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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0093400 |
| Transcript ID | LotjaGi6g1v0093400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Chaperone protein dnaJ; TAIR: AT2G22360.1 DNAJ heat shock family protein; Swiss-Prot: sp|Q9SJZ7|DNJA6_ARATH Chaperone protein dnaJ A6, chloroplastic; TrEMBL-Plants: tr|A0A151S382|A0A151S382_CAJCA Chaperone protein dnaJ; Found in the gene: LotjaGi6g1v0093400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:20109535..20117410) extracted from Lotus japonicus Gifu genome v1.2.
GAAAAATCAAGGCAAGAGAAGGGGCATTAGGGTTCTAGAAGCAGCGCAATAGAATAGAGAGAGAACTTAAAAAGATAGAG GAAAACTCGTCCACCAGGTTCTCTTTCATTCTACCAAGTAGAGCGATTAGAGAGCTTCACTTAGTTCCAACAACATAAAA CACTGTTCCTTCTTCCTCATCCCCAATTCTCATTTCACTTCCCTTCTCTTCTCTCCAACCACCACCACAACCACCACCAG GTCTCTCTTTCTATTCAATTCTTGTCATTTCTATGAATTATCACGAAAATACTTATGTTAATTCATTCGTTTATTATATA TTAGAGTATATATCGTCGATGCTGGTCTTTATTTTTTGTCATTTCTATCTAGTAATTGCTTCTTTCATTCCTAGTGCTGT TTCTCTGTATCGTTAGCATCTCAAAAATTGGTTTTTGCTGCTTTGTTTTTTTGTTTTCTTAATTGCAGGTAGCAGAATTT TATCAAGGGAATTTATATTGAGTGGCATATTGTCTACCTGGGAATAAATTAGATGGCAATTGTACCTTTTGGTAGTACTC CAGCTACTCAATGGGGGATTCGTCCTCAGCTTCTTGTGAGATCCACTGCCATGGCCAAGATTGCATCATCCACTCACAAG TCAGTCCTATCATTAATTCTTTCTTCATAAATATATTTTCATGCTCTTGCATATGATAAAGAGCTATATTAACATTTTTT ATAAGTTTTATCCATCATTTTTTATACTTTAATTGCTAGCCACAGTAGTTTTATTGTCTGGAATAGACTCGAAGTCGAAA GTCTCTGAAACTTGGGGCTATTTTTTTACCCTTTATGTCTTTTAAGTATTAATCTTCAGGAACTGCTTACACAATTGATA CACACAATTTTTTTCAGTATAGTTCATCATGTCAGTGTGCTTGGCAGTGTAATTGAATCAAGTTATTTTTTCTTGCAGCG TCACAAGCAGGGTAAGCTTTATGGCTGCTCGCAGTTCAAGCATTTTTTCCCGGGATTCCCTGCATGCACTATTTGATGCC GGTTCATCTCAAACTTTGCATCGTCGCAGGGGTTCAAGGTTGATAGTTAGAGCCGATGCAGTAAGTTTGATTACTCGTAC ATTTCTAAGCAAACGATGAAATCCATTTTGGTTTTTTCTATTCACTTGTGCATTACAACGGTATTCGGTACATATCTAAA TTATATGACATCATGTGTATTGACTGGTGTTTAATATGTGCCAATTCACAGGATTTCTATTCCACCCTTGGGGTATCGAA AAATGCTAGCAAATCTGAAATTAAGAGTGGTATTTTTCCGTGGCCCCTTCCTTTTCTAGCTAATAATGATTATGCCTCCA TCATCATCAATTGATGTGTGCAATTTTATTATTTTAATACATAGTTATCAAATTGAGATTCGAATCGTGAATTGTATTAT CGTATATCGTGTTGAATTGTTAGATTCAGAAGTATAATGAAAAACAATTAAATACATATTAAAAACAGTGTTGTCAAATC GCGATCGCGGAAAATCGCGGCGAGGCCAAAATCCGCTATTTCATTTAGCGGATAGCGTCGCGGGCAAATAGCGGTAACCG CATAGCGGTTAAAATAAGTAAAATATTATACAAAAATAGCTTGTCACAAAAGAAGAACGAAATAAAATACAGAGACAGAA TAAAAAGCAGAAAACAGAGGGTGAATAAATGAAAAACAGAAACCGGAACTGTGGAGAAAAAACGAAGTGAAAGAGATAAG GAAAGAGAGCAGAGTGAAAAAAAAAAACAGATAATTGTGAATAACGAACAAGTGAAAAGAGAAAGAGAAAGAAAATGTGA AAGAGATAAGGAAAGAAAGCAGAGTGAAAAAACATAAAAACAGATTCTGAATTCTGAAAGTTTGAATTGTGAATAGCGAA CAAATGAAAAAAGAAAAAGAAAGAAAACAGTCTGGAAATTTGAAGAAAGAAGGAAGGAAAAAAGAAAAGGAAAGAAAAGA AAATAGAGTGTGAAAAAAAGAAGTGGCATTACATTCTCCAAGCGGTGCCATTTTAGAAAAATCAGTTGGTGGCATCATTC TCCAAGCGGTGCCATTTTCTTCCACTAATTGGCATCCAATTAAATCAGTCGGTGGTATTACATTCTCCAAGCGGTGCCAT TATTGAAAATTCCCTCAAATCACGCATGAAATTAACTCCCACCCGATATTTCCGCTTTGCCCATCGCGGCGTTATTGCGA GTTGCGCCGCAATCGCGTTTGTCGCGGTGGCCGCGATGTCGCGGCGTAGCGATTGCGGCGGGCCAAATTTCCGCTACGCT ATAGCGGGTCGCGGCCGCTATAGCCGCTATTTGACAACACTGATTAAAAATGATGAGTAGTGTTTGATTTAGCAATTTCA AATTAGGAATTGACGAAACCACTTAAGCATAAGCCTTCACATGCAAACTCCAAGTTATATGTCACAAGCAGTGTTGTCAA TCCCGGATAGCAGCTGACCCCAAAACACTAGCGGTATAACGTTTAGCAGGATGGACACTATGTTGATTTTTATTCTACTC GCTATGTTGATTTTCTATTATAATCTATACTATATGCATATAAATGATGAAAAATGATAAAAAGTACTCAAAATTAATGA CATTCATAATAATAAAATGTCATGGGTCTTTCAAGCAAAGCATACGAGTGAAACAATGAAAGATTAAATCATTAAATAAA TTAACAAAAACAAAACAAAGGAAGAGGAGGCTGTTGGAATTTGTGAATAAGATAAATAAAAACTATGAAACAAGAGAAAG GGTGGATGGAGCTAAGGGAAAAGCTAACAGAAATAAAACAGAATTACAGAAACAGAGCAAAGCCAAAGACTGACAGGGGA AAATAGCAATCTGGAGTGAGAACGTGAGAAGGGATATGGAGGTCGTCGGATGGTGGCTGGAGCCTGGTTAGTGGTCACAA ATCGCGGGAGTGAGGAAGAAGCCAGATTGATGGCTTGGAGATTGAGCAGAAGGGAGAACGCGAGAAATCAGGGGGAAGAA GCGGGAGAGTGTATCCCCAAATTTTTATAACTGAAAACCCCATTTCACCCTTAAATTTTAACCTAACGACATCTTTTAAG GGTAAAATAGGGATTAAAAACCCTAAACACAATCGCGCAGCTATAGCGCCCGCGATACTGCGGTTCAGGCTGCGACGCTA ATGTGCTTCACTACAGAACTCTTGTCACGGATGGTGGCTGCTCTGCCTCTAAAGCGCATTGACATCCCTTACATGTCGAA ATATGAATAGGGCAAGAGTATAGCAAAATAAGGTATGCGTGGAGTGAGCAAGCTATTATGTGAAAGTTCCTTTGTGAGCA AGTGATTGAGTGGTTGTGCCAAGTTGCTATTTTAGAAAATGAAACATAACATTAAATAGCTAAACAAGGTTTATTGATTT GACATCATTTGATCTATGTAGCTGACTCCATCTATTGGGAAAAGATTTCGGTGGTGGTGGTTTTTGTTGTTATTGTTGGT GATGGATACTTTTCAATTGTTTGATGACAATTGGTGAAATGAAAAAAAGAAAGAAAAGAAACTACAAATCGTTGAATCAT GTGTTTCATATCAACATTTGAATCTCATTGTTCATGTCTGTATCGCATGATTCTAAGTCATTTGTGATTCATTGCATAGT ACTGATTGGCTTGATGACTTGTATTGAAAGATTCGAATTGCGAATTGTACGATTTTAATAACTATGTTTTTATATACTAA TTGATTGCTGTATTACTTAATAAATGACAATTTTTTTGTATAGCTGTGGTCTCTGGGTAATGGAAATTGATCACCACATT AAGGTTTAGTCTGTTAACTACCAAATGACTATCCCTTTCATGCCTCTTGATGCTTTCTTATCATTGGGAAATTCAGATAC TAATACTCAATAAGGTTAACCTAAAACATATTTGTAGCATAGAAGATAACTACTGACTGCTGAGAAGTGAGAACAAAATC TGAAATTTAAAAATGTCAGAGAAGTCTGCCAACCTTGGGATGGAATCTAGAGTAATAATGTTGATCAGATGTGTCAGATT TTAATTAGTGACTTATATTAAAAGAGCTTATGCCAGTTGCTGAGTGGTTTATTTTTCTTACAAAAAAAAGACATGGAGGT TAGCTTTCCAATCAGAAAATTTAATATTTTTAAATTAGTTGAACTCTTGGTGCCTTTGTTTGCTCTTTGGGACTGTTAGC CATGATGACGTTTTTGTGTAGACTAATAAATCAAATTTAAACAAGAATTTTGTTCTAAGATACTGTAGGAAAATTTTCAA CTCCACAAATTCTGACTAAACATCCATATCATTTTTTCTGGTAAGGGACTTTGGGTAGGTTTTCAAATGAAGTTTATAAT TAGTGGATGGAAGAATCAATTATTAGGGCTAATGATTCACTGTTGCAATCAAGGAGTTATTATTAACCAGATCCTCTGTT TGATTTACTTAATTTTGTGATTTTTCTGTGGGTTAATTACCTGTTACATCATTGCAATTTAATATTTTTCTATCTCTGGA CATTTCAGCTTATCGGAAGCTTGCCCGGAATTATCACCCAGATGTGAACAAGTGAGTTTTTCCCTCTTTCTCATATTACA TAATCTACTTTTTTATACCCTTCCTTTGCTTTGTTCCCACTTCTTTTATATGATACTATTCAACTCTTTTATTTTAGGCT TAATCCAGTTTTTGGTCCCTAACCTTTGTCATAAATATGGCTTTAGTCCCTCGCCGGAGTAAAGGTGGGGATTGGTCCCC AGTTTTTTGCAAAATAGTTGGCTTTAATCCCTCCGGCCGTTTGGGTCAACCCCGGAGCTCCGGGAAGCCCATGTGGCATT GCCACGTCAATTAATGAGCTTAGGTGGCTTTTTTTTTTTCATTTAAATTCTAGAGAAATACCATAATTAAAACCCTTAAA TCCCTACTTCCTAATTAATTCTTAATCTAATTAAATCATTCATTTAGTTAAAAAAAAAAATCAAAGTAGTAAATACTGCA CAGTATAACATCTCCATTTTCTCAAAACCCAGATCTGTCTTTTCTCTTCTCCACCCACAAAACTCATTTTCTCTTCAACA CCCATAGAGAAAAACACAGTAGAAAACCTGCACTAATTCATCATCCCTCTTCATTAAGCATTTCATACAATAGGACTAGC AAGAGCATCATGTAGCAAATAGGATACATAAGACTCCCATATCCAGCACATGAGCATTCCATTGAGCACCACCAACTCAA AATCTGCCTTCCAATTTCCCCGTCTACATCAGCATAAACTACCTCCCTCATTACTTGCAAGGCATCCAATAGAAAACTAC TCCAATCATCCAATGCAGCAAGCTCACGAGATTCGGAGCCACCTCAGATTCGAAGCCCAAATCTTCCAGATCTGGAAATT TGGCGAGGGTTCTGGACGAAGAGGAGAAGGTGATGGTGATGAGTTTTGAGAAAATGGGTTTGTGGGTGGAGAAGAGGAGA GACAGATCTATTGGTGGAGAAGAGAAAATGAGTTTTATGATGCTGATGATATGATGCTGAAGATATAAAATAGATGATAT GATGCTTGGTATATTTATGAAAATCACACCTTGCAAATCTGGGTTTTTTTTTATGATGATTTATGTGTTGAAGATGATGT TGATGTTGATAATGATGAAGAAGATGATATGATTTTGTTACTAATTTAAATATTTAATTATTAATTTCAGTTTTTAAAAT AATTAATAATTAAAAAAATAAAAAATCCACCTAAGCTCATTAATTGACGTGGCAATGCCACATGAGCTTCCCGGAGGTCC GGCGTTGACCTAAACGGCTGGAGGGACCAAAGCCAACTATTTTGCAAAAAACTGGGGATCAATCCCCACCTTTACTCCGG CGAGGGACTAAAGCCGTATTTATGGCAAAGGCTAGGGACCAAAAACTGGATTAAGCCTTTATTTTACTGTTGCTATGGAC AAAGTGATTTGGATTTTGGATGTATTATAGATGTAATGCTTGTAGCTTGTCCTTTGTAAAAAAAAAAAAATATGTATACT CCTAAACTGCTTATCAGATAAAATCCTCTGTCTAGGCACCTCTTCACATCACATAATTAATTATTCTAGCTGCATGATTC TCTAGTCACAATCATGAGATTAATGTTGCTTATTGCATTGATTGTTCTTTATGCTGCAGAGAACCTGGTGCAGAACAAAA GTTTAAGGACATTAGTAATGCATATGAGGTAAAACTAATCTTATTGAACGCAGCTTGCCCCAATTATTCTCTAGTCATGA TCTTCTGTAACATAAATTCTTTTGCAGGTCCTATCAGATGATGAGAAACGGTCCATATACGACAGATATGGAGAGGCTGG GCTTAAAGGTCAAGGAATGGGTATGGGGGTAAGTTACCTCTAAAGATGATGGATAATTTTAATTTCTTATCAAATATTCC TTTCTTAAAATAGAATAATCTGTGTTGTCAGGATTTCACCAGTCCTTTTGACCTCTTTGAGACACTGTTTGAGGGCATGA ATAGTGGTGGCATGGGCGGTAGAGGTTCTTGGAATGGGGCAGTTGATGGTGAAGATGAGTATTACAGTCTACTATTGAAC TTCAAAGAAGCTGTTTTTGGAGTGGAGAAGGAGATAGAGATTAGGCGATTAGAGAACTGCGGAACATGCAATGGTACAGG AGCTAAACCAGGGACCAAATCATCCAGGTGTAGCACTTGTGGTGGTCAGGGCCGGGTTGTGTCATCAACAAGGACTCCAT TAGGTATCTTTCAGCAGTCTATGACCTGCTCTTCTTGCAATGGGACTGGAGAAACTTCAACACCTTGCAGTACATGTTCT GGAGACGGGCGAGTGAGGAGAACAAAGCGTATAAGTCTCAAGGTCCCTGCTGGTGTGGATTCCGGTAGCCGTTTAAGGGT CCGAAATGAAGGCAATGCCGGAAGGCGTGGCGGTTCTCCCGGTGACCTCTTTGTTGTTCTTGAAGTTATTCCAGATCCTG TGCTTAAACGAGAAGACAACAACATTTTATACACATGTAAGGTGTCTTACATTGATGCTATCTTGGGGACTACAATTAAG GTTCCTACGGTAGACGGCATGGTGGATTTGAAAATCCCAGCTGGTACTCAACCAAGCTCAACACTTGTTATGGCTAAGAA AGGTGTTCCGGTGCTGAATAAAAAGAATATGAGGGGCGATCAATTGGTCCGAGTGCAAGTTGAAATCCCTAAAAGACTGA GCAGCGATGAGAAGAAACTTATTGAGGAACTTGCTGATTTAAGCAAAGGCAAGGCTGCCACCAGTAGGAGATAGTGTTTT TGTGGGAACCTATATGGGGCCATGAATATTCTTTTCCTTTTATGATGCTTCATTCTTGACCTTTAGATTATAAAACTGGG AAGGGTGAACTTGTGTTGGTATATGTAGGTTATGACTCTGCATAGACACAGACGGATATGGAGGGAAGAAGAAACTATAG ATCTTTTTCATGGGAATGTGCTTTTTGTAACATTATTGCCTATTGCTTTTTAGGGTTGGGTTGGGGGTTTTGAAGGATTA TACTTCATACAATGCCATCTTTATTTTTTTAGACGTTGTTTACAAATGTTATTTATAAAGGGAAAATAACTTAAACATAT TTTCCACATTAAGTTAATTTTCGCTACAATTCAAGCAATTACAGCATTAATATATAGGCCACATCCAACGGTAATTGCTA AATGAAAGCATTTGAGAGCAACTGGAATATGGACTTTTTACCGTTGGAGAGCAAGATAATAAAAAAAGCAAGAGTAGATT TGTCTGTGCACGTTGCCAAGCTAATTTAGAGTTAAG
CDS sequence (LotjaGi6g1v0093400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAATTGTACCTTTTGGTAGTACTCCAGCTACTCAATGGGGGATTCGTCCTCAGCTTCTTGTGAGATCCACTGCCAT GGCCAAGATTGCATCATCCACTCACAACGTCACAAGCAGGGTAAGCTTTATGGCTGCTCGCAGTTCAAGCATTTTTTCCC GGGATTCCCTGCATGCACTATTTGATGCCGGTTCATCTCAAACTTTGCATCGTCGCAGGGGTTCAAGGTTGATAGTTAGA GCCGATGCAGATTTCTATTCCACCCTTGGGGTATCGAAAAATGCTAGCAAATCTGAAATTAAGAGTGCTTATCGGAAGCT TGCCCGGAATTATCACCCAGATGTGAACAAAGAACCTGGTGCAGAACAAAAGTTTAAGGACATTAGTAATGCATATGAGG TCCTATCAGATGATGAGAAACGGTCCATATACGACAGATATGGAGAGGCTGGGCTTAAAGGTCAAGGAATGGGTATGGGG GATTTCACCAGTCCTTTTGACCTCTTTGAGACACTGTTTGAGGGCATGAATAGTGGTGGCATGGGCGGTAGAGGTTCTTG GAATGGGGCAGTTGATGGTGAAGATGAGTATTACAGTCTACTATTGAACTTCAAAGAAGCTGTTTTTGGAGTGGAGAAGG AGATAGAGATTAGGCGATTAGAGAACTGCGGAACATGCAATGGTACAGGAGCTAAACCAGGGACCAAATCATCCAGGTGT AGCACTTGTGGTGGTCAGGGCCGGGTTGTGTCATCAACAAGGACTCCATTAGGTATCTTTCAGCAGTCTATGACCTGCTC TTCTTGCAATGGGACTGGAGAAACTTCAACACCTTGCAGTACATGTTCTGGAGACGGGCGAGTGAGGAGAACAAAGCGTA TAAGTCTCAAGGTCCCTGCTGGTGTGGATTCCGGTAGCCGTTTAAGGGTCCGAAATGAAGGCAATGCCGGAAGGCGTGGC GGTTCTCCCGGTGACCTCTTTGTTGTTCTTGAAGTTATTCCAGATCCTGTGCTTAAACGAGAAGACAACAACATTTTATA CACATGTAAGGTGTCTTACATTGATGCTATCTTGGGGACTACAATTAAGGTTCCTACGGTAGACGGCATGGTGGATTTGA AAATCCCAGCTGGTACTCAACCAAGCTCAACACTTGTTATGGCTAAGAAAGGTGTTCCGGTGCTGAATAAAAAGAATATG AGGGGCGATCAATTGGTCCGAGTGCAAGTTGAAATCCCTAAAAGACTGAGCAGCGATGAGAAGAAACTTATTGAGGAACT TGCTGATTTAAGCAAAGGCAAGGCTGCCACCAGTAGGAGATAG
Protein sequence (LotjaGi6g1v0093400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAIVPFGSTPATQWGIRPQLLVRSTAMAKIASSTHNVTSRVSFMAARSSSIFSRDSLHALFDAGSSQTLHRRRGSRLIVR ADADFYSTLGVSKNASKSEIKSAYRKLARNYHPDVNKEPGAEQKFKDISNAYEVLSDDEKRSIYDRYGEAGLKGQGMGMG DFTSPFDLFETLFEGMNSGGMGGRGSWNGAVDGEDEYYSLLLNFKEAVFGVEKEIEIRRLENCGTCNGTGAKPGTKSSRC STCGGQGRVVSSTRTPLGIFQQSMTCSSCNGTGETSTPCSTCSGDGRVRRTKRISLKVPAGVDSGSRLRVRNEGNAGRRG GSPGDLFVVLEVIPDPVLKREDNNILYTCKVSYIDAILGTTIKVPTVDGMVDLKIPAGTQPSSTLVMAKKGVPVLNKKNM RGDQLVRVQVEIPKRLSSDEKKLIEELADLSKGKAATSRR
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 | 31 | 440 | 410 | 4.2E-237 | – | |
| PANTHER | 31 | 440 | 410 | 4.2E-237 | – | |
| SUPERFAMILY | 81 | 183 | 103 | 1.7E-32 | ||
| Hamap | 81 | 436 | 356 | 35.717 | ||
| Gene3D | 81 | 186 | 106 | 6.8E-35 | ||
| SMART | 83 | 140 | 58 | 8.5E-29 | ||
| TIGRFAM | 84 | 429 | 346 | 3.0E-129 | ||
| CDD | 84 | 137 | 54 | 1.8885E-24 | ||
| ProSiteProfiles | 84 | 148 | 65 | 23.476 | ||
| Pfam | 84 | 145 | 62 | 8.8E-27 | ||
| PRINTS | 86 | 104 | 19 | 9.0E-29 | ||
| PRINTS | 104 | 119 | 16 | 9.0E-29 | ||
| PRINTS | 120 | 140 | 21 | 9.0E-29 | ||
| ProSitePatterns | 125 | 144 | 20 | - | ||
| PRINTS | 140 | 159 | 20 | 9.0E-29 | ||
| SUPERFAMILY | 191 | 345 | 155 | 2.75E-17 | ||
| Gene3D | 193 | 328 | 136 | 6.2E-35 | – | |
| CDD | 194 | 416 | 223 | 9.81262E-63 | – | |
| Pfam | 198 | 413 | 216 | 1.7E-38 | ||
| ProSiteProfiles | 210 | 291 | 82 | 24.722 | ||
| SUPERFAMILY | 210 | 289 | 80 | 6.15E-17 | ||
| CDD | 223 | 286 | 64 | 2.70877E-27 | ||
| Gene3D | 223 | 286 | 64 | 6.2E-35 | – | |
| Pfam | 223 | 286 | 64 | 3.3E-11 | ||
| Gene3D | 333 | 440 | 108 | 1.4E-26 | – | |
| SUPERFAMILY | 338 | 424 | 87 | 4.58E-22 |
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 | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Biological process | Protein folding | The process of assisting in the covalent and noncovalent assembly of single chain polypeptides or multisubunit complexes into the correct tertiary structure. | ||
| Biological process | Response to heat | Any process that results in a change in state or activity of a cell or an organism (in terms of movement, secretion, enzyme production, gene expression, etc.) as a result of a heat stimulus, a temperature stimulus above the optimal temperature for that organism. | ||
| Molecular function | Heat shock protein binding | Interacting selectively and non-covalently with a heat shock protein, any protein synthesized or activated in response to heat shock. | ||
| Molecular function | Unfolded protein binding | Interacting selectively and non-covalently with an unfolded protein. |
Expression pattern of LotjaGi6g1v0093400.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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