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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0509100 |
| Transcript ID | LotjaGi1g1v0509100.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | ATP-dependent chaperone ClpB; TAIR: AT5G15450.1 casein lytic proteinase B3; Swiss-Prot: sp|Q9LF37|CLPB3_ARATH Chaperone protein ClpB3, chloroplastic; TrEMBL-Plants: tr|A0A151TCE6|A0A151TCE6_CAJCA Chaperone protein clpB 2; Found in the gene: LotjaGi1g1v0509100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:102813727..102820891) extracted from Lotus japonicus Gifu genome v1.2.
TTGTTTGAATATGGTTCAAAGTATCATATCTCAAAAATCACCAATCTTAAAAGACTGAGATAAATTCACACAATCGTGAT TCTAAAAAACTAAAAGTGCAATTAAACCTAATTCATTGCATTTAAACTCAAATTCCTCATCATATTGAAACATCCCACGT GGCAAAGGCTTTGTAGTTGTACTATGTATCTGTCGTATCCCACATCGTCGACATGTTTCACGAACTTCCGAGAATACTCC ACAGTTTACACTCACTCTCGTGTTTCCTTTTCTTTTTCTTCACATTTTTCTCTTCTTTTCTCCAAACCCACGCAACACAC AGAGTTCACTTCCCTATTCAATTCCACTCTCTTCTTCCCTTCAACATTAGCTTCATCTAGGTACCATCGTTGATGGCTTC TACGACGTCGTTTCTCCTTCCTCATTCAGTTCCCATTTCCTGCACCAGAAACCGTGCTCGGAATTCTCAGCACTGCCAAC TCTCCTTCCCCTTTTCCGCAATACCCATTTCCCTCAAATCGCTTCAGTTGAACCAGAGGCACCATCTTGCAAATGGGTTT CACAGAATTCGAAGAAACCCTCAGGGGTTCTCTGTTCGCTGTGAAGCTTCAAATGGAAGGGTAATAACACATAACATGAC TCACACATCCCTTTTCCTTTCGTTTTGAAACATGCAATTGCAAATTTTGGTAGAAGCTGGTTAGTCTGCAAATTTTGCTT TCCCAATTATCAAACTCTGTTGGAAAACATGGTTAAAGGGCAGAAAAACTTGAGAGAGAAGTGATGACAGAAGGAACTAA ATTTGATTATTAAATGGTGAAAAGTGATTACAGTAAACCACAAAGTGAATATTACTAAGTTTGTTCTCATGATCTCATCT ATGTGTTTACTGTTTAGTTTACTTCATTTTCTTAATTATATACTTATGCTTCTCCTCCACAGAGTAGTCCAAATGGTGAG TTAAGGACAAAAAGAAGCATTTTTTAATGTGTTTGTGTTTTTTATTCCAATGGACAAATAAATAGAACCAGGGTACCAGA TGTAGAGAATTAATTAACTAATCATTAACTAGCCAAACTCAACCAATTTAACTAGGTGTGGTAGTTTCTAAGCTGATTTG CAATGTGGAGTATTTGTAAATTGGGGTTGTATTTTGTTTGTTATGTGTGTTGGAGCTTGTGAGGTGTAGTGGTTTGATGT TGGAGTTTTGATGCGATGGCAGATTACACAGCAAGAGTTCACGGAGATGGCGTGGCAGGCGATAGTTTCATCGCCGGAGG TAGCAAAAGAAAACAAGCATCAGATTGTGGAGACAGAGCACTTGATGAAGGCCTTGTTGGAGCAGAAGAATGGACTTGCT CGCAGGATCTTTTCCAAGGTTGGGGTGGATAACACTCGGCTACTAGAAGCTACTGATAAGTACATTCAGCGGCAACCAAA GGTGATTATTTTGAATTGAAATTTGAGTACTTGCAGTTTATTTGCTGGTTGAGTTTAACCTTAACTACTAACTGCTACTT ATAAGTGGATGAGACATTTGTTATGTGGTTCTTTATTCTGTATTGCAATAACCCAGTTGTATAACTCTTGTTCAATTGTT TAGGTTCTAGGAGAATCAGGTGGCTCAATGTTGGGGCGTGATTTGGAGGCATTGATTCAGAGAGCCAGGGACTACAGGAA AGAGTATGAGGATTCATTTGTGTCAGTTGAGCACTTGGTTCTCGGTTTTTCCCAAGATCAACGACTTGGGAAACAGTTAT TTAGAGAATTTCAAGTATCTCAGCAGGCTCTAAAATCTGCAATAGAGTCCATTAGGGGACGCCAGTCGGTTATTGACCAA GGTAGTGGCAATTTCCATGTGTATTCTCTTCTTTTTAAATGTTTTAATATAATGATATAGCTGTGTATTGTGTTCTTTTT ATCTTACCTCTTGTTTTAATATAATTTCCATTGAAGTCTCAAGTGTCTTTCAGGAACGCTGCAAATTTTCTATCTTTATA TTGCTTTTGACTGCCAACATCTTGTATTGATCATCTGGAATTTTTTTTATAGATCCTGAAGGGAAGTATGAAGCTTTGGA AAAATATGGAAAGGATTTGACGGCAATGGCTAAAGCAGGAAAACTTGATCCAGTCATAGGAAGAGATGATGAAATACGCA GGTGCATCCAAATTCTTTCCAGGAGAACAAAGAACAATCCTGTGCTAATTGGTGAGCCTGGTGTTGGGAAGACTGCAATT TCTGAAGGGTATGTGCTCATGTCTTCCTCCTAGTTGTTGCCTATGATTGGATTACATTACTTTTTGTTGAGTACTTTCGC TGTTAAAAATCTTTTTGAAATAAATGTAACAAGTTTCTACCAGGAGTAGCGGGTCTTAACTAACCTGCTTCACAAATACT AGTAACGGCACATGCGGCATGGGTTAGAAAATTGAAACAAAAAAAGAAAAATAAAGGAAAATTTATTTAAAAATATAAAA TGCATAGTTATATTTAGTTTGCAAAGGTAATTTCTGGAAAATATGAAGTGAGATTAAGATTTAAGAGTTTGGCATGAGTG ATTAATCTAAAATGGTAACTATGTCACTTTCTTTATTATGTTGAGAGGCTTGTTTCTCTCTTTTCAAATTCTAGGCAAAA CTACGGGGTTTTAGGAAAGAAAAATTGGAATATTGGATACCTTGTAAGGTAGCATATTTTAGAATGGAATATCCAATGTT GTATGCTTAGTACTTAGTTTAAACATTAGCCTTTGAAATATGCATTTAATCAGAGGTTTGAGATTTTCTCAATTTATTGG AAACCAAGCAAGTTCAGTATTTTTGTTCTTCTCTGCAATATAATTTGGATGTGTTTGTTTGCACTACTCTACATATTGAC CTAATTATTCCATTAAAACAGACTTGCTCAGAGGATTGTGCAAGGAGATGTTCCTCAAGCTTTGATGAACCGTAGGGTAT GTGCTTTATTTGAATGCTTGGGCTATTCTTGATAGAACTGAGAATGGATGGCGAAGGGGGGAGAAGTGGGCATGGAATGG AAATTATTGGTTTAAGTTTCTATCCCAATTTTCAATTTCACTACAATGATATCTATTATGCCTGCCTGGTTTTAATTGTA TTTTTAAAAGAAAAATGTAATATTTTCTTATTTCATCCTCCACTGGAAGTTTATATATTGGGTTAGAGTTGTATATTGAC CTTATGCACTGGTCTCTTTTCAGCTTATATCCCTTGATATGGGTGCACTTATTGCTGGAGCAAAGTACCGTGGTGAATTC GAGGATAGGCTGAAAGCTGTTCTTAAAGAAGTAACAGAATCTGATGGCCAGACTATCCTTTTCATTGATGAGATTCATAC AGTTGTTGGGGCAGGTAATAACTAATAAGCTTCAAAGATATTTCCATTTTCAGATAATTGACTTTTGGGTATTCTAAAAT CAAACTATTACTTGATGCAAATTGGTTTAAATACCGATAGATCAACATGGATTCTGATCATAGATGATAAATTTTAATTG TCATTCTCTTAAAATTTGACTTCTGTATGTAGCTGATTCCACAGAAATTGAAAATTAATATGCTGATTAAGGATTTAATA ACAATTATAATCTGTCACACGCTAGGTGCCACAAATGGTGCTATGGATGCTGGAAATCTCTTAAAGCCCATGCTTGGTCG GGGGGAGCTGCGCTGTATTGGAGCAACAACACTGGATGAGTATAGGAAGTATATTGAGAAGGACCCTGCGCTAGAGCGTC GTTTCCAGCAAGTTTATGTTGACCAACCTACCGTCGAAGATACCATTTCAATACTAAGGGGACTGCGGGAAAGGTATGAG CTACATCATGGAGTCCGAATTTCTGACAGTGCACTTGTTGAAGCTGCAATTCTCTCCGATCGATATATCAGCGGGAGATT TTTGCCTGACAAAGGTAATAATTACTTATTTAAATTGCATAAGGTCTGAAGTTTCAGGAGCATTTACACTGATTCTGTTG TTAATACTTAAATTATTATTTTGACACCTTACAAATTATATATCAATGATAATTGAATTCTGGATTAGAGCATTTTCTGA CTGGTTTAAGCATGCTTTTACGAATACTGTGATTTAAGCATGCCATTGTTCTTAAAAAGATTGAAATGTTCAGGCTTAGT TACCAATGGGATGTAGATGATATAAACCGCTATTTAATCATTATGAAAGGATCTTTAAATCAATAGAACTTGGCTACTTT TAGGAAGATACATGCTATATGACAGTTTGAAGGATTGGTTTTAAATGATCAAATTATAGTTCTGATTATCTCTATTTATT ACACTTTTATTTAGTGAAATTTCTTTTTGGACTGGTATCAACAATGATCATAAAGTACTTATTGCTCCCCATTTCCAAAT TACAGCTATTGATCTAGTTGATGAGGCAGCTGCCAAACTGAAAATGGAAATAACTTCTAAACCTACTGCACTTGATGAGA TCAATCGGGCAGTCCTGAAAATGGAGATGGAGAGACTCTCTCTCATGAATGATACCGACAAGGCTTCTAAAGATAGGCTG AGTCGTCTTGAGGCAGAGCTCTCTCTCTTGAAAGAGAAACAGGTTGAGCTGACTGAACAGTGGGAGCATGAAAAGTCTGT CATGACTCGTATCCAATCAATCAAAGAAGAGGTGTGTGTATATACAGTTTTTTCTTCTTCCTTTGGTTTAAGGTTCTCTT TTTCATTTTAAATAAGTGATTGTTTAAAAGTAGGGTAGGATGAATAGGATTCTGTAGTGTTTCCATGATGTGGAAAACTA GTGTAAGTATATGAATTAAGTTGGTAATTATAATTGAAATTAGAAATTAAATTAATTATATTAACTTATGTTCAACAGCA GATACTAATGATTTATGTATTTATGCATCAGATAGACAGGGTGAATCTTGAGATCCAACAGGCTGAGCGGGAGTATGATC TTAATCATGCTGCTGAATTGAAGTATGGCAGCCTGAACTCCTTGCAACGACAACTCGAAACTGCAGAGAAGGAATTAGAT GAATATATGAACTCTGGGGAGTCTATGCTGAGAGAGGAAGTTACAGGAAGTGATATTGCTGAAATCGTAAGCAAGTGGAC TGGTATACCTGTTTCAAAACTCCAACAATCCGAAAGGGAGAAGTTGTTGTATTTAGAGGAAGTTCTCCACAGGCGCGTTG TAGGTCAAGACCCTGCAGTTAGGGCAGTAGCCGAGGCTATCCAACGTTCTAGAGCCGGTCTCTCAGATCCTCATCGTCCA ATAGCTAGTTTCATGTTTATGGGACCTACAGGTGTAGGAAAGACAGAGCTGGCTAAGACACTTGCGTCCTACATGTTCAA CACAGAAGAAGCACTTGTACGAATTGACATGAGTGAGTACATGGAAAAGCACGCAGTTTCAAGATTGATCGGGGCACCGC CTGGATATGTTGGGTATGAAGAGGGAGGGCAGCTCACTGAAACAGTTCGTCGCAGACCGTATTCTGTTATTTTGTTTGAT GAGATTGAGAAGGCACATGCTGATGTCTTCAATGTGTTCCTTCAAATTCTGGATGATGGAAGAGTAACCGACTCACAGGG CCGCACAGTGAGTTTCACCAACACAGTTATCATTATGACCTCAAATGTTGGATCACAGTACATTCTCAACACCGATGACG ATAGTGTGCCAAAAGAATCAACTTATGAAACAATAAAAAACCGGGTAATGGATGCTGCAAGGTCCATCTTTCGCCCTGAG TTCATGAATAGAGTTGACGAGTATATTGTTTTCCAGCCTTTAGACCGTGATCAAATTAGTAGCATTGTCAGATTACAGGT AATCTCACTCTCCCCTCCCTCTCAAAAATTGTTCAATTGCTGTGTTCTAACAGTTATTACAAATTCTTGAGTTTAGGTTA ACTTGCATTCATGAGTACTTATTCGTACAATGCGTTCAGGTGAACAACTTAATTGAACACTTATAGGTATAAGTACTTAT TCATAAGCTAATATGAACAATTTATGAAAATAAGCTCAAAACAACTTATTGGGTATGTCATAAACTATTTACATAAGCTC TTCCATACACTTGCATAGACATTTATGTTATAGGATAAGTTCAAATAAACTATTTCAAAATCCAAACATTGAGATAAGTT CAAGTCAAAATACAGGCTGCTATGTTCACACTCCTCAGCCTCCTCTCTTCCAAAAATTGTTTGATTCCTGTTTTCTAACA ATTATTACTAGCATTGTTTATTGTTTAGTTCTTGTGTATCTGTAAGAAACTAGTTTGGGATTTCTTTTGCGATCATTGAG AAGCTTGAAGTTAAAATAAGGACTTCTATGTTCTCACCAAAATAAGACACATGGTGTGTGGGTTTGCTATAATTCTAAGC TTCAAACCATGTTAGTGGACCTTAAGAAAACATCGACATTTAACCGGTTTTATGTCTCTGATGTTTCGTGTTTGATTTGT GGAAGTACTAGCTAAGAAACTGTCAATTTCATTAAGAGTCTTCTTTCAAGATTGCAAGTTATTCTTGTATGGTACATGCC TAATCTCTCTCTTTTCCGTTTTCTTGGGTTTATTACAGTTGGAGCGTGTTCAGAAGAGAATTGCAGACCGCAAGATGAAA ATCCATGTGACAGATGCAGCTGTCCAAGTTCTTGGGAGTTTGGGGTATGACCCTAACTATGGTGCTAGGCCAGTGAAGCG AGTGATTCAGCAGAATGTAGAGAATGAACTTGCCAAGGGTATTTTGAGAGGAGAGTTTAAGGATGAGGACACAATATTAA TAGACACTGAACTCACAGCATTTGGCAAAGGTCAACTTCCCCAGCAAAAGCTAGTTTTTAGGAAGCTTGAGGCTGAGTCA GAACCCACCACTCGTGACAGCTTGGAACCATCTCCTAGTACCAATTGAACAATGATCCTGGTGTAGTCTCATCTAATATC TAGTTTACAATATTTTCCATCAACCTCTACACAATCAATTATCCCTTGAAAGCAGTGTAAATATTTATCTTTTTTATTTT TTCCCCTATCTGTTGAATGAGTAGCATCCTTAAGAATTGCCTAAACATACCCCATCATAATGTTACTAGTGATTTCAATG ATCAAGACTGAGTTCATTTCAGTCCTACTATACTGTTTGGTTTAA
CDS sequence (LotjaGi1g1v0509100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTTCTACGACGTCGTTTCTCCTTCCTCATTCAGTTCCCATTTCCTGCACCAGAAACCGTGCTCGGAATTCTCAGCA CTGCCAACTCTCCTTCCCCTTTTCCGCAATACCCATTTCCCTCAAATCGCTTCAGTTGAACCAGAGGCACCATCTTGCAA ATGGGTTTCACAGAATTCGAAGAAACCCTCAGGGGTTCTCTGTTCGCTGTGAAGCTTCAAATGGAAGGATTACACAGCAA GAGTTCACGGAGATGGCGTGGCAGGCGATAGTTTCATCGCCGGAGGTAGCAAAAGAAAACAAGCATCAGATTGTGGAGAC AGAGCACTTGATGAAGGCCTTGTTGGAGCAGAAGAATGGACTTGCTCGCAGGATCTTTTCCAAGGTTGGGGTGGATAACA CTCGGCTACTAGAAGCTACTGATAAGTACATTCAGCGGCAACCAAAGGTTCTAGGAGAATCAGGTGGCTCAATGTTGGGG CGTGATTTGGAGGCATTGATTCAGAGAGCCAGGGACTACAGGAAAGAGTATGAGGATTCATTTGTGTCAGTTGAGCACTT GGTTCTCGGTTTTTCCCAAGATCAACGACTTGGGAAACAGTTATTTAGAGAATTTCAAGTATCTCAGCAGGCTCTAAAAT CTGCAATAGAGTCCATTAGGGGACGCCAGTCGGTTATTGACCAAGATCCTGAAGGGAAGTATGAAGCTTTGGAAAAATAT GGAAAGGATTTGACGGCAATGGCTAAAGCAGGAAAACTTGATCCAGTCATAGGAAGAGATGATGAAATACGCAGGTGCAT CCAAATTCTTTCCAGGAGAACAAAGAACAATCCTGTGCTAATTGGTGAGCCTGGTGTTGGGAAGACTGCAATTTCTGAAG GACTTGCTCAGAGGATTGTGCAAGGAGATGTTCCTCAAGCTTTGATGAACCGTAGGCTTATATCCCTTGATATGGGTGCA CTTATTGCTGGAGCAAAGTACCGTGGTGAATTCGAGGATAGGCTGAAAGCTGTTCTTAAAGAAGTAACAGAATCTGATGG CCAGACTATCCTTTTCATTGATGAGATTCATACAGTTGTTGGGGCAGGTGCCACAAATGGTGCTATGGATGCTGGAAATC TCTTAAAGCCCATGCTTGGTCGGGGGGAGCTGCGCTGTATTGGAGCAACAACACTGGATGAGTATAGGAAGTATATTGAG AAGGACCCTGCGCTAGAGCGTCGTTTCCAGCAAGTTTATGTTGACCAACCTACCGTCGAAGATACCATTTCAATACTAAG GGGACTGCGGGAAAGGTATGAGCTACATCATGGAGTCCGAATTTCTGACAGTGCACTTGTTGAAGCTGCAATTCTCTCCG ATCGATATATCAGCGGGAGATTTTTGCCTGACAAAGCTATTGATCTAGTTGATGAGGCAGCTGCCAAACTGAAAATGGAA ATAACTTCTAAACCTACTGCACTTGATGAGATCAATCGGGCAGTCCTGAAAATGGAGATGGAGAGACTCTCTCTCATGAA TGATACCGACAAGGCTTCTAAAGATAGGCTGAGTCGTCTTGAGGCAGAGCTCTCTCTCTTGAAAGAGAAACAGGTTGAGC TGACTGAACAGTGGGAGCATGAAAAGTCTGTCATGACTCGTATCCAATCAATCAAAGAAGAGATAGACAGGGTGAATCTT GAGATCCAACAGGCTGAGCGGGAGTATGATCTTAATCATGCTGCTGAATTGAAGTATGGCAGCCTGAACTCCTTGCAACG ACAACTCGAAACTGCAGAGAAGGAATTAGATGAATATATGAACTCTGGGGAGTCTATGCTGAGAGAGGAAGTTACAGGAA GTGATATTGCTGAAATCGTAAGCAAGTGGACTGGTATACCTGTTTCAAAACTCCAACAATCCGAAAGGGAGAAGTTGTTG TATTTAGAGGAAGTTCTCCACAGGCGCGTTGTAGGTCAAGACCCTGCAGTTAGGGCAGTAGCCGAGGCTATCCAACGTTC TAGAGCCGGTCTCTCAGATCCTCATCGTCCAATAGCTAGTTTCATGTTTATGGGACCTACAGGTGTAGGAAAGACAGAGC TGGCTAAGACACTTGCGTCCTACATGTTCAACACAGAAGAAGCACTTGTACGAATTGACATGAGTGAGTACATGGAAAAG CACGCAGTTTCAAGATTGATCGGGGCACCGCCTGGATATGTTGGGTATGAAGAGGGAGGGCAGCTCACTGAAACAGTTCG TCGCAGACCGTATTCTGTTATTTTGTTTGATGAGATTGAGAAGGCACATGCTGATGTCTTCAATGTGTTCCTTCAAATTC TGGATGATGGAAGAGTAACCGACTCACAGGGCCGCACAGTGAGTTTCACCAACACAGTTATCATTATGACCTCAAATGTT GGATCACAGTACATTCTCAACACCGATGACGATAGTGTGCCAAAAGAATCAACTTATGAAACAATAAAAAACCGGGTAAT GGATGCTGCAAGGTCCATCTTTCGCCCTGAGTTCATGAATAGAGTTGACGAGTATATTGTTTTCCAGCCTTTAGACCGTG ATCAAATTAGTAGCATTGTCAGATTACAGTTGGAGCGTGTTCAGAAGAGAATTGCAGACCGCAAGATGAAAATCCATGTG ACAGATGCAGCTGTCCAAGTTCTTGGGAGTTTGGGGTATGACCCTAACTATGGTGCTAGGCCAGTGAAGCGAGTGATTCA GCAGAATGTAGAGAATGAACTTGCCAAGGGTATTTTGAGAGGAGAGTTTAAGGATGAGGACACAATATTAATAGACACTG AACTCACAGCATTTGGCAAAGGTCAACTTCCCCAGCAAAAGCTAGTTTTTAGGAAGCTTGAGGCTGAGTCAGAACCCACC ACTCGTGACAGCTTGGAACCATCTCCTAGTACCAATTGA
Protein sequence (LotjaGi1g1v0509100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MASTTSFLLPHSVPISCTRNRARNSQHCQLSFPFSAIPISLKSLQLNQRHHLANGFHRIRRNPQGFSVRCEASNGRITQQ EFTEMAWQAIVSSPEVAKENKHQIVETEHLMKALLEQKNGLARRIFSKVGVDNTRLLEATDKYIQRQPKVLGESGGSMLG RDLEALIQRARDYRKEYEDSFVSVEHLVLGFSQDQRLGKQLFREFQVSQQALKSAIESIRGRQSVIDQDPEGKYEALEKY GKDLTAMAKAGKLDPVIGRDDEIRRCIQILSRRTKNNPVLIGEPGVGKTAISEGLAQRIVQGDVPQALMNRRLISLDMGA LIAGAKYRGEFEDRLKAVLKEVTESDGQTILFIDEIHTVVGAGATNGAMDAGNLLKPMLGRGELRCIGATTLDEYRKYIE KDPALERRFQQVYVDQPTVEDTISILRGLRERYELHHGVRISDSALVEAAILSDRYISGRFLPDKAIDLVDEAAAKLKME ITSKPTALDEINRAVLKMEMERLSLMNDTDKASKDRLSRLEAELSLLKEKQVELTEQWEHEKSVMTRIQSIKEEIDRVNL EIQQAEREYDLNHAAELKYGSLNSLQRQLETAEKELDEYMNSGESMLREEVTGSDIAEIVSKWTGIPVSKLQQSEREKLL YLEEVLHRRVVGQDPAVRAVAEAIQRSRAGLSDPHRPIASFMFMGPTGVGKTELAKTLASYMFNTEEALVRIDMSEYMEK HAVSRLIGAPPGYVGYEEGGQLTETVRRRPYSVILFDEIEKAHADVFNVFLQILDDGRVTDSQGRTVSFTNTVIIMTSNV GSQYILNTDDDSVPKESTYETIKNRVMDAARSIFRPEFMNRVDEYIVFQPLDRDQISSIVRLQLERVQKRIADRKMKIHV TDAAVQVLGSLGYDPNYGARPVKRVIQQNVENELAKGILRGEFKDEDTILIDTELTAFGKGQLPQQKLVFRKLEAESEPT TRDSLEPSPSTN
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 | 59 | 958 | 900 | 0.0 | – | |
| PANTHER | 59 | 958 | 900 | 0.0 | – | |
| ProSiteProfiles | 78 | 222 | 145 | 48.874 | – | |
| Gene3D | 78 | 224 | 147 | 6.7E-34 | ||
| SUPERFAMILY | 81 | 232 | 152 | 3.73E-37 | ||
| TIGRFAM | 82 | 934 | 853 | 0.0 | ||
| Pfam | 95 | 144 | 50 | 5.3E-15 | ||
| Pfam | 170 | 221 | 52 | 7.8E-11 | ||
| Gene3D | 225 | 418 | 194 | 1.8E-75 | – | |
| SUPERFAMILY | 235 | 625 | 391 | 3.12E-99 | ||
| CDD | 257 | 412 | 156 | 1.19308E-22 | – | |
| SMART | 274 | 418 | 145 | 2.0E-9 | ||
| Pfam | 279 | 411 | 133 | 3.6E-13 | ||
| ProSitePatterns | 370 | 382 | 13 | - | ||
| Pfam | 418 | 520 | 103 | 1.6E-33 | ||
| Gene3D | 419 | 624 | 206 | 1.1E-70 | – | |
| Coils | 510 | 537 | 28 | - | – | |
| Coils | 548 | 568 | 21 | - | – | |
| Coils | 575 | 609 | 35 | - | – | |
| SUPERFAMILY | 626 | 932 | 307 | 4.99E-82 | ||
| Gene3D | 629 | 849 | 221 | 1.5E-86 | – | |
| CDD | 651 | 799 | 149 | 8.71083E-19 | – | |
| Pfam | 676 | 844 | 169 | 3.6E-56 | ||
| SMART | 677 | 852 | 176 | 1.6E-8 | ||
| PRINTS | 681 | 699 | 19 | 3.3E-40 | ||
| ProSitePatterns | 711 | 729 | 19 | - | ||
| PRINTS | 726 | 744 | 19 | 3.3E-40 | ||
| PRINTS | 755 | 773 | 19 | 3.3E-40 | ||
| PRINTS | 788 | 802 | 15 | 3.3E-40 | ||
| Pfam | 851 | 930 | 80 | 1.5E-25 | ||
| SMART | 851 | 937 | 87 | 1.1E-33 | ||
| Gene3D | 851 | 947 | 97 | 2.1E-27 | – |
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. | ||
| Cellular component | Cytoplasm | All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures. | ||
| 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. | ||
| Biological process | Protein metabolic process | The chemical reactions and pathways involving a protein. Includes protein modification. | ||
| Biological process | Protein refolding | The process carried out by a cell that restores the biological activity of an unfolded or misfolded protein, using helper proteins such as chaperones. |
Expression pattern of LotjaGi1g1v0509100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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