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LotjaGi3g1v0496900.1

Overview

Field Value
Gene ID LotjaGi3g1v0496900
Transcript ID LotjaGi3g1v0496900.1
Lotus japonicus genome version Gifu v1.2
Description Lipoxygenase; TAIR: AT3G45140.1 lipoxygenase 2; Swiss-Prot: sp|O24370|LOX21_SOLTU Linoleate 13S-lipoxygenase 2-1, chloroplastic; TrEMBL-Plants: tr|A0A151TMJ6|A0A151TMJ6_CAJCA Lipoxygenase; Found in the gene: LotjaGi3g1v0496900
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr3:91530645..91540490) extracted from Lotus japonicus Gifu genome v1.2.

AAAACATCAATTATATTTGTATATTTAAAAAATAAGCTGCCTTGAGGTGTGAGCTAGCTATATATATCAAGTATAGAAAA TAGATAACATATATGAATACAAGTAGAGGAGGTAGTTTTATTCCACATATTCTGGACCATAAAACATAAAAACGAAGAGG AAGATGATAAAGCCTCATCAACTGCAGCATCAAACACAGCACAACACCAATCAAACCCTCCTGTTTCATCAACGCCCATT CGTCCATAGAAGTGCATCTCTTCCGCTATGGTCATGGAAGCAAGTGCAAAACCAAAAGCAGGTTAAGCGCCTCCTCCAAC TCGTTCCTCCCAATGTTCAAAGCAACTCTACTTCTTCTGCAACAACTGCAACAGATACTGCAGAGATTAAGACCACCACA GAAAATGGCACTGCAGTGAAGCTTAAAGCTGTGGTTAAGGTTAAGATAACTTCTTCTGGTTTTTTCTCCAGTCTGAGGTT AGACCAGAGAATCGATGATCTCACGGATTTGCTTGGTAAATCTATCCTCTTGGAGCTAGTTAGCTCCGAACTTGACCCCG GTAAGTTAATATATACGTTGCTTAATTTTTATTTTTTTTCGTTACATAAAATTAATGTTGTTTATTTTTGCTTGATAATA AAAAAAAAATTGTTCTCGCAATTCCAACACAGATGTGACTGAAGGCCAAATGTCTTTCTGTTAAAAATAATAATATAAAA TTTTTAATGTGACCGTTACTCAACAGCTTAAACTTTGAGATAATTGATTATCTGACATTGTATCATAACCTTTATGACCA AACGATCAAGAGTTCGATCATAACCGCCCGCAATTACAGCTTAAGCTTTTGGAAAAATTGGTTATTTGACACTTCCCAAG AGTGTGGCTCCTCATATTAGAACTCTCGACCTCAAACAACATCTTTTTATCACTATGATTGACATTGGATCAATATGTTG TTTATTTAGTTGTTCTTCATGTGGTATTTAATTACTTTTTTAAAAAATGTTTAGTGGTAACACGCAGAGTGAATTGAAGA AAAATAAATGATAAGTGTGAAATATATGATGCAATAGAAATTGAGAGAGAAAAACATAGTGTCTATGTATGTCGATTCTG TAATTGGGTATACCTACAAATTAGGATTGATTTTTTTTTATGTTGCGGAAAAAGTTATGATTAAACTCTGAGTAGTATAA AATTTACTTAAATTTTCTTTCCATATCTCTTTTTATCACATCATATCATATAATTTATAATTTATTACGTCAATTACTTC TCTAGAGGAAAAAAATGAGTTGATACATGAATGACACCTGATCTAGATAAACATAAGAACATAAGAGCGAAAAATAAAGA TATAATGTATTGTGTATAGGAAAATAAGATAGGTATAGCTAGAATAGAAAATAAATAGAACTCATATGAAAGAAAAAGTG AGGTGTGAATGAATTAAAATATTTTTTCTATTTTCTTCTTTTCTCACTGAATCTCTACGCCCATTAATTGAGTGTCTACC CGACATTTTCCTTCGAGAAAATATGATATTTATTTAACTTAATTTAGTTAAGCTTAACTGGGGGGTTTGATTCATTCATA CACAATTTCTTTTTCATCCCAATCAATATGTCTTTAGTTTCTCTTTTATATATCTCTTTTATTTTTCTATCACATCAAAC ATTTTATATTTCATTTTTCTTTCTTCTCTTCTTATATCACTTTTAGTGTGAGTAGCTATATCCTATGATAGCAATAAAAA TGTATTCTTACTCTAAACCCACCCATGCTGAGGGAAAAATAAAATATATAATTGATGATGTGATTACAAAATAGGAAAAA GTTCAAAATATTATTATGTTATTTATAATTTCTTGAATATATATATATATGTATATATATTATTCTGTTAGGTCTAAAAT ACTTTTAAAATTGCATGAAGCTAAGTCTAACATTTTAATTAAATAGCTAGGTTTTTTGAAAAATCTTGGCTTAATTTATT TGATAAATAAGTCTCTGGTGAATATAATGTATGCTAGATCACTCCACACTTTTTCAATCTATAAGTTTTTGGTGAAATGT TTTTTAATTATATATATTTAACTTTTTGATATATTTATAGCTTTTGTCTAATATTAATTTCACACTCAAGTTTCAAAGTG TGAGGGTAATTTTATATAATTTTTTTTCATTTTCGAAAAAAAGAAAAATTATATTTTTTGGTTACAGGAGGAAAAGAAAA AAAAAATTATATGTTTTTTTATATATTTCTCCTTAGCCTTAAAAAAAATCCTAAACAAAAAGATAATATACTTTTTACAT ATACAAACAAAAAGCAATTAATGTTACTATGTTAGAATGAACTGGAATCTTGTTATGATGATTACTACTGTTTTGACAAA TTGTGGTACCCGAGAAATCAAACAAACAATAACATGGACCAGCTTATGTTTATGTTTGGTAATTTCACTATCCAACAGAA ACACACACCAACCATTGCTTATCTTGTTTGTTTTTCATGTGCATTAATGTGGTGCATCAGAGATATCGCGAAACCCTTAG AAAAGTCGTTTAAAACTTGAAAGGTGATATGGTCATATGGACATGCATGGCGTCTGCTAAAGGAGTGCTTAGAATCTGGT AAAATCGAGCACAGAACACATCTACCACAAAATGAACTCAATTATTGTACGGTCGATGTGAAACGGACAACCTATACTTT TTCAGTTTTTGTTATTTTCTGCTGTCAGTACCACAGTCCATTATTCCAAGTTAAATATATAAAATCTGTCCTTTTTCTTC TTCTTCTTAAACTTTTTTTTTTTTTGAAATATCTTAAACTTAAAATTGAGTAACAGAGATATAGCTCAATGGGGTGGAAA TAGGCCGAGCCGAGCCAAGCTTTGCGTGGCCTAGGCCTGACCTGCATTCTCTTTTGGTGGCCCAAGCCTGGCCTGTGGCC TATCAATAGGCCAAATTTTATGGCTTGGCCAGGCCTTAGGCCTACAAGCCTTCTTAAAAGCCTAACTTAACAGACAATTT TATCAAAAGAAGGTCATTAGGCTGGCGGGCTAATAAGCATTTTATATGTAATTGCACTTTCTTTTCAAATAAAAAAACTT GTATCATTGCATTTCAAAAACTAAACCTATATCATTGCAAGAGAGGTGGACTTGGCAGCGGTAGATCAACAGTGGCGACT GGCTGCGGCCTGCGTCCTGTGCGGCTGAGGATGTGCTATGCTGAATATGTCTGGAACGTTTCTAGTCTAGGTTAGGGCAT GAACTTAGGGTTTTCTTTTATATTAAAGTATACATCATATTAAAGTATACATCAGTTTAAAAAAATTATACATAATTAGA TTATATTTATATTATTAATAATATAATATATAAGTAGGCCGGCCTATCTGGCCAAATAGGCTTTTTAAATTGTTTGGGTC TGGCATTTTTAGTTAAACAAACCTTTTAAAAAGCCTAAGCCTGGCCTTTTTAGTAAACGAGCCAAGCCGGACCGAGCCTC AAATGAGCCGAGCCATAGGCCCCTGACGAGCCGCCTGACCTATTTCCACCCCTAGACTTAGCATGCATGTTGAATGTGCA GAAATAGATCTCAAATATTCTCACACGAAAGAATAGAGGAAGAGCTTTAATAGTTGATATATGGGTTATACTTATACCAA AAACTCTAACATTAAGTGATTTAGGAGGGCTGTAATTATTGTGACTTATTATTAGGAGGAGTGCTAGCAAGTTGTAACAA TTTTTTTTAGTTATGATATATACACACCTCTCTACTCCTTTTTCACTTTCATTTCTATCTACTTCTCTTTTCTTTATGAA TCAAATTACATATCACATCTTTATTTTCTCTCTCATTTATTCTTATCTCTTTTTTCTTCCACCTCTCCACACTTTATTTT TGAGGCGTGAAGATATAATTATTCATTTTTTTAACATTTTTCTTTTTCAATTGGTTAGAATTTATGTAGATCCCACTAGT GGGATCCATATAATTTAGTAAATTCTACTTAAGTTTTAATCAGTAAAAGATAGATTATTAAAAAAAGTGTTAAAAAGAGT ATTAATTGCTAGCATTTTTCTTGGTGGCAGCATATTTATAATTATGTTTTTGCTTGGTGGGAGTTCTAGTGGCTTGATTT CCCTGGCAACTTTGGAATGGTATTGGGGCGGTGGATTTAGGCTTTCAATTACCTTGTTTGTTTCCCTATAGTAGCTCTTC TTTGATTTTTTTTTTTTTCTTATGTATTGGGTTGAAGTACCCCTTGTACTTCTTTTCAATATATGATTATTGTTTATAAA AAAATCTAGTATTAGTGATGAAAAAAATAAGATTTTTTTTTCATTAACACTTATCTTGGTTTATTTAATCATTATTAGAG ACTCAACCACACAAATTCGGACTTGAAAGGTGGTATAGTTAGAAACAAAGAATTATCGAGGGTCCACCACTACCTTCACA TAGAAATAGAAAAAAAGGTTGTCTAATTAACTCATGTCAAAAATTGAGTTAAATCACCCATTGTCCAAGTGTACCAATCA TGTTATAATATGTGTTTTATATTATACACCTCACTTAATCAAACTCTTTTATTTTACATTTTCGTAAATTTTAATTTTAT TATATACAGAATAAACCTATAATTTTATATAATAGCATATCTCTCCTTTTGTAAAATAAAATACCTAAAGAATCCCTAAT CCTATTTTCTTCCATGCTCATCTCCTCTAAACCTCCTCTCCTGCTACAACCTAATATATAGGCGACCACCTTGTATTCAT GGCTTCATGGTAGCATAGGTACCATTGATGATTTAAGAAGCAAAGGAATGTTTGTTGTCAGATCTTATGCAAGGATGAAC AACCTCCTCGAAAGCCTCACCTATTGATTACCAGTACTTCTATTTTGCTGTTTGATTTAGGATTGATAGGATCTTTTATA CTGTTGTTTCTAATTAGTACGTGTTGTTTGCATACGAAAGCAAAGAGTTTGACATCAATGAAAATTGGGTATTTTTTATC ATGGACAAAGCGTCCGGAGAAGATAAGCGTACAACAAAATATGATTCGGGATTCTTTGGGTATTTTTACAAAAGGAGTGA TATGCTATTATATAAAATTATAGGTTTATTCTGTAATTAAATCATCTAATAAATTAAATATTATGAAAATGTAAAATAAA AGAGTTTAATTAAGTGAGGTGGATAATATAAAACACATACATATTATAACATAATTTATTTAGATAAATGTGCTTTTGGC AATAATCAAGATTGCACCAAACACTATAAATAGATGAATTGTTGGTTTCAGAGACAGGGACAGAGAAGGAGACAATAAAA GCGTACGCACACAAAGCAGGACGAGGTGAAGAATCTGTCAAGTATGAAGCTGATTTCAAAATCCCAAACGATTTCGGAGA AGTCGGTGCTATTCTTGTGGAGAATGAGCACCACACGGAGATGTTCCTCGAAACCATTCTCCTCGATGGTTTCCCAGATG GTCCTGTTCACATTGATTGTTCCTCTTGGGTTCACTCCAAGTTCAATTCCCTCACCAAACGGGTCTTCTTCACCAACAAG GTAATCACGTTTTTCCATTTTGTAATTAGGGTTAGGGTTAGGGTTAAATGTGATTTCAATTTCATACAATGTGATTTATG CTCAAATTTGATTGGGGTTCTGTAGTGTTACTTGCCGTCGGAGACACCGAGTGGGCTAAGGAGATTGAGAGAAGAGGAAT TGAGTAATCTGCGGGGCAATGGTGAAGGTGAACGCAAGAGCTTTGAGAGGATATATGATTATGATGTGTACAATGACATT GGGGATCCTGATCATAGCCTTGATCTGCAAAGACCTCCTTTAGGTGGCAAACTACATCCATATCCGAGACGTTGTCGAAC TGGCCGTCCGCATAGCGAAGCAGGTAATTTATTTCATCCTATTCTGATCATAAACAAGATGAATCCGGTTTGGAAGAGCT TATTTGTAGTGGCATAAATAGGAATTTGAAAGAACATGGCATGTCTACTATGGTTTTTACAGCTTACATACATATGTATC ACTCATGCAAGTGTGCCTCCGCACCGCCCTGCTTATTTTAGCTTATCTTATAGCATAAACACTTATGCAAGTGTTTGGAT AATTTTGTTGCATTTATTTCAGCAAGTTTCTCAAGTAAACTTGTGAATAAACACTTATGTGATAACCGCTTATAGCCATA AATGCTTATTTAAGATGTTTGTCCAAACACCCTTTCTGTTTTTGTTGGTAGATTGTTCACACACAGATAAAAATGACATG TAACTAAAGAAAAACATGAACTCTTTTCAGAAGGAAATATTAACTGTATAAGTCGTGCTTGATGCAGATCGGTTATCTGA AAAGAGAACTAGACAATTTTATGTTCCAAGGGATGAGTGCTTCTCAGAGGTGAAGGAGCTAACGTTCTCGACCAAGGCCT TACATGCAGTGCTGCTAATATTGCTTCCATCTTTGGGGAGTATTATGAGAGAAGGGGAGCTTTCTTTTTCATTCTTTCAC GACATAGATTCACTTTTCAGCGTTGGACTTGACTTGCCTCCTGAAAATGAACCTGAGAAGGGATTCTTAGGAACCATGAT GCCTAGGCTCGTCAAAAGTATTTCTGGTGATAGCGGACATGTGCTTCGCTTTGAGATCCCAGAAACAATGAACAGTAAGA CTATAAAGTGGATTAAATTAAACGCTTATACCTCTGATAATACAACATGAATCAATTTGTATTTGGTTTGCAGGGGACAG GTTTTTCTGGTTCCGGGATGAGGAATTCGCTAGACAGACTGTTGCTGGTCTCAACCCATACAGCATTAAATTGGTCAAAG TATGCATTATTCTACACATGTTGATTAAAATCTTAATTTATTTTGGTTCAAAAAATTAATCCATTGAAAGTCCAAGTTCA CTTTTCTCAACCATAGTATATAAATAGCAAAAACTTAGGGTCTAATGGCTCATGTTTAAGAGATTATGTTATGTCACATT AAGTAATTAAGGTAGTCACTTACTTGGACAGGAATGGCCATTGAGGAGTAAACTTGATCCAAATATATATGGTCCAGCAG AATCAGCAATCACCTCAGAAATGATCAATAAAGAGATTGGAGGCATACTTTCTGTAGAAAAGGTTTAAATCTTCTTCTAT TTATATTTGTTATTGTATTAATTAATGCTGTGATGTGGTGCGATTATTTGTGAATAAACTCATTATTTGGATTAGCAAAT ACAAACATGAACATCACATATTTATTTATGTATAAGAAACTCTAACTTTACTTTTTTGAAGGGACATCTTACCCTTTTTA AGTGAACTAACTCTTCATTCTCGAACTAATTATACGAGTGGATATGTAATTCTAATATGAAGATGCATGCTCATGTAGGC GATCGAAGAAAAGAAGCTGTTCATGCTAGACTACCATGACATATTGTTACCCTTTGTAAGAAAAGTACGCAAACTCAAAG GAAAATCACTCTATGGTTCACGAACTTTGTTCTTTCTAAATTCAGAGGGGACTCTGAGGCCTCTTGCCATTGAGCTGACT AGGCCACCAATGGATGGAAAGGGCCAATGGAAGCAAGTTTTCAGACCTTCTTGGCACTCAACCAGTATTTGGCTCTGGAG GATTGCCAAGGCTCATGTTCTTGCACATGACTCTGGCTATCACCAACTTGTCAGTCATTGGTACGTAACGTCTTTGTTTG AATTTCTGTTATATTGACCTAAAATTGGGAGATATGGATTTCCGTTGATAATGCTTTTAACCATTGCTGATGATAAGCCA AAAAAAAAAAAACATTGCTGATGGAGATTGGATAGCCAAGTTGTGTTTATCCTGTGTCTTTTACCTGTCTCGTGGCATCT AAGTAACAATTCTATCTCATTAATTATAATTCAGTCCATGTTCACTGATCATTGTGAAGAGGGTCTCGATTAACATTATA TTTCTATCTTGTTTGATAGGTTAAGAACTCATTGTGTGACAGAGCCCTATGTTATTGCAACTAATAGGCAACTTAGTGTG GCACACCCCATATATAGATTGTTACACCCTCATTTTCGTTACACGATGGAGATTAATGCTCTGGCACGGGAAGCCCTTAT CAATGCTAATGGCACAATTGAGAGTTCATTCTCGCCAGGAAAGTACTCTATGGAGCTTTGCTCGGCTGCTTACGGTCTTG AATGGCGATTTGACATGGAGGCTCTACCTGCAGACTTGATTAGAAGGTAGTCTGTTTTACTTCAAACAGGTGTCTGACAG AGTGAATAGGGAAGTGGTGACTATTTTTACTATAAAGTGAGAGAAACAAATAATAACTAATAGATCTATTCAATAAGGGT TAAGATTAAAAAAGTCATCTAATATTTTTAAATGATCTTTTGATATTTTTTAAGTAGTTATATAACTAATAAATAATTTT TGGTATTAACTATTATGTATAATTTTAACTTGTAAGTTGAGTAAGTTCATGAATAACATTCAACTATTTACAACTTACAT GAGTTTGACACATTCACTTGATTAATAGGGGAATGGCTGTGGAAGATCCATTTGCTCCTCATGGGTTAAGGCTTACCATT CCAGACTATCCATTTGCCAATGATGGGCTCCTTCTATGGGATGCTATAAAGCTATGGGTCACTGACTATGTTAACCATTA TTACCCTGAACCTAAACTTGTGGAGTTAGATGAAGAGCTACAAGCATGGTGGACAGAGATTCGAACAGTTGGTCATGCAG ACAAAAAGGATGAACCATGGTGGCCAGTTCTTAAAACCCCAAAAGACCTCATTAAAATTCTCAACATCATCATATGGGTG ACTTCTGGTCACCATGCTGCTGTGAACTTTGGGCAATACACTTATGGGGGTTATTTCCCAAACCGGCCGACAATTGCTAG AACTAAAGTGCCCTCAGAGGACCCTACAGAAGAAGAGTGGAAAAAGTTCATTGCAAAACCTGAAAGGGCACTTCTGAAGT GCTTTCCCTCAAAACTGCAAGCAACTAGAGTCATGGCTGTGTTGGATATATTGTCGACTCATTCACCAGATGAGGAGTAC ATAGGGGAGAAGATGGAACCATCATGGGCTGAAAACCCTGTCATAAAGGCTGCTTTTGAACGATTCAGAGAAAGACTGAA GAAGATAGAAAAAATAATAGATGACAGGAATGAAAATCCAAAGTTGAAGAACAGAAATGGAGCTGGCGTTGTCCCATACG AGCTTTTGAAGCCATTCTCCAAGCCTGGTTTGACTTCAATGGGTGTTCCCTGTAGTATATCTATTTAAATTGCCTAATGG TACATATTTTGGACACATTTTACAGTATTAAATTAATGCTAGTGTGCTTGAGCTTGAATAGAACACATAGCATGTGGGCT TTAAATCAAACATAAGAGAGGCACATTGTCACATAAACTGGATCCTCAACCAGAATTTGCATAAACTTGTATGACTAATG TTTCTTGAGGAAGTTCTTGTATCAATGACAGAACTTCTTGCATAAATACAGACATAGATACTTATAATTGATGAAAAATA ATTTAAAGTTGTTACTGATGAATGATCGAGTCACATCATCTTATTAGGGATCATAACGACCTAATGCAAACAGTTTAATG TTTTTCAAGAAATTTCCTAAACCAATGGGCAGAGAGCTTTTGGTATCTTTTCAAATTATCCTTGTAATCGACGAAGTTGA TTCCAAAACGCTTGGTGTAACCACCACCCCATTCAAAGCTGTCCAAAAGTGACCATGCAAAATATCCTTGTACTTTCACA CCATCC
Download Genomic Sequence

CDS sequence (LotjaGi3g1v0496900.1) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGATAAAGCCTCATCAACTGCAGCATCAAACACAGCACAACACCAATCAAACCCTCCTGTTTCATCAACGCCCATTCGT CCATAGAAGTGCATCTCTTCCGCTATGGTCATGGAAGCAAGTGCAAAACCAAAAGCAGGTTAAGCGCCTCCTCCAACTCG TTCCTCCCAATGTTCAAAGCAACTCTACTTCTTCTGCAACAACTGCAACAGATACTGCAGAGATTAAGACCACCACAGAA AATGGCACTGCAGTGAAGCTTAAAGCTGTGGTTAAGGTTAAGATAACTTCTTCTGGTTTTTTCTCCAGTCTGAGGTTAGA CCAGAGAATCGATGATCTCACGGATTTGCTTGGTAAATCTATCCTCTTGGAGCTAGTTAGCTCCGAACTTGACCCCGAGA CAGGGACAGAGAAGGAGACAATAAAAGCGTACGCACACAAAGCAGGACGAGGTGAAGAATCTGTCAAGTATGAAGCTGAT TTCAAAATCCCAAACGATTTCGGAGAAGTCGGTGCTATTCTTGTGGAGAATGAGCACCACACGGAGATGTTCCTCGAAAC CATTCTCCTCGATGGTTTCCCAGATGGTCCTGTTCACATTGATTGTTCCTCTTGGGTTCACTCCAAGTTCAATTCCCTCA CCAAACGGGTCTTCTTCACCAACAAGTGTTACTTGCCGTCGGAGACACCGAGTGGGCTAAGGAGATTGAGAGAAGAGGAA TTGAGTAATCTGCGGGGCAATGGTGAAGGTGAACGCAAGAGCTTTGAGAGGATATATGATTATGATGTGTACAATGACAT TGGGGATCCTGATCATAGCCTTGATCTGCAAAGACCTCCTTTAGGTGGCAAACTACATCCATATCCGAGACGTTGTCGAA CTGGCCGTCCGCATAGCGAAGCAGATCGGTTATCTGAAAAGAGAACTAGACAATTTTATGTTCCAAGGGATGAGTGCTTC TCAGAGGTGAAGGAGCTAACGTTCTCGACCAAGGCCTTACATGCAGTGCTGCTAATATTGCTTCCATCTTTGGGGAGTAT TATGAGAGAAGGGGAGCTTTCTTTTTCATTCTTTCACGACATAGATTCACTTTTCAGCGTTGGACTTGACTTGCCTCCTG AAAATGAACCTGAGAAGGGATTCTTAGGAACCATGATGCCTAGGCTCGTCAAAAGTATTTCTGGTGATAGCGGACATGTG CTTCGCTTTGAGATCCCAGAAACAATGAACAGGGACAGGTTTTTCTGGTTCCGGGATGAGGAATTCGCTAGACAGACTGT TGCTGGTCTCAACCCATACAGCATTAAATTGGTCAAAGAATGGCCATTGAGGAGTAAACTTGATCCAAATATATATGGTC CAGCAGAATCAGCAATCACCTCAGAAATGATCAATAAAGAGATTGGAGGCATACTTTCTGTAGAAAAGGCGATCGAAGAA AAGAAGCTGTTCATGCTAGACTACCATGACATATTGTTACCCTTTGTAAGAAAAGTACGCAAACTCAAAGGAAAATCACT CTATGGTTCACGAACTTTGTTCTTTCTAAATTCAGAGGGGACTCTGAGGCCTCTTGCCATTGAGCTGACTAGGCCACCAA TGGATGGAAAGGGCCAATGGAAGCAAGTTTTCAGACCTTCTTGGCACTCAACCAGTATTTGGCTCTGGAGGATTGCCAAG GCTCATGTTCTTGCACATGACTCTGGCTATCACCAACTTGTCAGTCATTGGTTAAGAACTCATTGTGTGACAGAGCCCTA TGTTATTGCAACTAATAGGCAACTTAGTGTGGCACACCCCATATATAGATTGTTACACCCTCATTTTCGTTACACGATGG AGATTAATGCTCTGGCACGGGAAGCCCTTATCAATGCTAATGGCACAATTGAGAGTTCATTCTCGCCAGGAAAGTACTCT ATGGAGCTTTGCTCGGCTGCTTACGGTCTTGAATGGCGATTTGACATGGAGGCTCTACCTGCAGACTTGATTAGAAGGGG AATGGCTGTGGAAGATCCATTTGCTCCTCATGGGTTAAGGCTTACCATTCCAGACTATCCATTTGCCAATGATGGGCTCC TTCTATGGGATGCTATAAAGCTATGGGTCACTGACTATGTTAACCATTATTACCCTGAACCTAAACTTGTGGAGTTAGAT GAAGAGCTACAAGCATGGTGGACAGAGATTCGAACAGTTGGTCATGCAGACAAAAAGGATGAACCATGGTGGCCAGTTCT TAAAACCCCAAAAGACCTCATTAAAATTCTCAACATCATCATATGGGTGACTTCTGGTCACCATGCTGCTGTGAACTTTG GGCAATACACTTATGGGGGTTATTTCCCAAACCGGCCGACAATTGCTAGAACTAAAGTGCCCTCAGAGGACCCTACAGAA GAAGAGTGGAAAAAGTTCATTGCAAAACCTGAAAGGGCACTTCTGAAGTGCTTTCCCTCAAAACTGCAAGCAACTAGAGT CATGGCTGTGTTGGATATATTGTCGACTCATTCACCAGATGAGGAGTACATAGGGGAGAAGATGGAACCATCATGGGCTG AAAACCCTGTCATAAAGGCTGCTTTTGAACGATTCAGAGAAAGACTGAAGAAGATAGAAAAAATAATAGATGACAGGAAT GAAAATCCAAAGTTGAAGAACAGAAATGGAGCTGGCGTTGTCCCATACGAGCTTTTGAAGCCATTCTCCAAGCCTGGTTT GACTTCAATGGGTGTTCCCTGTAGTATATCTATTTAA
Download CDS Sequence

Protein sequence (LotjaGi3g1v0496900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.

MIKPHQLQHQTQHNTNQTLLFHQRPFVHRSASLPLWSWKQVQNQKQVKRLLQLVPPNVQSNSTSSATTATDTAEIKTTTE NGTAVKLKAVVKVKITSSGFFSSLRLDQRIDDLTDLLGKSILLELVSSELDPETGTEKETIKAYAHKAGRGEESVKYEAD FKIPNDFGEVGAILVENEHHTEMFLETILLDGFPDGPVHIDCSSWVHSKFNSLTKRVFFTNKCYLPSETPSGLRRLREEE LSNLRGNGEGERKSFERIYDYDVYNDIGDPDHSLDLQRPPLGGKLHPYPRRCRTGRPHSEADRLSEKRTRQFYVPRDECF SEVKELTFSTKALHAVLLILLPSLGSIMREGELSFSFFHDIDSLFSVGLDLPPENEPEKGFLGTMMPRLVKSISGDSGHV LRFEIPETMNRDRFFWFRDEEFARQTVAGLNPYSIKLVKEWPLRSKLDPNIYGPAESAITSEMINKEIGGILSVEKAIEE KKLFMLDYHDILLPFVRKVRKLKGKSLYGSRTLFFLNSEGTLRPLAIELTRPPMDGKGQWKQVFRPSWHSTSIWLWRIAK AHVLAHDSGYHQLVSHWLRTHCVTEPYVIATNRQLSVAHPIYRLLHPHFRYTMEINALAREALINANGTIESSFSPGKYS MELCSAAYGLEWRFDMEALPADLIRRGMAVEDPFAPHGLRLTIPDYPFANDGLLLWDAIKLWVTDYVNHYYPEPKLVELD EELQAWWTEIRTVGHADKKDEPWWPVLKTPKDLIKILNIIIWVTSGHHAAVNFGQYTYGGYFPNRPTIARTKVPSEDPTE EEWKKFIAKPERALLKCFPSKLQATRVMAVLDILSTHSPDEEYIGEKMEPSWAENPVIKAAFERFRERLKKIEKIIDDRN ENPKLKNRNGAGVVPYELLKPFSKPGLTSMGVPCSISI
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
PANTHER
PTHR11771
43 918 876 0.0
IPR000907
PANTHER
PTHR11771:SF119
43 918 876 0.0 –
SUPERFAMILY
SSF49723
86 224 139 8.63E-39
IPR036392
Gene3D
G3DSA:2.60.60.20
88 242 155 1.9E-44 –
SMART
SM00308
89 221 133 5.3E-37
IPR001024
ProSiteProfiles
PS50095
89 220 132 19.906
IPR001024
CDD
cd01751
108 221 114 7.24782E-49
IPR042057
Pfam
PF01477
135 219 85 1.3E-8
IPR001024
PRINTS
PR00468
190 208 19 2.5E-63
IPR001246
PRINTS
PR00468
216 237 22 2.5E-63
IPR001246
ProSiteProfiles
PS51393
223 918 696 277.827
IPR013819
SUPERFAMILY
SSF48484
225 918 694 2.62E-255
IPR036226
Pfam
PF00305
232 901 670 0.0
IPR013819
Gene3D
G3DSA:4.10.375.10
243 340 98 5.3E-35 –
PRINTS
PR00468
255 271 17 2.5E-63
IPR001246
MobiDBLite
mobidb-lite
285 306 22 - –
PRINTS
PR00468
287 306 20 2.5E-63
IPR001246
Gene3D
G3DSA:4.10.372.10
342 432 91 1.3E-17
IPR027433
PRINTS
PR00468
352 373 22 2.5E-63
IPR001246
PRINTS
PR00468
401 417 17 2.5E-63
IPR001246
Gene3D
G3DSA:3.10.450.60
434 567 134 3.6E-49 –
PRINTS
PR00468
440 459 20 2.5E-63
IPR001246
PRINTS
PR00468
508 532 25 2.5E-63
IPR001246
PRINTS
PR00087
553 570 18 3.9E-21
IPR013819
Gene3D
G3DSA:1.20.245.10
568 916 349 2.6E-150 –
ProSitePatterns
PS00711
571 585 15 -
IPR020833
PRINTS
PR00087
571 588 18 3.9E-21
IPR013819
PRINTS
PR00087
591 611 21 3.9E-21
IPR013819
ProSitePatterns
PS00081
598 608 11 -
IPR020834
PRINTS
PR00468
831 845 15 2.5E-63
IPR001246
Coils
Coil
862 882 21 - –

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:0016491
Molecular function Oxidoreductase activity Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced.
Subterm of
GO:0016702
Molecular function Oxidoreductase activity, acting on single donors with incorporation of molecular oxygen, incorporation of two atoms of oxygen Catalysis of an oxidation-reduction (redox) reaction in which hydrogen or electrons are transferred from one donor, and two oxygen atoms is incorporated into a donor.
Subterm of
GO:0046872
Molecular function Metal ion binding Interacting selectively and non-covalently with any metal ion.
Subterm of
GO:0055114
Biological process Oxidation-reduction process A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi3g1v0496900.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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