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LotjaGi2g1v0428200.3

Overview

Field Value
Gene ID LotjaGi2g1v0428200
Transcript ID LotjaGi2g1v0428200.3
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description Kinesin-like protein; TAIR: AT1G12430.1 armadillo repeat kinesin 3; Swiss-Prot: sp|Q9FZ06|KINUA_ARATH Kinesin-like protein KIN-UA; TrEMBL-Plants: tr|A0A0B2RRT8|A0A0B2RRT8_GLYSO Kinesin-like protein; Found in the gene: LotjaGi2g1v0428200
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr2:92545012..92553548) extracted from Lotus japonicus Gifu genome v1.2.

AAGCCGGCAAATGTGAAGTCCAAACCTACTCAACGGCGGAGTAGCACCGGCAGCAGCAACAGTAACGGCAAGGACCATGC TGCTGGTTAGTTCTTCCATTCTCCCTTTTCTCAGATCTTCCTTTCATTGTCAATTTGTCATCTATGCCTTAATTCTGAGA TGTATTTGGAAAGGAGAAAACCTCTCAGGATCTGCGAATTTCGTGACGAAAAACTAGAAATAAATGATTCAGTAGTGTTT GTTGGAGTTGAATTTGAATTTTGAAGTAATGCAATGCTCTCATTTTGTGGTGTTTGAAGTGCCTGGAAGGGTTAGAGTAG CGGTTAGGTTGCGGCCACGGAATGCCGAGGAATTATTGGCTGATGCTGATTTTGCGGACTGTGTGGAACTACAGCCGGAG GTATTATACTGCATTTCTTGTTTATTTGACTTGTGTCTTTATAAATCATAATGTTTTGGATTGGAAGGTTGATCAATAAT CATCATACTTGTCTGGTTCTGTGGCAGCTCAAAAGGTTAAAACTCCGGAAGAACAATTGGGATGCAGATACTTATGAATT TGATGAGGTGCTCACTGAATTTTCGTCACAAAAACGTGTTTATGAAGTTGTGGCCAGGCCTGTTGTGGAGGTAGGTATTC ATCATCACCATCTTCATGTGGTTTGTGTTCGAATTCTGTATGATCATTTGATAATCAAGTTTGTTGATATGTGAGTTGAG GGTGCAGGAACAAGTGGTTTCAGGATTTTTAATTACAAAATGATCAAATATGCTTTCAGGAATTCATGTATTAAAAGCTA GTTTGATCGAAGTGATGTAGGTTGATCGTGTGCTTCTTGCTTAGAATTTCCCTACTTAGTCTTATAGGTTCATAAGTATG GATTTTCTATAAAAAAAATTAACACAGAAGACTTTACATTTATTTTGGTGCATGTTTCTCATCAAAAGGAAATCTGAAAG ACTATTCATTAAAACAAGGGCAACCACAAATTTTATGCTAACACCGCCGTGCTCTTTCTTACGGCAGAACTTTCTATTAT TAAGTGCCTTACTTTCAGAGACAGACCCTAGACCCTGAGAAAAAAATTAATATAATAGTATTCAAATGTTATATTCCCCA CCCCCCCCCCCCCCAAAAAAAAATATGTTATATGCCTATTTCAATTATTTATTATTGACTTTACTTGATGTGTTAAATTT TCGCCTCCCTTGTCAATATTTTCTGGTTCTGTCTCTGCAGAGTGTGCTGGATGGCTACAATGGGACAGTTATGGCATATG GGCAAACTGGTACTGGTAAAACTTATACTCTTGGACGACTTGGGGAGGAAGATACAGCTGCACGTGGAATAATGGTGCGA GCTATGGAGGATATTTTTGCAGATGTTTCTTTGGAAACTGATTCTGTCTCGGTCTCATATTTGCAGGTAGTTAGCAATAA AACCAATTTTGTTTTGTCTTTCTGATTTTGTTTCACTGTTTCGGACTATATATATAACATTTTTATTTATTCATATATAT CCAATATTTTAAAGTATTTGTTAATTTTTTTGGCAAACTACATTCAGGCTCCATATGTTAATATAATGTTTCTTAATGTC CATGTTCAGCTTTATATGGAAACTATACAAGATCTGCTTGACCCGGCCAATGATAATATCACCATCGTAGAAGATCCCAA AACTGGTGATGTTTCGCTACCCGGAGCTAGCCTAGTTGAGATTAGGGACCAGCAGAGTTTTCTAGAACTACTAAGATTAG GAGAAGCTCACCGCTTTGCTGCAAATACAAAACTGAATACAGAATCTTCTCGAAGTCATGCTATTCTGATGGTGAATGAA TTTGTGTATCTCTTTTATGGTGCTCATGTTCATGTCTTATGAGTTATTGTTTTAAGTGTTTAATATTTCTATTTTAAATC TTATTGGATGATTGAATATACCTTTGATACAATAGGTTCATGTCAAGAGATCCGTCAAGGGAAGAGATCCCACTGTTTCA AGTGAAAATGGCAATCATCCGCACATGGTTAAATCATTAAAGCCTCCTGTCATTCGGAAAGCCAAGTTGGTTGTTGTAGA TCTTGCTGGTTCAGAGCGAATTGATAAGTCAGGTTAGTATACTAATAAAGTTGCTTTTGTGATCTCAACATATTCATATG TTTTTAGTGGTTTTGTGTGATCATAGGCTTTGCTTTGAGGAAAAATTTGATATTCATCGCCCATCTTTCTCCCTATATTT TATAAATCTTAATATACAAATGCTTTGAGGCAACGGAATCTTTCTAAGTGCTGGGCTAAACTAAGTTAGTCTTCCATGAT CAAGGCAAATGTTGGATTCCCAAGATAGAAATATATTTCATTTCTGACTCTGGTATTTTCTAGTTTTATTGTCATAAAAA TGTGAAAAAGTTATCTGGGTTTCAGTGAGATGCTTGAAAACCAAATATGGATTCTTGTCAAAATAAAACTTGAATGACAT TTAAAAATTGAGCTGATAAAATCATCATATTGCCCCAAACCTATTACTCTGGAAGTCAAGGTTGTCTTGCTTGGTACAAC ATCCATGCTCTACTTAATGAGATCGTTTCATTATTCGTTGCTTAATAGGCAGTGAAGGACATACATTAGAAGAAGCCAAA TCTATCAATCTGTCCTTGAGTGCGTTGGGGAAGTGTATCAATGCACTTGCGGAGAACAGTGCGCATGTTCCATTTCGTGA CTCAAAGCTTACTAGATTGTTACGTGATTCATTTGGAGGTAAGATTCAGTGAGTATAAGAATGTGCCTCCCTTTTTCGTT TATTGGCTTAGCTTTTTTTACTATAAAACGCCAGAATCAAAATGATGGTATGTTATATAAGGGATACTGACATAGGTATA AAGGAATGGAAACCTGTTTGGCACATAGAAAGTACACGATGAAGCATAAGTTATTTTAGGAAGAGTGCTTGCATATATTT ATTAGATAAATCTTAAAGTTTTTGTGCTGAATGTCTCTGAAGTCAACATGTTTTTAATAATCATCGATATTATAGGGAAA TTTAGTTAAAAAATTCATAGATAAATCATCTCATCTAGAGTAGAGATGTTATTCTAAGATTACATATTTTGTTGAAATTT TCAAGCATCTTTAATCTTAATGAATAAAATTGGTGCAGTATGTTTTTCCTGACATCTAAAATTTGACAGGCACAGCAAGA ACTTCACTGGTCATTACTATTGGACCCTCTCCGCGGCATAGGGGAGAGACTGCCAGTACTATAATGTTTGGACAGAGGGT GGGCTCCAAATTCAGTAGTTTACTTTCTTTTTTCTCCCTCTACTTGTTTGATTATACTTGTTTGATTATTGTAGCTGCTG AATTTCCCTTTGTTGTTTTTGTTGGTTGGATTGACCTCCTGTTTTATAATTATATTTTGGGTAGCATGTTTTTAGTTCCT GTAAATTTGTCAATATTTGATTTTAGCTCCTGATTTTTAAAACGCCTCATTTTGGCTCCTTATTTCTGAAATAGCCTCAT TTTAGCTCTCTACATTAATAAAAGGGTGAACCAAACCATACAAAAAAAGGTGGTATCGTGTATCAATATTTAGCATACTG CACTTGTGAGAATGATAAACACACATCAAGGACTAAAGTGAGATTATTTAAGAAAGCCTTTACCCTTATATTTTAGTGGC ATTGCTGATTTTTTCATGAGGGTATTGCGTAGAATAAGAAATTACTGGGTGTCTTGTTACCATCATTAATGTTGGATGTT GAGTCTGATCTCAGTCTGTAAAAAGGTTACGGATCAGATTGATTTTTTCTCTGATTGTCTTTTGCTTATTATTTTTTAAT TTTGTAGATTTTATTCTGCTTCCATAATTAGTTTAGCGAACTATTTTTTTTTAATAAATAGGAATGAGGAGTGGAAATCT CTCATCTGTTACGTATTTCCAAAATTTAGGTAATTCAGTGTTGGAGTTTAGGAGAACCAATGGCAGGCCTACTGCTATGT TCTCCACTATAGTTTCTTTTGTTTGTAATCATTATCGCATAAGAAATATCGGAGTTTTCCTCTTCGAAAATTAACAACTA AGATGCTGAATCTTGTAGGCTATGAAGGTGGAAAACATGGTAAAGCTAAAGGAGGAATTTGATTACAAAAGCTTATCTAG AAGGCTAGAAATAGAATTAGATAAACTCATTATGGAACATGAAAGGCAGCAGAAGGCATTTGAGGATGAGATAAAAAGGT TAGCCACCGAAGCACAACATCAGATATCTGAGACTGAAAAAAACTACATGGATTCATTGGAGGTTGGTTCTGTATAAATT TTTATATATGTGATATATATTTCAGTTTGTGTGGGTTTTTTTGACACTTCCATCTAGTACATAGTTTCTAATAGTGTATG CATACTGCATAGTACCGCATCTTACTTGCATTTGAGATGATATTCTCGGTTTCTTGCATGTGAGGGTAAGATGATTTGAT ATGGGTAGCTTGACTTCAGTAACTTACTGAAATTCAGTTAGCAAAACACGTGGTTGATTTCCCGGTGATATGTACTGATA CTTGTTAGCCCATTTTACTTCACAGAAGGAAAGAGCAAAATATCAGAAAGACTATATGGAATCAATTAAGAAGCTTGAAG AGAAGATGGTGATGAATCTTCGAAAGAATGAGGAACCTCATATGAAGTCAAGTGGAGAGGTAGTAGTTTTTAATTTTTAT AATACTATATTATCTTAATTTAATTACAATAGGTGAAGTTCCTTACAACAGAGTAGAAGATCATGTCCTCTGGAAAACAT AAAGAACATATATCACTTGGGGGAGGCGGCTCTCGTCTAAAGTAAAATCAGGATAATGATTTTTGTAGCTAAACTTTATA ATAGCTAAATATTCAATTGTTAAATATGCTCACTTATTGATTGGGGATTTTCCCCAAACAAGCATTAGTTGTGTTAAGCT CACTTGAATTGTTGTCTCCTAGATTCCTGAGGTGTCTGCTGAGGAACTGGCTGATCTGAAAAGAAATCTACAAAAGGAGA CTCTTTTAAGAAAAGCTGCTGAAGGGGAGGTGAATAATTTGAAGATTCAAGTTGCTGAGCTAAAAAAGTCAGAGGTAGGT TTTTGTGCCTCAATATTATATTTATCACTTGCATGGCACGTTCTTTCTCCATCTCGTTGGTACCTGGATTAGTTTACTTA GATGGATGTGTTTACTGTGATAGGCATTAGGAAAGTCAGACATCTTAAAACTTCATAGGATGTTGGAAGATGAGGCACAT CAGAAAGAGAAACTTGAAGGAGAAATAGCAATATTACAAAGTCAAATGTTGCAGTTTAGTCTTGAAGCCGATGAGGTAAG CTATACCTAAAATGCACAAATTCAATACTTAATTGACTTTTATCTAACAGATGTTTTATAAAAAGATGACTGCTGATGAA CTATATTCTGTTCCCCTCTAATGGCTGTCAATATAGAAAACCTGACTTTTTTTACTTGCTATTCATTTTCAGTTTGATTC ACAACGAAATGGCTGATCCATCCCCAGTGCCTTTTTCGTAACAAAAATTCAAAATACCTATTATTTTTAAGGAAAAAATT ATTTGACTTAAAAAGTTTGTGTTTGGAATCCAGCAATTTAAGTAACTACTTCGACTACACTCCAAAAGATACTAATTTTT TTTTCATTTGATTAGCACAAAGGGTGAGAAATTATTAAATTACGGTAGTATTTAATGTCTTCAATTCAGCTCGGGCTAGA TATGATCATGTCAAATATGTTTGTATCTCCTACTGTTGATGTCAGTGTTTTGCGGTGGAATCATATTTATGACAACAGGT GGCCATTGCATCTTCAAGCATTTGGCTTTGGGCTATTTATGGTATAGGTTGAAAACTGAGGGCTTAAAATGTTGGTTACC TCACCTATCATAAGCTATGACTTATTTTCATTCTCGTGCCTGGGAAAACAATTAATTGGTTTTTGGTCTATTAAAGAAGC TGTGAATTAACTGTGTGTCCTTATGATGTCTATCCAATAGAGGCCCTTATGTTGATATTGCAGAAGTTGATACTGCAGAA TGTGGATGTAACTTGATCACAAACTTTAGCTTAGTTTACCTGGTCCCTCCCCCCTATTTCTTTTATTTTTCTTTTCTCAT CTCTCGTGGTAAAATTAGCGCAAATGAGTTGTATTGAGACCATATAAATGAAACAAACCAGAATTGTTGCTCTTTACCAT TTCTGATCATGATGTGCACCTTTCATGCATCTTCTTGTATGATAATGTGCCAGAATCTTGTCGGGTGTTATCTAATTGGT ATTTGTCTCAGACAAGACGACAACTAGACAAGGGTGGATTTGAAAAAGAAGTGGGTTGTCATGATTCTCCTACTTCCCAA GTCAAGCATCAGCAGCAAGCTTCAGGAAATGGAGAGAAGCCCTCTATAGCCAAGCTCTTTGAGCAAGGTAGTAATGATAT ATATTGCTTGTGTTTACAACATGACCCTGACATATTTTGTTAATAGTCTATTTGTCTCTCTTGAAATTATTTCTTTCTGA TAAACAAAATATTCTTACAGTGGGATTGCAGAAGATTTTGTCATTGCTTGAAGCAGAAGATGCTGATGTGCGAGTCCATG CTGTGAAAGTTGTAGCAAATCTAGCTGCTGAAGGTTGTTGTTTCACCTGTTTATGTTGAAATTCTTCAGTGCAAATAATG AAAAAGAGAAAAATCAGTGTGCCCTTTAAATTATTTAATTTGGGATCAATGATCTGTGAAGAAAGTACTATGGATTTTTG TATAAGACAAATATCACTCCGAGATCATTTTAAACCTTTGCTTCCTTATCCTTCCTATGATATAGATCATATATTTTTGG CTTGGTTTATATATTATGTACTGATTCAAAGGAGGAAAATCCCTCTTTCTAAACTACATTTACAAGAATTCGGTGCTATC AGAACCATTAGCCTGATATTTATTCCACACCTTACAGAAACAAATCAGGGGAAGATTGTTGAAGCTGGAGGGCTTACATC CTTGCTTACGCTGCTTAAGACCTCACAAGATGAGACCATACATAGAGTTGCTGCAGGTGCAATTGCAAATTTGGCAATGA ATGGTAAACTTGTGTTTTTTCTCTTCTTTGCAACTAATTATTTCACGAAATAAAAATATTTATTACTGAGCTGCCTTGTT TTTCCTGGTCTCTGCACCCTTATTTTGTGTCTTACAGAATCAAACCAAGAACTCATTATGGCCCAAGGGGGAATTAGTTT ACTGTCAATGACTGCAGCCAATGCTGAAGATCCTCAAACCCTTAGAATGGTTGCTGGAGCCATTGCTAATCTTTGTGGCA ATGGTAAAATGCTGATCTTTTTCATGTTTGTGAAATTGTTTCAATTATCTGCGCTATACATGCATTTTACTTAAATGTAA CTAATGAATTCTACAGAGACCCAATCCTTACAAAAGATCCTTCTGATAGTAGGGATAGGAATCATGGACAACAAATTTGT TGAGCCACTTGCTCTATGGCATGTTGCAATCTTTTACATTTTGGCTAGAGTACTACAACAAATTATTGACCTAATCATTT GCTTCTTCTATCTATCTATAGATCATACAATTATACTTTCGTTGTTGGTTTGGTAAAATTTTCCTCTTGGTTGAAATTAT TGGTTTTGATAGAATTATGAAGCCATCTGTTGATCAAATATCCTTTGATGGTCTGCATAATAACCTGCGGGTGCTAAAAC TTTGATGTTCTGCACCTAGATAAGCTGCGAACAAAACTAAGGGGCGAAGGTGGTATCAAGGCACTACTGGGAATGATCAG ATGCAGACATCCTGATGTGCATGCACAGGTTGCTCGCGGAATAGCAAATTTTGCGAAGTGTGAGTCGAGAGCATCTAGTC AAGGTAAACTTATACGACCAGCTTCCCAAGTCCCATATTTTGATAGTGATGAACATTCAATTGTTCATTGAAGTCACCTT TTTTTCCTTTAAAATTATATTTCTTCCCTCTTGTTCCTCCATTACTTCCGTAAATCACTTCGCATAGTTAGTTAGGACTA GGTATATTTCGGGTTTGCAATTTCATACTCGATCAACAGCGTCCATTACTTCTGAGTTAATGTTTTGCCGCATTGTGTGA CAGGGACAAAGAGCGGAAGATCTTTCCTTATTGAGGATGGCGCCCTTCCATGGATTGTGCAAAATGCAAATAACGAAGCC TCATCAATTAGGCGTCATACTGAGCTTGCACTCTGTCACTTAGCTCAACATGGTAAGTGCTAGGTAAACTCTATGTACTT GAAACTATACATTAATTGGGGTAAGTCCCTAAGACCTTCTGGTTGATGCATTCCAGAAGTAAATGCAAGAGACATGATTC GGGAGGGTGCATTATGGGAGCTAGATCGTATCGCACGAGATTGTTCAAGAGAAGACATAAAGACTCTTGCACATCGAACA CTAGTCTCCAGCCCCACTTTCCAAGCTGAAATGAGGCGTTTGCGGGTGAATTATTGA
Download Genomic Sequence

CDS sequence (LotjaGi2g1v0428200.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCACTTGCGGAGAACAGTGCGCATGTTCCATTTCGTGACTCAAAGCTTACTAGATTGTTACGTGATTCATTTGGAGGT AAGATTCAGCACAGCAAGAACTTCACTGGTCATTACTATTGGACCCTCTCCGCGGCATAGGGGAGAGACTGCCAGTACTA TAATGTTTGGACAGAGGGCTATGAAGGTGGAAAACATGGTAAAGCTAAAGGAGGAATTTGATTACAAAAGCTTATCTAGA AGGCTAGAAATAGAATTAGATAAACTCATTATGGAACATGAAAGGCAGCAGAAGGCATTTGAGGATGAGATAAAAAGGTT AGCCACCGAAGCACAACATCAGATATCTGAGACTGAAAAAAACTACATGGATTCATTGGAGAAGGAAAGAGCAAAATATC AGAAAGACTATATGGAATCAATTAAGAAGCTTGAAGAGAAGATGGTGATGAATCTTCGAAAGAATGAGGAACCTCATATG AAGTCAAGTGGAGAGATTCCTGAGGTGTCTGCTGAGGAACTGGCTGATCTGAAAAGAAATCTACAAAAGGAGACTCTTTT AAGAAAAGCTGCTGAAGGGGAGGTGAATAATTTGAAGATTCAAGTTGCTGAGCTAAAAAAGTCAGAGGCATTAGGAAAGT CAGACATCTTAAAACTTCATAGGATGTTGGAAGATGAGGCACATCAGAAAGAGAAACTTGAAGGAGAAATAGCAATATTA CAAAGTCAAATGTTGCAGTTTAGTCTTGAAGCCGATGAGACAAGACGACAACTAGACAAGGGTGGATTTGAAAAAGAAGT GGGTTGTCATGATTCTCCTACTTCCCAAGTCAAGCATCAGCAGCAAGCTTCAGGAAATGGAGAGAAGCCCTCTATAGCCA AGCTCTTTGAGCAAGTGGGATTGCAGAAGATTTTGTCATTGCTTGAAGCAGAAGATGCTGATGTGCGAGTCCATGCTGTG AAAGTTGTAGCAAATCTAGCTGCTGAAGAAACAAATCAGGGGAAGATTGTTGAAGCTGGAGGGCTTACATCCTTGCTTAC GCTGCTTAAGACCTCACAAGATGAGACCATACATAGAGTTGCTGCAGGTGCAATTGCAAATTTGGCAATGAATGAATCAA ACCAAGAACTCATTATGGCCCAAGGGGGAATTAGTTTACTGTCAATGACTGCAGCCAATGCTGAAGATCCTCAAACCCTT AGAATGGTTGCTGGAGCCATTGCTAATCTTTGTGGCAATGATAAGCTGCGAACAAAACTAAGGGGCGAAGGTGGTATCAA GGCACTACTGGGAATGATCAGATGCAGACATCCTGATGTGCATGCACAGGTTGCTCGCGGAATAGCAAATTTTGCGAAGT GTGAGTCGAGAGCATCTAGTCAAGGGACAAAGAGCGGAAGATCTTTCCTTATTGAGGATGGCGCCCTTCCATGGATTGTG CAAAATGCAAATAACGAAGCCTCATCAATTAGGCGTCATACTGAGCTTGCACTCTGTCACTTAGCTCAACATGAAGTAAA TGCAAGAGACATGATTCGGGAGGGTGCATTATGGGAGCTAGATCGTATCGCACGAGATTGTTCAAGAGAAGACATAAAGA CTCTTGCACATCGAACACTAGTCTCCAGCCCCACTTTCCAAGCTGAAATGAGGCGTTTGCGGGTGAATTATTGA
Download CDS Sequence

Protein sequence (LotjaGi2g1v0428200.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MHLRRTVRMFHFVTQSLLDCYVIHLEVRFSTARTSLVITIGPSPRHRGETASTIMFGQRAMKVENMVKLKEEFDYKSLSR RLEIELDKLIMEHERQQKAFEDEIKRLATEAQHQISETEKNYMDSLEKERAKYQKDYMESIKKLEEKMVMNLRKNEEPHM KSSGEIPEVSAEELADLKRNLQKETLLRKAAEGEVNNLKIQVAELKKSEALGKSDILKLHRMLEDEAHQKEKLEGEIAIL QSQMLQFSLEADETRRQLDKGGFEKEVGCHDSPTSQVKHQQQASGNGEKPSIAKLFEQVGLQKILSLLEAEDADVRVHAV KVVANLAAEETNQGKIVEAGGLTSLLTLLKTSQDETIHRVAAGAIANLAMNESNQELIMAQGGISLLSMTAANAEDPQTL RMVAGAIANLCGNDKLRTKLRGEGGIKALLGMIRCRHPDVHAQVARGIANFAKCESRASSQGTKSGRSFLIEDGALPWIV QNANNEASSIRRHTELALCHLAQHEVNARDMIREGALWELDRIARDCSREDIKTLAHRTLVSSPTFQAEMRRLRVNY
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
ProSiteProfiles
PS50067
1 63 63 8.658
IPR001752
Gene3D
G3DSA:1.20.58.1980
28 109 82 8.5E-7 –
PANTHER
PTHR24115
31 547 517 1.5E-227
IPR027640
SUPERFAMILY
SSF52540
31 98 68 4.94E-5
IPR027417
PANTHER
PTHR24115:SF840
31 547 517 1.5E-227
IPR033291
Coils
Coil
79 143 65 - –
Coils
Coil
174 208 35 - –
Gene3D
G3DSA:1.25.10.10
211 388 178 1.2E-19
IPR011989
Coils
Coil
216 250 35 - –
MobiDBLite
mobidb-lite
264 287 24 - –
MobiDBLite
mobidb-lite
273 287 15 - –
SUPERFAMILY
SSF48371
288 540 253 5.42E-35
IPR016024
SMART
SM00185
289 328 40 24.0
IPR000225
ProSiteProfiles
PS50176
299 341 43 10.482
IPR000225
SMART
SM00185
329 370 42 0.02
IPR000225
Pfam
PF00514
336 369 34 9.8E-7
IPR000225
ProSiteProfiles
PS50176
340 383 44 15.277
IPR000225
SMART
SM00185
371 412 42 31.0
IPR000225
Gene3D
G3DSA:1.25.10.10
389 543 155 3.4E-19
IPR011989
SMART
SM00185
413 453 41 5.2
IPR000225

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:0003777
Molecular function Microtubule motor activity Catalysis of movement along a microtubule, coupled to the hydrolysis of a nucleoside triphosphate (usually ATP).
Subterm of
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:0005524
Molecular function ATP binding Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator.
Subterm of
GO:0007018
Biological process Microtubule-based movement A microtubule-based process that results in the movement of organelles, other microtubules, or other cellular components. Examples include motor-driven movement along microtubules and movement driven by polymerization or depolymerization of microtubules.
Subterm of
GO:0008017
Molecular function Microtubule binding Interacting selectively and non-covalently with microtubules, filaments composed of tubulin monomers.
Subterm of
GO:0032886
Biological process Regulation of microtubule-based process Any process that modulates the frequency, rate or extent of any cellular process that depends upon or alters the microtubule cytoskeleton.
Subterm of
Regulates
GO:0048364
Biological process Root development The process whose specific outcome is the progression of the root over time, from its formation to the mature structure. The root is the water- and mineral-absorbing part of a plant which is usually underground, does not bear leaves, tends to grow downwards and is typically derived from the radicle of the embryo.
Subterm of
Part of

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Expression data

Expression pattern

Expression pattern of LotjaGi2g1v0428200.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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