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LotjaGi4g1v0376600.1

Overview

Field Value
Gene ID LotjaGi4g1v0376600
Transcript ID LotjaGi4g1v0376600.1
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description Importin-5; TAIR: AT5G19820.1 ARM repeat superfamily protein; Swiss-Prot: sp|O00410|IPO5_HUMAN Importin-5; TrEMBL-Plants: tr|I1KSC8|I1KSC8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0376600
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr4:75562541..75569098) extracted from Lotus japonicus Gifu genome v1.2.

GAGTCAACTCAGCTCCAGCAAGCGCAACTGGCGGCTGTTCTCGGCGCGGATCCATCGCAGTTTGAGAGCCTGATCTCTCA ACTCATGACGGCCTCCAATGAGGAGCGTTCTCAGGCCGAGGCGCTCTTCAATCTCTGCAAACAAACCGATCCTGATACCT TATCCTTGAAGCTCGGCCACCTCCTTAACTCCTCGCCGCTCCAGGAGGCCCGCGCCATGTCCGCCATCCTCCTCCGCAAG CAGCTCACCCGCGATGACTCCTACCTCTGGCCGCGCCTCTCCCCGCAGACGCAATCCACACTGAAATCAATCCTCCTCTC GTCAATTCAAACAGAAAGCACCAAATCCATATCGAAGAAGCTTTGTGATACCATCTCCGAACTCGCCTCCGGTATTCTCC CTGATAACGGATGGCCGGAGCTTCTGCCGTTTATGTTCCAGTGCGTTTCCTCCGATTCGCCTAAGCTTCAGGAGTCCGCG TTTCTGATATTCGCGCAATTGTCGCAGTACATCGGTGAATCGCTCACGCCGCACATCAAGCACCTCCATGATATCTTCCT GCAGTGCCTCACATCCAATGGTGTGAATCCTGATGTTCGAATCGCGGCTCTCAACGCGGTTATCAACTTCATCCAGTGCC TCTCCGGGTCGGCCGAGCGTGACCGGTTCCAGGACTTGCTGCCTGCCATGATGCGGACGCTCACGGAGGCGCTGAATTCC GGCCAGGAGGCTACTGCGCAGGAGGCGCTTGAGTTGCTCATTGAGCTCGCGGGCACGGAGCCGAGGTTTCTCCGGAGGCA GATTGTTGATGTGGTGGGGGCTATGCTTCAGATTGCGGAGGCTGAGTCGTTGGAGGAAGGAACGAGGCATCTGGCAATTG AATTTGTTATTACTCTTGCTGAGGCTAGGGAGCGTGCCCCGGGTATGATGAGGAAGCTGCCACAGTTTATTAGCAGGTTG TTTGCCATTCTCATGAAGATGTTATTGGATGTTGAGGATGATCCTGCTTGGCATAGCGCGGAAGTTGAAGACGAGGATGC TGGTGAAACGAGCAATTATAGTGTTGGACAAGAGTGCTTGGATAGGCTTGCTATATCATTGGGTGGAAATACCATTGTTC CTGTTGCTTCTGAACAATTGCCTGCTTATTTAGCTGCTACTGAGTGGCAGAATCGCCATGCTGCACTAATTGCGCTCGCC CAAATAGCAGAGGGTTGCTCAAAGGTAGTGATGATGCTATTGGAATTCACTGCTGTTGTTGTTGTGCTTTTTTTAATTTT TCCACACAATCATAGCTCCTTTGTTACTAATAGGTTTTGCTGTGCATTGTAAATTGTGATTTTGAGTTTGAATCATTGGT GTACTTATTGCTTCAGGTGATGGTAAAAAATTTGGAGCAAGTGGTGGCTATGGTACTGAACTCATTTCCAGATCAACATC CCCGTGTAAGATGGGCAGCAATCAATGCAATTGGGCAACTCTCCACTGATTTGGGTCCAGATTTGCAAGTTAAATACCAT CAAGGGGTGTTGCCAGCACTAGCTTCTGCCATGGATGATTTTCAAAACCCTCGTGTGCAGGTTAGCTGCCCTTATTAATT TTAATTGGTCTATGGGTTTTCCTACAATGATCAAATGAAAGCATTGGGTTAAGTTAATGATTTAAACTTCAATGGAAAAT GTGAGCAGTTATTGCTATAAAACTTCACACAAATATGAACTATTTAACTGTAACATTGATAACGAGCATTAGTCTGCGTA TGTTATAGTTGGTTGAGGATAGAGTATATGATAATATGGTGTCAGTGTTCAACCTATCAATTGAGTTTTTTAGTCATCTT TGTTTATTTTATTCATCATAGTCTGTCAGATTTGTGAATGTTGTACTTCAAGTTATCTTATTTCAATTAAATATGCTTCA TAGTACAAACGTTTTTGTGATTTGTTTACACAGGCACATGCTGCTTCTGCAGTGCTCAACTTCACTGAGAATTGTACGCC TGATATTTTAACACCATATTTGGATGGAATTGTTAGTAAATTGCTTGTACTCCTTCAGGTATGGTTATGTAATATTATTC TCAATTGTAATGTTATTATGGTCGTTTGGCTTAATCATCATATGATTTCATTTTCCTTCATTTAGTTTTGGATATTTATG TGTTTCAGAATGGTAAGCAAATGGTGCAAGAGGGTGCTTTAACTGCTTTGGCATCAGTTGCTGATTCATCTCAGGTATTC TACACAAAGTTATAATCTGCATTCTTCAGCCTCTATAATTTATTTTCTTCAGATCACTCAATCAATACTATGGCCATCCT CAGGAACACTTCCAAAAATACTATGATGCCGTCATGCCATATCTTAAGGCTATATTGGTGAATGCAACTGATAAGTCTAA CCGTATGCTTCGTGCCAAATCTATGGAGTGCATAAGTTTGGTTGGAATGGCTGTTGGGAAGGAGAAGTTCCGGGCTGATG CTAAACAGGTTGGTAGTTATTGGTTCTGGGTCGAGTTTATTTTCTGTTAAGTACTTCTGTTTCTCTTGTCAGCTAGATCT CTGATCCCCTGCATATTCTGGTTCTTTACTAGGTCATGGAAGTTCTCATGTCCCTGCAAGTATCTCAAATGGAGACCGAT GATCCAACAACAAGTTACATGCTACAGGTAGGCTTTTTATTTTACTGATAGCTTGTACATAAAGTGCCAATTGGACTATG GTCTGTCTCAACAATTTTAATTTGTCACAGGCATGGGCTAGACTCTGCAAGTGTCTAGGACAAGATTTTCTTCCTTACAT GGAATTTGTCATGCCACCATTGATTCAATCTGCTTCACTTAAGCCGGATGTCACAATTACATCAGCAGACTCGGACAATG AAATTGAGGACTCTGATGATGAAAGGTCTCCATTTTAGTCCTTCTCTTCATAAAAGTTTAAACAATTAACAATTATCATT GCATAATGTACCCCATCTATCACACAATTTTGCTGTCATTTTGGTCTTGTATGTTTGCTGATAGTGTTGGCACTAGGGTT TAGGATTTTAATGTTTTGTAGCTCAACTAAATTTTGTATTAGGGTTCCTGTGTTTTACTCTTCCTTTTTTCTTCAAAATC AAATGTTCAAGCCCCCCACATCTGTGCAAACACACATAAAATCCTAATATGCACATAATTATCTACGCTTGCTTCTCTTT GAGTGCTAGTACCAGTTTCATTTAACTGGAGAATCAAAAGTATGCTTTGGTGCATTTTTGGTTTGACAATACAAATCCAA CCATGTTTAATTTGTTCCTTACAGTATGGAGACTATCACTCTCGGGGACAAAAGAATTGGTATCAAGACTAGTGTTCTAG AGGAAAAAGCTACAGCATGCAACATGTTGTGTTGCTATGCTGATGAGCTGAAGGAAGGATTCTTTCCATGGATTGATCAG GTTAGACTTCTGCCACTATTGTACACCTTTACACAATAAGTTTTGTTTTAGTGTTACTCTACAGTTTTTTCTTACCAATA ATTTGTTTGTGATGTAGGTTGCAGGAACTCTAGTTCCGCTCCTTAAATTTTATTTCCATGAGGAGGTTAGAAAAGCAGCT GTTTCAGGTATAAGAAATAATAATGATTATGCCTGTGCATCTTTTTTTTTTATCTGTGATATTTCCTTTGCAGTTTCTTC TGTGCATGTGCCTTATGTCATTCCCCTAACTGTTTCAATTTTTATCATTTCTAATATCTTTAGCAATGCCGGAGCTATTG CGATCTGCGAAGTTAGCTATAGAGAAAGGGCTATCTCAGGGCCGGGATGTGTCCTATTTGAAGTTTTTGACTGACAGTAT CATCCCAGCTCTGGTGGAAGCATTGCATAAGGTAATTGTCATTCAACTTTATCCATTCTTTCATATAGGCCAAAATCAAT CCTTTCTATGTAGTAAGTAACCCACTCGGGTTGGCCTTCCGGTGGGGGGTTTGGGTCGTTGCATAAGGGCTATGACCAAA CCTCATAGGTTCAAAATATAAGCCAACGATTCTTTCTGAGTGCAGCATGTACATTTTTGTTAGTTTACAAGAGCCAGTCC AGGCATGATTAATCTAGGTGATATTCAGGATGCACTTTCCTTGACTTGGCTGTGTTTAACATTGGCATTTTTCTTTCTAA AGTTCTCCCTCCTTCATGCACTTGTAGGAACCTGACACAGAGATCTGCGGAAGTATGTTGGAGTCATTAAATGAATGCTT ACAGGTTTGGCTCTCGAGATAACTTGATCATATATCTTGTGTGTTCGTCAGTTTGTTTACAAAATTAGGGCTGTTGAGTA TACCTTGGCACTGTTTATGCTGATCTTTATTAATAAAAAATAAATTCAATGATGATGCTGTCTGTGGAATCTGTGCAAGG TTCCATTGTTTGTTGGTACTTGGTATGTAGAAACAAAATTTAACAGTTTGATTACGTCCTGATTTATGATTGGTTTGTTA GACGTTTTACATTGTTATTCATTTGAATTACTTACAAACTTTGTCAATCACACTGAAACAACTTCCTGACTCATTAATGC CCGATAATTGGGCGCCCTTCACTTTGTCCTTATTGTGGATTTTCTAGGCTTGTGGATTTTGTTAGGAATTAGGATATGTC AGTGCAAAAATTTGGCACTCCTATACTTGCATGGTGGCTGCTCATTAATTTGTCTTGCACATCAATTTGTTATTGCTTTA TATATGTTCATATTCAACTGCATTTTTTCATCAGGTGAGGTAATTTCTCGTCCATGCAGTCTTCATCTCACTTTGTTCAC TATATTTATTGCTCAGTTTCTTCAATTTCAAGTGCGTTGTTTGCTTTTGTTGATTGTTGTGCATCAGTGGTTAAATAAAT TGTTTTATGAAACGCTTGCAAACAATTAGCTCTTTCTTTTGTATCACCTTCCTTCTGTCTCAGTTGTCTTCATTAGTGCA TTTAGTAAAAATCCATTTTGGATGTGTTCTGATCTTTTTGTTTCGGTTTTTAGATCTCTGGAATGCTTTTGGATGAAAGC CAGGTCCGATCCATTGTTGATGAGATAAAACAGGTGATCACAGCTAGTTCAAGTAGAAAAACAGAGAGAGCTGAGAGGGC CCAAGCTGAAGATTTTGATGCTGAAGAGGTGGAGCTGATTAAGGAGGAAAATGAACAAGAGGAAGAAGTTTTTGATCAAG TTAGTTATTTATACTCATCTAAAATACTATAAACCTTCCTTTAAGTTCAGGTTTATGCAGATCAGCTTTTTGTCACCCTT TTAAACTATTTATACATTGTCTCAGGTGGGTGAGATATTGGGCACCTTGATCAAAACCTTCAAAGCCTCCTTCTTGCCTT TCTTTGATCAACTGTCATCATATTTGACACCTATGTGGGTAAGTTCTTCCAGCAAGTTACCATATCTATATTTCATTAGT TTTTCTATTAATGTTTCATTCTGCTTATTCATTTGGCTGGCCTTTCAGCCTTATCTCTTGTGTGATTCTATATCTATATT TTACTTATTTTCTCAGCTTTAGCTGTTAAATTACAAAGATGAGAAAAAATGTAGATTCTACTAGAATCTGAGTGATATTA CCCTGGCCAAGTCAGGAGGAGAGCGCCACATTATGTAAAGATTTATAGATAAAAACCTGTTGTGCACATGTTTGCATGTA TCTGTGCTTGGCTTCTAGTTCAGTTTTTTTTTCTATGATCTCTGAACCCACATTACTTCATTCTCCATTGGACTTAGCCT GCGAGGATTTCTTCTATTAATTCTTGAAATCATGAAATTATGAAATTTTGTTCAACTGTGACTAAGGTTGCGTGAGTGAC TATTGTTGTGTTTCATTCTGCAATTTGAATGGTTTATTCTCTTGCAACTAGTTGATTTCCGTATCATTCTGCAATTTGAA TGGTTTATTCTCTTGCAAAGTTGATTTCAGTAGGATTTATGCCTGTTGATTACTTTCGAGTCTAATTTTTCTAGAACAAT TAAGACATTTATTTCATGTTTGTAATGTTTAGTTTATTGCTTTGGATATAGGGAAGGGACAAGACTCCAGAAGAAAGAAG GATTGCAATTTGCATTTTTGATGATGTTGCAGAGCAGTGTCGTGAAGCAGCTGTGAAGTAAGTACTTTATTTTGTTATAT TCCCACTTCAGCGTGCAGTGATAGTGATCATTATGTTATCAACTTCATTTTATTACAATGATAATTTAACAGGTATTATG ACACATATCTCCCATTCCTGTTGGAGGCTTGTAATGATGAGACTCCTGATGTCAGACAGGTTAGTATCAGTCATGCTCTG TTGGTTAACACTTTGAATACCATTTTGATTCCTTAAACTGTTTGATGGTTAATGTTGGTATTTTGTCTTTGTGCAGGCGG CTGTATATGGCCTTGGTGTTTGTGCAGAGTTTGGTGGTTCTGTGTTTAAACCTCTGGTTGGAGGTACATCTTGTTTCAAT AATAATAAACTTGGAATAAAGCTGTACAATATTGAATGACATGTTAGTGGCTTATTGCAGAGGCTCTTTCGAGGTTAA
Download Genomic Sequence

CDS sequence (LotjaGi4g1v0376600.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGACGGCCTCCAATGAGGAGCGTTCTCAGGCCGAGGCGCTCTTCAATCTCTGCAAACAAACCGATCCTGATACCTTATC CTTGAAGCTCGGCCACCTCCTTAACTCCTCGCCGCTCCAGGAGGCCCGCGCCATGTCCGCCATCCTCCTCCGCAAGCAGC TCACCCGCGATGACTCCTACCTCTGGCCGCGCCTCTCCCCGCAGACGCAATCCACACTGAAATCAATCCTCCTCTCGTCA ATTCAAACAGAAAGCACCAAATCCATATCGAAGAAGCTTTGTGATACCATCTCCGAACTCGCCTCCGGTATTCTCCCTGA TAACGGATGGCCGGAGCTTCTGCCGTTTATGTTCCAGTGCGTTTCCTCCGATTCGCCTAAGCTTCAGGAGTCCGCGTTTC TGATATTCGCGCAATTGTCGCAGTACATCGGTGAATCGCTCACGCCGCACATCAAGCACCTCCATGATATCTTCCTGCAG TGCCTCACATCCAATGGTGTGAATCCTGATGTTCGAATCGCGGCTCTCAACGCGGTTATCAACTTCATCCAGTGCCTCTC CGGGTCGGCCGAGCGTGACCGGTTCCAGGACTTGCTGCCTGCCATGATGCGGACGCTCACGGAGGCGCTGAATTCCGGCC AGGAGGCTACTGCGCAGGAGGCGCTTGAGTTGCTCATTGAGCTCGCGGGCACGGAGCCGAGGTTTCTCCGGAGGCAGATT GTTGATGTGGTGGGGGCTATGCTTCAGATTGCGGAGGCTGAGTCGTTGGAGGAAGGAACGAGGCATCTGGCAATTGAATT TGTTATTACTCTTGCTGAGGCTAGGGAGCGTGCCCCGGGTATGATGAGGAAGCTGCCACAGTTTATTAGCAGGTTGTTTG CCATTCTCATGAAGATGTTATTGGATGTTGAGGATGATCCTGCTTGGCATAGCGCGGAAGTTGAAGACGAGGATGCTGGT GAAACGAGCAATTATAGTGTTGGACAAGAGTGCTTGGATAGGCTTGCTATATCATTGGGTGGAAATACCATTGTTCCTGT TGCTTCTGAACAATTGCCTGCTTATTTAGCTGCTACTGAGTGGCAGAATCGCCATGCTGCACTAATTGCGCTCGCCCAAA TAGCAGAGGGTTGCTCAAAGGTGATGGTAAAAAATTTGGAGCAAGTGGTGGCTATGGTACTGAACTCATTTCCAGATCAA CATCCCCGTGTAAGATGGGCAGCAATCAATGCAATTGGGCAACTCTCCACTGATTTGGGTCCAGATTTGCAAGTTAAATA CCATCAAGGGGTGTTGCCAGCACTAGCTTCTGCCATGGATGATTTTCAAAACCCTCGTGTGCAGGCACATGCTGCTTCTG CAGTGCTCAACTTCACTGAGAATTGTACGCCTGATATTTTAACACCATATTTGGATGGAATTGTTAGTAAATTGCTTGTA CTCCTTCAGAATGGTAAGCAAATGGTGCAAGAGGGTGCTTTAACTGCTTTGGCATCAGTTGCTGATTCATCTCAGGAACA CTTCCAAAAATACTATGATGCCGTCATGCCATATCTTAAGGCTATATTGGTGAATGCAACTGATAAGTCTAACCGTATGC TTCGTGCCAAATCTATGGAGTGCATAAGTTTGGTTGGAATGGCTGTTGGGAAGGAGAAGTTCCGGGCTGATGCTAAACAG GTCATGGAAGTTCTCATGTCCCTGCAAGTATCTCAAATGGAGACCGATGATCCAACAACAAGTTACATGCTACAGGCATG GGCTAGACTCTGCAAGTGTCTAGGACAAGATTTTCTTCCTTACATGGAATTTGTCATGCCACCATTGATTCAATCTGCTT CACTTAAGCCGGATGTCACAATTACATCAGCAGACTCGGACAATGAAATTGAGGACTCTGATGATGAAAGTATGGAGACT ATCACTCTCGGGGACAAAAGAATTGGTATCAAGACTAGTGTTCTAGAGGAAAAAGCTACAGCATGCAACATGTTGTGTTG CTATGCTGATGAGCTGAAGGAAGGATTCTTTCCATGGATTGATCAGGTTGCAGGAACTCTAGTTCCGCTCCTTAAATTTT ATTTCCATGAGGAGGTTAGAAAAGCAGCTGTTTCAGCAATGCCGGAGCTATTGCGATCTGCGAAGTTAGCTATAGAGAAA GGGCTATCTCAGGGCCGGGATGTGTCCTATTTGAAGTTTTTGACTGACAGTATCATCCCAGCTCTGGTGGAAGCATTGCA TAAGGAACCTGACACAGAGATCTGCGGAAGTATGTTGGAGTCATTAAATGAATGCTTACAGATCTCTGGAATGCTTTTGG ATGAAAGCCAGGTCCGATCCATTGTTGATGAGATAAAACAGGTGATCACAGCTAGTTCAAGTAGAAAAACAGAGAGAGCT GAGAGGGCCCAAGCTGAAGATTTTGATGCTGAAGAGGTGGAGCTGATTAAGGAGGAAAATGAACAAGAGGAAGAAGTTTT TGATCAAGTGGGTGAGATATTGGGCACCTTGATCAAAACCTTCAAAGCCTCCTTCTTGCCTTTCTTTGATCAACTGTCAT CATATTTGACACCTATGTGGGGAAGGGACAAGACTCCAGAAGAAAGAAGGATTGCAATTTGCATTTTTGATGATGTTGCA GAGCAGTGTCGTGAAGCAGCTGTGAAGTATTATGACACATATCTCCCATTCCTGTTGGAGGCTTGTAATGATGAGACTCC TGATGTCAGACAGGCGGCTGTATATGGCCTTGGTGTTTGTAGGCTCTTTCGAGGTTAA
Download CDS Sequence

Protein sequence (LotjaGi4g1v0376600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MTASNEERSQAEALFNLCKQTDPDTLSLKLGHLLNSSPLQEARAMSAILLRKQLTRDDSYLWPRLSPQTQSTLKSILLSS IQTESTKSISKKLCDTISELASGILPDNGWPELLPFMFQCVSSDSPKLQESAFLIFAQLSQYIGESLTPHIKHLHDIFLQ CLTSNGVNPDVRIAALNAVINFIQCLSGSAERDRFQDLLPAMMRTLTEALNSGQEATAQEALELLIELAGTEPRFLRRQI VDVVGAMLQIAEAESLEEGTRHLAIEFVITLAEARERAPGMMRKLPQFISRLFAILMKMLLDVEDDPAWHSAEVEDEDAG ETSNYSVGQECLDRLAISLGGNTIVPVASEQLPAYLAATEWQNRHAALIALAQIAEGCSKVMVKNLEQVVAMVLNSFPDQ HPRVRWAAINAIGQLSTDLGPDLQVKYHQGVLPALASAMDDFQNPRVQAHAASAVLNFTENCTPDILTPYLDGIVSKLLV LLQNGKQMVQEGALTALASVADSSQEHFQKYYDAVMPYLKAILVNATDKSNRMLRAKSMECISLVGMAVGKEKFRADAKQ VMEVLMSLQVSQMETDDPTTSYMLQAWARLCKCLGQDFLPYMEFVMPPLIQSASLKPDVTITSADSDNEIEDSDDESMET ITLGDKRIGIKTSVLEEKATACNMLCCYADELKEGFFPWIDQVAGTLVPLLKFYFHEEVRKAAVSAMPELLRSAKLAIEK GLSQGRDVSYLKFLTDSIIPALVEALHKEPDTEICGSMLESLNECLQISGMLLDESQVRSIVDEIKQVITASSSRKTERA ERAQAEDFDAEEVELIKEENEQEEEVFDQVGEILGTLIKTFKASFLPFFDQLSSYLTPMWGRDKTPEERRIAICIFDDVA EQCREAAVKYYDTYLPFLLEACNDETPDVRQAAVYGLGVCRLFRG
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
PANTHER
PTHR10527:SF55
1 921 921 0.0 –
PANTHER
PTHR10527
1 921 921 0.0
IPR040122
SUPERFAMILY
SSF48371
4 921 918 1.17E-139
IPR016024
SMART
SM00913
11 83 73 0.0045
IPR001494
Pfam
PF18808
255 346 92 1.8E-21
IPR041653
SMART
SM01349
338 575 238 7.7E-13
IPR034085
Pfam
PF13646
354 454 101 1.9E-8 –
ProSiteProfiles
PS50077
389 427 39 9.225
IPR021133
Coils
Coil
805 825 21 - –
ProSiteProfiles
PS50077
894 925 32 9.056
IPR021133
Pfam
PF02985
895 918 24 7.7E-5
IPR000357

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:0005515
Molecular function Protein binding Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules).
Subterm of
GO:0006606
Biological process Protein import into nucleus The directed movement of a protein from the cytoplasm to the nucleus.
Subterm of
GO:0006886
Biological process Intracellular protein transport The directed movement of proteins in a cell, including the movement of proteins between specific compartments or structures within a cell, such as organelles of a eukaryotic cell.
Subterm of
Part of
GO:0008536
Molecular function Ran GTPase binding Interacting selectively and non-covalently with Ran, a conserved Ras-like GTP-binding protein, implicated in nucleocytoplasmic transport, cell cycle progression, spindle assembly, nuclear organization and nuclear envelope (NE) assembly.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi4g1v0376600.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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