKTMVKANTLIADILKKKPCLASECQTDNLENFDRDSLTYFKDLM EESSLPSSLNILEKDYDDMIRNKGELDERLFINEDDSLLASGSLSGGSVSASGLKRKFDSIASPAKAVISPLSPHRSPAS HANGVTGSTNSKMAAATPVSTAMTTAKWLRTVVCPLASKPSQELERFLTSCDKDITNDVVCRALIILQTIFPSSPLGERC VTGSLQSANIMDNIWAEQRRLEALKFYYRVLEAMCRAEAQTLHATNLTSLLTNERFHRCMLACSAELVLATHKTVTMLFP AVLERTGITAFDLSKVIESFIRHEESLPRELRRHLNSLEERLLESMVWQKGSSMYNSLAVARPALSAEINRLGMLAEPMP SLDEIAMQINFSYGGLPPVPSLPKLETSPIQIGDTRSPKRLCTEHRNVFVERNSFASPVKDRLLPFSNPMSKLPPPPLQS AFASPTKPNPGGGGETCAETGINIFFGKIIKLGAVRISGMVERLQLSQQIRENVYCLFQRILNQRTSLFFNRHIDQIILC CFYGVAKISQLSLTFREIIQGYRKQPHCKHQVFRSVFVDWSSARRNGASKQRTGQDHVDIITFYNQIFIPSVKPLLVELG PGGATMKSDQMHEVNNKNDAQCPGSPKISPFPSLPDMSPKKVSAAHNVYVSPLRSSKMDALISHSSKSYYACVGESTHAY QSPSKDLTAINNHLNGNRKVRGALNFDDAADVGLVSDSMVANSLNLQNGSSASSTLKSEQPDS
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.

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Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
Phobius
CYTOPLASMIC_DOMAIN
1 216 216 - –
PANTHER
PTHR13742:SF30
6 1016 1011 0.0
IPR015652
PANTHER
PTHR13742
6 1016 1011 0.0
IPR028309
SMART
SM01367
88 234 147 1.7E-47
IPR024599
Pfam
PF11934
99 234 136 3.9E-32
IPR024599
Phobius
TRANSMEMBRANE
217 237 21 - –
Phobius
NON_CYTOPLASMIC_DOMAIN
238 1023 786 - –
Coils
Coil
329 349 21 - –
MobiDBLite
mobidb-lite
391 411 21 - –
MobiDBLite
mobidb-lite
396 411 16 - –
Gene3D
G3DSA:1.10.472.10
415 637 223 2.4E-57 –
Pfam
PF01858
417 618 202 6.8E-62
IPR002720
SMART
SM01368
417 618 202 2.0E-88
IPR002720
SUPERFAMILY
SSF47954
425 620 196 1.63E-58
IPR036915
Gene3D
G3DSA:1.10.472.10
717 912 196 2.9E-46 –
SUPERFAMILY
SSF47954
740 913 174 1.81E-44
IPR036915
Pfam
PF01857
742 873 132 2.1E-41
IPR002719

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:0000082
Biological process G1/S transition of mitotic cell cycle The mitotic cell cycle transition by which a cell in G1 commits to S phase. The process begins with the build up of G1 cyclin-dependent kinase (G1 CDK), resulting in the activation of transcription of G1 cyclins. The process ends with the positive feedback of the G1 cyclins on the G1 CDK which commits the cell to S phase, in which DNA replication is initiated.
Subterm of
GO:0005634
Cellular component Nucleus A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent.
Subterm of
GO:0006351
Biological process Transcription, DNA-templated The cellular synthesis of RNA on a template of DNA.
Subterm of
Part of
GO:0006357
Biological process Regulation of transcription by RNA polymerase II Any process that modulates the frequency, rate or extent of transcription mediated by RNA polymerase II.
Subterm of
Regulates
GO:0051726
Biological process Regulation of cell cycle Any process that modulates the rate or extent of progression through the cell cycle.
Subterm of
Regulates

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0787400.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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