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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0311700 |
| Transcript ID | LotjaGi2g1v0311700.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Disease resistance protein (TIR-NBS-LRR class), putative; TAIR: AT1G27170.1 transmembrane receptors / ATP binding protein; Swiss-Prot: sp|Q40392|TMVRN_NICGU TMV resistance protein N; TrEMBL-Plants: tr|I1J5H4|I1J5H4_SOYBN Uncharacterized protein; Found in the gene: LotjaGi2g1v0311700 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:78579481..78586611) extracted from Lotus japonicus Gifu genome v1.2.
GTTGAATTTACGTGTTTATGAATGATAGTAGAAAAATTAACATAAAAGCAATGAGAGTCAATTAGTGCATAACAACAATG TTCTAAACAAACAAGTTACAAACACACTTGCATTATGAAAGAAAACCCAAGACTCAAGTCAAAGCCTATTCTTCTTCTCT GTGCTCTCCTTCACCACAACGTCTGCATGTGCAGAGCACTGAAGGACCCACGACCGACAAACTGAACCTCAAGTCAAAAC AAAGAAACATTGCAATGCCGCCGGAAACTGACGTCACGCCATCGTCGCCACCGCCGGCTTCTTTCAGGCTCCGTTGGGAC GTGTTCCTGAGCTTCAGGGGAACCGACACGCGCCACACCTTCACGAAGGACCTCTACAACGCGCTCCACGCCCGCGGGGT TCGGGTCTTCCGTGACGACGACGGGTTGGGCCGCGGCGATGAGATAAAAGCGAGCCTTCTGGAGGCCATTGACGACTCTG CGGCTTCTGTCATCGTTCTCTCGGAGGACTACGCCTCCTCTCGGTGGTGCCTGGAGGAGTTGGCCAAGATTTGCGACTGT GGGAGGTTAATCCTGCCCGTTTTCTACCGGGTTGACCCGTCGGATGTCCGAAAGCAAAAGGGTCCATTTGAAGGGTCTTT CAAGTCCCATGCAGAGAGGTTTGAGGCAGAGAAGGTTCAGCTCTGGAGGGATGCCATGGCCAAAGTGGGTGGAATCGCTG GTTGGGTTTGTCAAGAAAACAGGTGGTTTTTCTTTTACATAGAGAAAAACCAGAACTCGTTTAAATTTCTCTAGATAATT GGTTGGATCACATAACAGAACTCGTTTAGGTTATGCTTTTGAAACAGGAAACTTAATTCTTTCAAATAGATTATCAAAGG TTCAATATAATATTAAATTAACTTTAGCACATGTCTCTTTTGCTGTTTTTTATAATTTATCTTTGTGTTTTTTAGTGATT GTGTATATGTATAATGTACTTCAGATTAAACTATTGGGATTGTTTCTGTTTTCTTTGTTTCTGAGTTATGTTATGGAATA TTTGGTTTGTTGTTTTTTGGTTTTGATTTGTGTGATTTACTAATTTTCTATTAATGGTTTGTTTATTGATTTACTTTGCA GTGACAGTGATAAGCTCATTCGAGTTTTGGTGGAAACAGTTATGAAGCAGATGAGGAACACTCCACTGAGTGTGGCTCAG TATACAGTGGGGGTTGATGATAAAGTGGAAGAGTTAAAAAAGTTGCTTGATGTGAAAATCAATGATGTGAGGGTTCTGGG GTTGTATGGGATGGGTGGTGTTGGTAAAACAACTCTGGCCAAGAGCCTCTTCAACACCCTTGTAGTTCATTTTGAGCGCC GCAGCTTCATTTCAAATGTCAGAGAAGTTTCAAGACATGGTGATGGTGGTGGTTTGGTTTCTCTTCAAAACAGAATTCTT GGTGATCTTTCCTCTGGTGGAACAGTCAATGATGTTAATGATGGTGTTTCGGCTATCAAAAGAGTATTACAAGGAAACAA AGTTCTGCTAATCTTGGATGATGTTGATGAGATACAGCAGCTTGATTTTTTGATGGGTAATAGGGAATGGTTTCATAAAG GAAGCCGAGTTGTGATAACAACAAGGAATACACAAGTTTTACCTGAAAGTTATGTTGATATGTTCTATGAGGTGAGGGAA TTGGAATTATCTGCAGCTCTAGCATTATTCTGTCACCATGCAATGAGAAGAAAAAAGCCTGCAGAAGGTTTTTCGAATCT ATCAAAACAAATTGTAAAAAAAACTGGAGGGTTGCCTTTGGCTTTGGAAGTTATTGGCTCTTTTCTGTTTGATAAGAGGA CGAGTAAGGAGTGGAAAGATGCTTTGGAGAGGCTGAAGCAGATTCCTCATCCAGGTGTTCAGGATGTGTTGAAGATCAGT TATGATGCGTTGGATGAACAGGAGCAGTGCATATTCCTTGACATTGCTTGTTTATTTGTGCAAATGGAAATGGAAAGAGA TGATGTGGTTGATATATTGAATGGGTGCAATTTTAATGGAGAGATAGCAATAACAGTCCTTACTGCTAAATGTCTGATCA AAATCACTACCCGTAATGTTGTGTGGATGCATGATCAAGTTAGGGACATGGGGAGGCAAATTGTTCAGAATGAAAGCCTT ACAGATTATGGTCTGCATAGCAGGCTCTGGGACCGTGATCAAATATTGACTGTTTTGAAGAGTAACAAGGTAAATGTTGT AGGAGGCCTTCCCAATTCATCCCTTGTGATGCTGCTACCAAGAGAGAAACTGAATCAGATTAATATTTCTTCTGGTGTCT TGTTTGTTTCTGGCCTTTTGTATTTGCAACCATATTTCTGTTGCCATCTATTTAGCAAGATGCTTGGAAATATAAGAATA TATTTTTCTTATCATAAAGACATAAAATTTCATACCTTCTTATCATCTAAATTTTTTGTGTTGATCTCTTTTTTGGTAAT CTTTCACAAAATTCAATAGAGTTCCACCTAAAAAATGTGTGGAGTTTTCAAAATGTAAACTAATCACAGTGAGTGTGTTG GAGTGTGTCTTTAAAAGTGTTTTGGTAGCATTTCTCTTAATATTTATGAAAGTAGAGACAATTATAATTTCTTTTAAATA TAATGTTATGTGGAATTTTCACATATTTAATTTCGAGTCTTTTGTATGGAAAATGAAGAGCTAGCCCCACAAGGATGTGG ATGTCTAGGGCTTGAACAAGAATGTCTCCAGTGGAGGAGACCTGTATTAGATAAAAAAAAATGTTATGTGAAGTTTTCAC ATGAGAGAAACTTAAGCATTAATGTAGGATTTTTCCTCTTGCTTGATGCATCATATGTGAGTCTGTATTTGTGTGTGTGT ATATCTTGAGTAGGTGTGTTTGGAAGAACTTATTTGAATTTATCGTATAACATAAATAAAGTGTTTGGTTAAGTTTATAA AAGTAGTTTATGAACTACCTATAAGATATTTTGAGTTTATTTTCATAAACTTCTCAAATTAGCGTATGAACAAGCACTTA TGTTTACCTATAAGATATTTTGACTTTTTTTAAAATCTTTTTTCAACAAGATTATAAAGAAGCGCTTATTACCTTAAGTA CTTATACTTAATTAAGCTATTTATCCCTAGTGAAATTCCCATGAGTCCCATCAGATATAGAATGAGACTCACATAATTAA CATGAATTTCATTCAATACTAAAATCATTCCTGATTATTGATTTGAAGAAGCTGGACAGCATTTTGTGGAGACTTCTTGC AATCTGTGTGGAATAAGTTTGCTTTGTGAAATACTGAAGAACCTTAATCCTTCCAAAATAATCACAGTAGTAGTTATAAA TTTATTCATTTAGCTCCTTGGAAATTTAATAATGAAACAATACATGTAGGGAACTAGAAGTACTCAAGGGATTGTCCTAG ATTGTGTGAAGAAAAACAGCTCAAATCCTAGAAATCGCTCTGCTGATGAAATTACTTGGGATCACTTTCAGCAAAAGCCC AGTTGTAAATCTGCATCAGCATTTATCAAAGAGAAGTGTAAAAAGTATATGCAGGACAGAGAAGAGAAAGCAAAAGAGGT TGTCCTTCAGACAAAGCACTTTCAACCAATGGTTTCCTTGAGATTGCTTCAAATAAATTATTCCAGATTGGAAGGACAAT TCAAATGTCTGCCTCCTGGACTAAAGTGGTTGCAGTGGAAACAATGTCCATTAAGGAATTTGCCTTCAAGCTATAATCCT TTGGAGCTTGCTGTGATTGATCTCTCAGAAAGTAAGATTGGAAGGTTATGGGGCAGGCGCAGTAACAAGGTGTGCTTTCT TATTAACTAATGAACTCACTGTTTATTTTTACATCAATGAGTTCTAGAACAGGGCATTTTCTATTTAAATGTAATAGTTA TATTGTTTTCTTATAAAGTAACATTCAGTTGAGTCATTTAACAATATATGTGAGATCAATTTGGTCATCCAAATAAAGTT GATATCTATTTAATTCTCCATAAGAAAAAGACTTAAATATCATCTTTGAACATATGGGTTGCAAGATTGAGGAACAAAAG ATTAAATTTTGATCAAAGAATTTAAATAAATGCCAACTTTCAACTTTTTTTGAAAGATCAAGTTAAGATTGTTTATGATT GAGAGTTTGAATTAATATAAAAAAGACTAAATTGGTGTCACCTGTATATTTTATTTAAAGAATTTAAATGGATATTTGTC TTTTCTGCATTTATCAATGATTTCAAAACTTGGATGTTTCTTTCCCAGGTGGCTAAGCACTTGATGGTTTTAAAACTCTC CAGATGCCACAGATTGACAGCAACTCCGGATTTAAGTGGCTATCTATCTCTGAAAAAAATAGTTTTGGAAGAATGCTCTC ATTTAACTAGGATCCATGAATCACTTGGAAACCTAAGTACCTTGATTCACTTGAACTTGCACCAGTGCTATAACCTTGTT GAAGTACCTGCTGATGTCTCTGGTCTGAAACATCTTGAGGACCTTATTCTTTCTGGCTGCTGGAAGCTGAAAGCATTGCC GACAGACATAAGCTGCATGATTTCTTTAAAACAACTTGTTCTTGATGAAACTGCTATAACTGAGCTACCTGGTTCCATCT TCCACCTGACAAAGCTTGAAAAGCTGAGTGCAGATAAATGCCAGTTTTTGAAGAGGTTACCTACCTGCATTGGGAATCTC TGCTCACTGCAGGAATTGTCTCTTAACAACACAGCATTGGAGGAATTACCTGATTCTGTTGGTTGCTTGGAGAATCTTGA GCTGCTTGGTTTGGTGGGGTGCAGGTCCCTCTCTTTGATTCCTAACTCTGTTGGGAAACTAATTTCATTGAAAAGATTAC ATTTTGATGTCACTGGAATTAAAGAATTGCCTGATTCTATTGGTTCTTTATCATATTTAAGGAAACTCTCTGTTGCAGGC TGTAGTTCTCTTGACAGGTTGCCTCTGTCAATAGAAGCTTTAGTTTCTATTGCTGAGCTTCAGTTAGATGGCACATCAAT CACCAATTTGCCAGATCAAGTTAGGGCCATGAAAATGCTTAAAAAGCTTGAGATGAGAAACTGTCAGCATCTCAGGTTTC TACCAGCATCAATTGGCTTCCTGTCAGCTCTTACGACTTTGGACATGTATAACACTAACATAACTGAATTACCAGACTCA ATTGGAATGTTAGAAAATCTTACCAGGTTGAGATTAGACATGTGCAAACAGCTCCAAATGCTTCCAGCTTCCATGGGAAA TTTGAAATCCTTGCAAAGGTTACTCATGAAGGAAACAGCAGTTACCCATCTACCTGATAGCTTTCGAATGCTTTCAAGCC TGGTTGAACTACAAATGGAAAGAAGGCCTTATCTTAATGCGGTTGGAAACAACGTGCCTCCAATAGACATAATTTCTAAC AAGCAAGAAGAACCTAATTCAGAGTCGATCTTAACCTCTTTCTGCAATCTAACCATGCTGGAACAGCTAAACTTTCATGG ATGGAGTATATTTGGAAAAATTCCAGACAATTTTGAAAATCTGTCATCACTGGAAACCTTAAGTTTAGGGCACAACAATA TTTGCAGTCTTCCAGCAAGCATGAGAGGCCTCTCCTATCTCAAAAAGCTTTATTTGCAAGATTGCAGGGAGCTGATGCTT CTGCCTCCTCTTCCTTCTAGCTTAGAGGAGCTTAACATTGCAAACTGTACAGCAGTAGAGTACATATCTGATATTTCAAA CTTGGACAGGTTAGAGGAGTTCAACCTTATGAATTGCGAAAAGGTGGTGGATATACCAGGCCTTGAACACTTGAAGTCCT TAAGAAGGTTGTACATGAATGGTTGCATTGGATGCTCCCTTGCTGTGAAGAGAAGATTTTCCAAGGTATGTCATTTTTCT ATCTAACTTATATTTCCGTCCTCCCCACCCCTTTCAAAGGCTTTTGCAATATGACCAAAATAGTTCTTATATAGGGTAGA GCAGTCCTCACCCCTGATGTAGCTTTCAGGGTAGAGTTATGCCTAATGAACTTGAATTTCAATATGGTATCAAAGATCCC GTAGATGTTCAGTCTTGATAGAAACACTTGTAAATTTTGTATTAGATTTATTATGTCTGGTTCTGTTTATCTTAGATTTG TTTTGTACTTCTTTTCTATATTGTAAGACCACTTGTAAATTTTGTTCCAGGTTCTACTAAAAAAGTTAAAGATTTTGATT ATGCCTGGAAGCAGAATTCCAGATTGGTTCTCAGGGGAATCAGTTGTGTTTTCGAAGCGAAGAAACCGTGAGCTTAAAGG TATAATTTGTGCCGGCGTGCTTTCTTTCAACAATATACCAGAAGACCAAAGAGATAAACTGCAGTTAATGGATGTTCAAG GAAAAGTCTTCAATTTGACTGACAATGTTTACAGCACAACGTTTCGCCTTCTAGGAGTACCTAGGACAAATGAACACCAC ATATTTTTGCGCAGATTTGGAGTTCACACTTCCTTGGTTTTTGAGTTAAAAGATAGGTGTACCTTGCATTTGACAAAGCG AAACCCGCCCTATGTTGAGGGGCTGGAGCTGAAGAATTGTGGAATATATTTAGTGTTTGAAGGTGATGATGATTTTGAGG GAGATGAGGGATCACTAGAAGAAGGTCAATACTCTGTTTCACAAAAATTAGCTAAGTTCTTCAACACTAGTGCAGAAGGT GACCCTGATCTTCGTGTGTGAATAATGGTAATATAATTCTTCATATCAACTCCAAGAGATCGAAAAAAGAATTATATGCA CAGTTGGATACCTAGGTGTTAGGTCATCATGCAGATTTCTTACGTGAAATCCTGAGTTTTTAAAACCACAACAAACTCCA TACATTATATTTTTCCCTTGATGTTCCATTCTTTCACATTTATCACTTTTTTTCTCTTTGTCATTTGCTTACATTGTCAA TGCAATGACTTCCCTATTAAAGCAATGGCACATGGTCTTACAGTTAATTTTTCAAAACAATCAATATTCAAGGTGATGTT CTCTCAAAAAAAAGGTGATGTTAAAAGTATTAAGATTTCGCTTACATTTAAAAGGATTTGTATATTGTTGAACAAACTAA ATTAAATATTT
CDS sequence (LotjaGi2g1v0311700.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCGCCGGAAACTGACGTCACGCCATCGTCGCCACCGCCGGCTTCTTTCAGGCTCCGTTGGGACGTGTTCCTGAGCTT CAGGGGAACCGACACGCGCCACACCTTCACGAAGGACCTCTACAACGCGCTCCACGCCCGCGGGGTTCGGGTCTTCCGTG ACGACGACGGGTTGGGCCGCGGCGATGAGATAAAAGCGAGCCTTCTGGAGGCCATTGACGACTCTGCGGCTTCTGTCATC GTTCTCTCGGAGGACTACGCCTCCTCTCGGTGGTGCCTGGAGGAGTTGGCCAAGATTTGCGACTGTGGGAGGTTAATCCT GCCCGTTTTCTACCGGGTTGACCCGTCGGATGTCCGAAAGCAAAAGGGTCCATTTGAAGGGTCTTTCAAGTCCCATGCAG AGAGGTTTGAGGCAGAGAAGGTTCAGCTCTGGAGGGATGCCATGGCCAAAGTGGGTGGAATCGCTGGTTGGGTTTGTCAA GAAAACAGTGACAGTGATAAGCTCATTCGAGTTTTGGTGGAAACAGTTATGAAGCAGATGAGGAACACTCCACTGAGTGT GGCTCAGTATACAGTGGGGGTTGATGATAAAGTGGAAGAGTTAAAAAAGTTGCTTGATGTGAAAATCAATGATGTGAGGG TTCTGGGGTTGTATGGGATGGGTGGTGTTGGTAAAACAACTCTGGCCAAGAGCCTCTTCAACACCCTTGTAGTTCATTTT GAGCGCCGCAGCTTCATTTCAAATGTCAGAGAAGTTTCAAGACATGGTGATGGTGGTGGTTTGGTTTCTCTTCAAAACAG AATTCTTGGTGATCTTTCCTCTGGTGGAACAGTCAATGATGTTAATGATGGTGTTTCGGCTATCAAAAGAGTATTACAAG GAAACAAAGTTCTGCTAATCTTGGATGATGTTGATGAGATACAGCAGCTTGATTTTTTGATGGGTAATAGGGAATGGTTT CATAAAGGAAGCCGAGTTGTGATAACAACAAGGAATACACAAGTTTTACCTGAAAGTTATGTTGATATGTTCTATGAGGT GAGGGAATTGGAATTATCTGCAGCTCTAGCATTATTCTGTCACCATGCAATGAGAAGAAAAAAGCCTGCAGAAGGTTTTT CGAATCTATCAAAACAAATTGTAAAAAAAACTGGAGGGTTGCCTTTGGCTTTGGAAGTTATTGGCTCTTTTCTGTTTGAT AAGAGGACGAGTAAGGAGTGGAAAGATGCTTTGGAGAGGCTGAAGCAGATTCCTCATCCAGGTGTTCAGGATGTGTTGAA GATCAGTTATGATGCGTTGGATGAACAGGAGCAGTGCATATTCCTTGACATTGCTTGTTTATTTGTGCAAATGGAAATGG AAAGAGATGATGTGGTTGATATATTGAATGGGTGCAATTTTAATGGAGAGATAGCAATAACAGTCCTTACTGCTAAATGT CTGATCAAAATCACTACCCGTAATGTTGTGTGGATGCATGATCAAGTTAGGGACATGGGGAGGCAAATTGTTCAGAATGA AAGCCTTACAGATTATGGTCTGCATAGCAGGCTCTGGGACCGTGATCAAATATTGACTGTTTTGAAGAGTAACAAGGGAA CTAGAAGTACTCAAGGGATTGTCCTAGATTGTGTGAAGAAAAACAGCTCAAATCCTAGAAATCGCTCTGCTGATGAAATT ACTTGGGATCACTTTCAGCAAAAGCCCAGTTGTAAATCTGCATCAGCATTTATCAAAGAGAAGTGTAAAAAGTATATGCA GGACAGAGAAGAGAAAGCAAAAGAGGTTGTCCTTCAGACAAAGCACTTTCAACCAATGGTTTCCTTGAGATTGCTTCAAA TAAATTATTCCAGATTGGAAGGACAATTCAAATGTCTGCCTCCTGGACTAAAGTGGTTGCAGTGGAAACAATGTCCATTA AGGAATTTGCCTTCAAGCTATAATCCTTTGGAGCTTGCTGTGATTGATCTCTCAGAAAGTAAGATTGGAAGGTTATGGGG CAGGCGCAGTAACAAGGTGGCTAAGCACTTGATGGTTTTAAAACTCTCCAGATGCCACAGATTGACAGCAACTCCGGATT TAAGTGGCTATCTATCTCTGAAAAAAATAGTTTTGGAAGAATGCTCTCATTTAACTAGGATCCATGAATCACTTGGAAAC CTAAGTACCTTGATTCACTTGAACTTGCACCAGTGCTATAACCTTGTTGAAGTACCTGCTGATGTCTCTGGTCTGAAACA TCTTGAGGACCTTATTCTTTCTGGCTGCTGGAAGCTGAAAGCATTGCCGACAGACATAAGCTGCATGATTTCTTTAAAAC AACTTGTTCTTGATGAAACTGCTATAACTGAGCTACCTGGTTCCATCTTCCACCTGACAAAGCTTGAAAAGCTGAGTGCA GATAAATGCCAGTTTTTGAAGAGGTTACCTACCTGCATTGGGAATCTCTGCTCACTGCAGGAATTGTCTCTTAACAACAC AGCATTGGAGGAATTACCTGATTCTGTTGGTTGCTTGGAGAATCTTGAGCTGCTTGGTTTGGTGGGGTGCAGGTCCCTCT CTTTGATTCCTAACTCTGTTGGGAAACTAATTTCATTGAAAAGATTACATTTTGATGTCACTGGAATTAAAGAATTGCCT GATTCTATTGGTTCTTTATCATATTTAAGGAAACTCTCTGTTGCAGGCTGTAGTTCTCTTGACAGGTTGCCTCTGTCAAT AGAAGCTTTAGTTTCTATTGCTGAGCTTCAGTTAGATGGCACATCAATCACCAATTTGCCAGATCAAGTTAGGGCCATGA AAATGCTTAAAAAGCTTGAGATGAGAAACTGTCAGCATCTCAGGTTTCTACCAGCATCAATTGGCTTCCTGTCAGCTCTT ACGACTTTGGACATGTATAACACTAACATAACTGAATTACCAGACTCAATTGGAATGTTAGAAAATCTTACCAGGTTGAG ATTAGACATGTGCAAACAGCTCCAAATGCTTCCAGCTTCCATGGGAAATTTGAAATCCTTGCAAAGGTTACTCATGAAGG AAACAGCAGTTACCCATCTACCTGATAGCTTTCGAATGCTTTCAAGCCTGGTTGAACTACAAATGGAAAGAAGGCCTTAT CTTAATGCGGTTGGAAACAACGTGCCTCCAATAGACATAATTTCTAACAAGCAAGAAGAACCTAATTCAGAGTCGATCTT AACCTCTTTCTGCAATCTAACCATGCTGGAACAGCTAAACTTTCATGGATGGAGTATATTTGGAAAAATTCCAGACAATT TTGAAAATCTGTCATCACTGGAAACCTTAAGTTTAGGGCACAACAATATTTGCAGTCTTCCAGCAAGCATGAGAGGCCTC TCCTATCTCAAAAAGCTTTATTTGCAAGATTGCAGGGAGCTGATGCTTCTGCCTCCTCTTCCTTCTAGCTTAGAGGAGCT TAACATTGCAAACTGTACAGCAGTAGAGTACATATCTGATATTTCAAACTTGGACAGGTTAGAGGAGTTCAACCTTATGA ATTGCGAAAAGGTGGTGGATATACCAGGCCTTGAACACTTGAAGTCCTTAAGAAGGTTGTACATGAATGGTTGCATTGGA TGCTCCCTTGCTGTGAAGAGAAGATTTTCCAAGGTTCTACTAAAAAAGTTAAAGATTTTGATTATGCCTGGAAGCAGAAT TCCAGATTGGTTCTCAGGGGAATCAGTTGTGTTTTCGAAGCGAAGAAACCGTGAGCTTAAAGGTATAATTTGTGCCGGCG TGCTTTCTTTCAACAATATACCAGAAGACCAAAGAGATAAACTGCAGTTAATGGATGTTCAAGGAAAAGTCTTCAATTTG ACTGACAATGTTTACAGCACAACGTTTCGCCTTCTAGGAGTACCTAGGACAAATGAACACCACATATTTTTGCGCAGATT TGGAGTTCACACTTCCTTGGTTTTTGAGTTAAAAGATAGGTGTACCTTGCATTTGACAAAGCGAAACCCGCCCTATGTTG AGGGGCTGGAGCTGAAGAATTGTGGAATATATTTAGTGTTTGAAGGTGATGATGATTTTGAGGGAGATGAGGGATCACTA GAAGAAGGTCAATACTCTGTTTCACAAAAATTAGCTAAGTTCTTCAACACTAGTGCAGAAGGTGACCCTGATCTTCGTGT GTGA
Protein sequence (LotjaGi2g1v0311700.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPPETDVTPSSPPPASFRLRWDVFLSFRGTDTRHTFTKDLYNALHARGVRVFRDDDGLGRGDEIKASLLEAIDDSAASVI VLSEDYASSRWCLEELAKICDCGRLILPVFYRVDPSDVRKQKGPFEGSFKSHAERFEAEKVQLWRDAMAKVGGIAGWVCQ ENSDSDKLIRVLVETVMKQMRNTPLSVAQYTVGVDDKVEELKKLLDVKINDVRVLGLYGMGGVGKTTLAKSLFNTLVVHF ERRSFISNVREVSRHGDGGGLVSLQNRILGDLSSGGTVNDVNDGVSAIKRVLQGNKVLLILDDVDEIQQLDFLMGNREWF HKGSRVVITTRNTQVLPESYVDMFYEVRELELSAALALFCHHAMRRKKPAEGFSNLSKQIVKKTGGLPLALEVIGSFLFD KRTSKEWKDALERLKQIPHPGVQDVLKISYDALDEQEQCIFLDIACLFVQMEMERDDVVDILNGCNFNGEIAITVLTAKC LIKITTRNVVWMHDQVRDMGRQIVQNESLTDYGLHSRLWDRDQILTVLKSNKGTRSTQGIVLDCVKKNSSNPRNRSADEI TWDHFQQKPSCKSASAFIKEKCKKYMQDREEKAKEVVLQTKHFQPMVSLRLLQINYSRLEGQFKCLPPGLKWLQWKQCPL RNLPSSYNPLELAVIDLSESKIGRLWGRRSNKVAKHLMVLKLSRCHRLTATPDLSGYLSLKKIVLEECSHLTRIHESLGN LSTLIHLNLHQCYNLVEVPADVSGLKHLEDLILSGCWKLKALPTDISCMISLKQLVLDETAITELPGSIFHLTKLEKLSA DKCQFLKRLPTCIGNLCSLQELSLNNTALEELPDSVGCLENLELLGLVGCRSLSLIPNSVGKLISLKRLHFDVTGIKELP DSIGSLSYLRKLSVAGCSSLDRLPLSIEALVSIAELQLDGTSITNLPDQVRAMKMLKKLEMRNCQHLRFLPASIGFLSAL TTLDMYNTNITELPDSIGMLENLTRLRLDMCKQLQMLPASMGNLKSLQRLLMKETAVTHLPDSFRMLSSLVELQMERRPY LNAVGNNVPPIDIISNKQEEPNSESILTSFCNLTMLEQLNFHGWSIFGKIPDNFENLSSLETLSLGHNNICSLPASMRGL SYLKKLYLQDCRELMLLPPLPSSLEELNIANCTAVEYISDISNLDRLEEFNLMNCEKVVDIPGLEHLKSLRRLYMNGCIG CSLAVKRRFSKVLLKKLKILIMPGSRIPDWFSGESVVFSKRRNRELKGIICAGVLSFNNIPEDQRDKLQLMDVQGKVFNL TDNVYSTTFRLLGVPRTNEHHIFLRRFGVHTSLVFELKDRCTLHLTKRNPPYVEGLELKNCGIYLVFEGDDDFEGDEGSL EEGQYSVSQKLAKFFNTSAEGDPDLRV
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| PANTHER | 10 | 1377 | 1368 | 0.0 | – | |
| PANTHER | 10 | 1377 | 1368 | 0.0 | – | |
| SUPERFAMILY | 12 | 157 | 146 | 1.31E-35 | ||
| ProSiteProfiles | 19 | 154 | 136 | 28.342 | ||
| Gene3D | 19 | 179 | 161 | 3.1E-58 | ||
| SMART | 20 | 154 | 135 | 1.9E-41 | ||
| Pfam | 21 | 184 | 164 | 1.2E-36 | ||
| Gene3D | 180 | 342 | 163 | 3.2E-29 | – | |
| SUPERFAMILY | 181 | 444 | 264 | 4.19E-62 | ||
| Pfam | 195 | 433 | 239 | 4.0E-34 | ||
| PRINTS | 214 | 229 | 16 | 2.5E-22 | – | |
| PRINTS | 291 | 305 | 15 | 2.5E-22 | – | |
| Gene3D | 354 | 434 | 81 | 2.4E-6 | – | |
| PRINTS | 384 | 398 | 15 | 2.5E-22 | – | |
| SUPERFAMILY | 491 | 944 | 454 | 1.25E-52 | – | |
| Gene3D | 596 | 786 | 191 | 1.7E-25 | ||
| SMART | 769 | 792 | 24 | 13.0 | ||
| ProSiteProfiles | 771 | 792 | 22 | 5.61 | ||
| Gene3D | 787 | 915 | 129 | 4.2E-25 | ||
| SMART | 816 | 839 | 24 | 1.6 | ||
| ProSiteProfiles | 818 | 839 | 22 | 6.172 | ||
| SMART | 863 | 886 | 24 | 86.0 | ||
| ProSiteProfiles | 865 | 886 | 22 | 4.532 | ||
| SUPERFAMILY | 902 | 1227 | 326 | 1.93E-45 | – | |
| SMART | 910 | 933 | 24 | 170.0 | ||
| Gene3D | 916 | 1143 | 228 | 9.2E-45 | ||
| PRINTS | 931 | 947 | 17 | 2.5E-22 | – | |
| SMART | 957 | 980 | 24 | 7.8 | ||
| ProSiteProfiles | 959 | 980 | 22 | 6.226 | ||
| SMART | 1004 | 1026 | 23 | 160.0 | ||
| Pfam | 1091 | 1131 | 41 | 2.2E-6 | ||
| SMART | 1097 | 1120 | 24 | 4.5 | ||
| ProSiteProfiles | 1099 | 1120 | 22 | 7.335 | ||
| ProSiteProfiles | 1143 | 1165 | 23 | 4.686 | ||
| Gene3D | 1144 | 1221 | 78 | 6.3E-8 | ||
| ProSiteProfiles | 1166 | 1188 | 23 | 5.409 |
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 |
|---|---|---|---|---|
| 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). | ||
| Biological process | Signal transduction | The cellular process in which a signal is conveyed to trigger a change in the activity or state of a cell. Signal transduction begins with reception of a signal (e.g. a ligand binding to a receptor or receptor activation by a stimulus such as light), or for signal transduction in the absence of ligand, signal-withdrawal or the activity of a constitutively active receptor. Signal transduction ends with regulation of a downstream cellular process, e.g. regulation of transcription or regulation of a metabolic process. Signal transduction covers signaling from receptors located on the surface of the cell and signaling via molecules located within the cell. For signaling between cells, signal transduction is restricted to events at and within the receiving cell. | ||
| Molecular function | ADP binding | Interacting selectively and non-covalently with ADP, adenosine 5'-diphosphate. |
Expression pattern of LotjaGi2g1v0311700.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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