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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0091500 |
| Transcript ID | LotjaGi4g1v0091500.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Nuclear matrix constituent-like protein 1; TAIR: AT5G65770.1 little nuclei4; Swiss-Prot: sp|Q9FLH0|CRWN4_ARATH Protein CROWDED NUCLEI 4; TrEMBL-Plants: tr|A0A072UNX6|A0A072UNX6_MEDTR Nuclear matrix constituent-like protein, putative; Found in the gene: LotjaGi4g1v0091500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:12159263..12167002) extracted from Lotus japonicus Gifu genome v1.2.
CGTCGGTCCCCAAGATTCGAGAGAAAGAAAAAAAGCAGTGTGAGCTTTATACAGTGTGTGATTAGAAAAGTAAAGTGCTT TTCTTTCTTTCAGCTCTGTCAAACAAGAACAACAAAAAACCATTACCACAGTTTACCAGAAAATCCAAACACGGTGGAAG AAGAAGCGATTCCGAGAAGCAGATTGATATAGAGTGAGAGAACGAGAAAGCGAGTTTGAGTGTGAATCTGGTTTGAAATC GGAGATGGAGATTTCGACTCCAAGCTCTTCATCGAAGCCGCTATCCATTACACCCGGCTCTAGGGTTTTGAAAAGCCCTC TCTCCGACGAACAGATCTGGAAGCGTCTCAGAGACGCTGGCTTCGACGAGGTTTCCATTAAGCAGAAAGATAAGGCTGCG CTTGTTGCTTACATCGCTAAGCTTGAAGCTGAGGTAAGATCGAGTGAAATTCAATTCGAATCAATCGATTTTCTTGGTTT TTGATTTTGGCATTGTTTTGATAGATGAAGTGATTGATGTTTATTAATAAGGTTTTGAGATTGGTTGTTGTCAATCAATG TATGATATTGATTTATATGGACTGAACTTGAACTTGAACTTGAACTTGCCTGTTTGTTTGTTAATTATGGGTTTAGGTGT TTGTGGATACTGGATAGATCGCGTGTCGCGTTCCTTATAGGGATTAGGACCTGGTTGTGTGGTGATTGGATAGGAGGCGG AATTCGTTGTTTTCGAATTTGGAGTGTTGATGGGAGCCTGTGGATGAATGTAGAGAGCCCTTTGGCCTTTTATAGAATGC TTTGAATTAGTGTGTTTTATGTTTCGATTTAATTATCATAAATTGACGTTGCTGCGGGGATAATTTAAACTTCAGACAAC CAGTGGTTGGTTGTGAGTGGTAGTGGACTGTGAACTTTAGCTTCAATGTTGTTGAAAAAGGAATTCACATACTAACCAAT TCCAGTCCAAGGAATTAGTCACATTGGTATGTCTGTAAGGATACCCGATCAAAAGACCAACAAGTTTAAATTTTGAACAC TTACAGTTTGTCCTTTGTAGCGTAAGAGTTTGGAAGGTTCCTAGTTATTTGAGCCGGTAATTATGTCAAAGGTCTTAGAG ATGGTTTGTGATGCAGTTTTTTTTTTTTTGATAGGCAAATGTTAGTTGTTAGTAATTTAGTCCTCCTCAAGGTTCGAACC CTGGACCCTTCATCCCACCCAACCCTTATGTCCCCTAGCTCTTACCACTTAAGCTAACCTTCGGGGACGGTTTGTGATGA AGTAACTTTTTAACTTGTATTTGTATAATCAAGTAATTCATCTGGGGAACTAGTAATATCTAGATTGAGATTTCTCTCGT TGCATGTACCTATATATATTGAAGTTGGTTTTGGTCATCTACTAATATTACTCTTGATATTTCCATTTTTTCCTTCAGTG GTTGTTCGTCCTGGTGCATATCTTACAAGATACAATGTTAATTATTCTGTTTTGATTGCTTTCTTCTTTTCAGTTGCAAT GTATTCCTTGTCACTTGAACAGTTTTGCCATTATTTTTTCTACTCACTTACAAATGCAATTGAGGAAAGTGAGTTCATGC TATCTTTCCTAGTACTCGAAAATAGTTTGTTATCACTTATGACTCATGCCAACCCTTATCCCCCATAAACTGAATTACAT TTTCAAGTGATTACTCTATAAAATATTTATGGGGTGTCTCCTTGTTATAGGATACTGTATAGCCATTTTTTGTTGTTATT GCCTGTAAAACATTGTTCCTGTCTTTTTTCACTTTGTGTCTGACCTTTATATTTACGTAGATATATGATCTCCAGCACCA CATGGGCCTTCTCATTTTGGAGAGAAAGGAATTGGCTTCCAAGTATGATGAAGTTAAGACCTTGACTGATTCATCTGAGT TACTGCACAAACACAATTCTGCCATGAATAAATCTGCATTAACTGAATCAAGGAAACGGGAAGAAACTTTAAAGAAGACA ATCGGTGTGAAAGATGCATGCATAGCAAGTGTAAGCTTGTTTAATAATCCTCCCTCTCTTTGCAAAACCATATAAGCTAG CTTTTTCCATGCAAATGTTTGTTTTACTCAAACTTTTAGAGGGTATTTTTTTTTGTTTCTTTTGCAGCTCGAGAAGGCCA TGCATGAGATGCGTACTGAATGTGCTGAAACAAAAGTTGCAGCTGAGAGTAAGTTTGCTGAAGCTCACCGATTGATTGGT GAAGCACAGGAAAAATTTACAGATGCTGAAGCCAAGTTGCGTGCTGCGGAATCTTTGCAAGCTGAGGCTACCAGATACAA CAACATTGCAGAAAGGAAGCTTCATGATGTTGAAGCACGTGAAGATAACCTCAGGAGGCAAATGATATCTTTCAAGTCTG AGTATGTTAATTTTACGAGTAATGATATATACACACCTCATTTTTAAAACACTTCATTTCCACCTCTTTTTGTTTCTATC TCTCTCCTCTTACCATCTATCACATCTCATACTTTCTCTCTCTTACTTTTCTTTTTCTTTCTATCTCTCTCATCATTCCA CCTCTTCCACCTCAAAAGAGAGGTGTGTAAGTAACATTACTCTAATTTTACTATGATTGTTAATGTGAATTTATATGATC TTGAGCATGTAGGCACTAGGCACAGATTAGGCTGTTCAGAGATGTTTGCATTGGGAGTCCCAAGCATTTCTTAGTCAAAG ATGTTATTGTTAAAGATGAGGTTCTGAAAAGCCTTTGGATAGAGAAATTTGAACATCCAGTTTTTAAATTCAGATTCCAG GCTGAACTCTTCTACTTAATATACTTAGACATTTTTTTATGTAAGTATATTTTGCTAGAAAATGCATGGTGGGGCTAACA GTTAATAATATACCTCCTCTTAGCAATTAGGAACACATTAGCTGAACATTTAATTTTCGTACTTATTTTCAAGTTCCATA AACTGGAGGAGGTCTAAATCTATCTGTAATGAATCGATGATAATAAATATTTGATAGCTTCATAGTTTTTTTCTGAAAGT TTGTTGATCTCTCTATTTTTTCCTCTCTCTCATAGTTGTGATGAAAAAGATAAGGAGATTAGTCTTGAGAGGCAATCCCT CTCTGAAAGGCAAAAGAGTTTGCAGAAGGAACAAGAAAGCTTACTTGAATCACAAGCCTTGCTCAACCAAAGAGAGGATC ACCTTTTTAGTAAGTCTCAGGAACTAAATCGTCTTCAAAAGGAGTTGGAGGACATGAAAGTGAAAATTGAAAAGGAACAT GAAGCATTCCATGACGAAAAAACCAGCCTAAAACTATTAGAGGCCACCCTATTACAACGAGAAGAGGTTCATATTTGAAA TTTCTTAGTTGGATCAAGCTGAAACTCATATTAAGAATTTACTATCTCTGCCTTGTTCACATGTGGATTTGTGTTGTCTG AAAACAGGCACTCAATAAACTACAAATGGAGCTCAACAAGAAAGAGAAAGAGTTGGTTGAATTTCAAGTGAAGCTTGCAA ATAGAGAATCTGTATGTTCTCTCGCTATTGTTTGTTTTTCATTTTAAATAAGTTTTTTTTCTCTGTTATTAATCTCTTAA TTTTGTTTGGTGGAAATTGTAGGATGAAACTCAGAAAGTTACAGCTGATCAAGAAGCTATATTGAGAGCTAGAAAACATG ATTTGGAAGTTGAGCTGCAAATGAAGCGCAAAGTGGTTGAAAGTGAAATTGAGACAAAGAGACGGACATGGGAATTAAAG GAAGTTGATCTTAAACAGAGGGAGGACCAAATCCAGGAAAGGGAGCATGAGTTGGAAGTTCTCACAAGGTCACTGAGCGA GAAGGAGAAGGATCTGGTGGACCAATCTAGTGCCCTTCAAGAAAAAGATCAAAACCTGAGAGCTGCTGAGAAGGAGTTTG AGTTAAATAGAACCATTTTGCAAAAGGAGAAAGATGATATAGAACAAGCAAAGCAAGATCTACAGATGTCAATGGCATCT TTGGAAAATAAAACAAGACAAGTTGATCATGCAAAAGAGAGATTGGAGGAAATGAAAAGTGAAACAGGTGACTTGTCAAT TTTTGAAGTGAAACTGAAGGAAGAGATTGACCTTGTAAGATCTCAGAAGTTGGAGCTTTTGGCTGAGGCAGATAAACTGA AAGCTGAGAAGGCAAAGTTTGAAGCTGAGTGGGAGCTTCTTGATGAAAAAAAAGAAGAGCTGCAGAAAGAAGCAGAATTC ATAGCAAAGGAAAGGAAAGAAGTTTCCACTTTTATTAAGAATGAGCGTGACCAGCTAAGGGAAGAGAAAGAGAGTTTGCG TAATCAGTACACCCATGACTTGGGGTTGCTTGCCAGTGAACGAGAAAAGTTCATGAACAAGATGGCACAGGAACATGCTG AGTGGTATGGCAAGATGCAGCAAGAGCGTGCAGATTTTTTGCAGGATATTGAGATGCAAAAACAAGAGCTTAATAACCTT ATTGAAAAGAGACGTGAAGAAGTGGAAAGATATTTGAAGGAAAGAGAAAAGACTTTCGAGGAAGAAAAGAACAGGGAATT CCAGAATATTAATGCTCTTAAGGAGAAAGCAGCACAAGAGTTGGAACATGTTTCCTTTGAGATGAAAAGGCTTGAAACTG AGAGGACTGAGATCAATTTGGATCGTGAACGGAGAAATAGAGAATGGGCTGAACTAACTGATTGTATTAAGGAACTTGAG GTTCAAAGGGATAAACTTCAAAAACAGAGAGAATTATTGCATGCTGATAGAATTCAAATTTTTGCTCAGACCGAAGAATT GAAGAAGCTAGAGGATTTGAAAATTGTCTCTGATGACATTGCTATTGCTGAAATGGTTAGATCTGATATGGAGTCTAAGC AACAAATAATCTCTGCAAGGAAAAACCTGAAGCATCAGACTCTTACACAAGGTGGTCGGCTAAATTCTCATAAGGAAATA GATGTTGATAATACTCCATATGTGGAGAGGTCATCAGGTCTTTCACCTCCTAGTCCTGTTCGATTCTCTTGGATAAAACG ATGCAGTGAATTAATTTTCAGAAATTCTCCTGAGAAGCCACTTATCAGGAAAGAGGATTCACCTATAGTGTCTGATACAG GTAATGTTAGCAATGGTGGGAAAAAGCACATGGAAAATGACAACCCACTTAGTAGCTTTAGCAAAGGACAGCAAATGGGA TATTCTTCCGGAGAACCGAAAGTGATAGTTGAAGTACCATCTCGAGGTGAAGATGCCATCAGAACAAGTGAGTATGAGTC TGCGACTAAAGATGTCAATGGGAAAACTTCCCTCTCATTGTCAGATGGACGCCATTTGGGCAGGGGGAAAAGAGGCAGGG CGAACTTGACCAATAAAGTTGACAACCCACTTGTAGATCTGGGACAGAATAAGAAACCAAGAGCTGAAAAACAAGCCGAA AATCCTTTAGATCAGGGCACTACCTTCTGGTACAACCTTTTTCGTGTGAACTAATTTTTGTAGCATATTGTTAGCTATAT TCATAGGTAGTCTAGATTCAGTATGTATTGATGAAGTTACTAATCGATTTTTTTTTTTCAGTGTTATTTCAAACCAATCA GATGTATCAGAAGTCCAGCAGGTGTTAATGTCGTCAAATCAAACGCAAGGGAACACTGAAGAAACTCGTGTAGTAATGGT TGATAAGGTTATTCATGTATCAGAAGTGACTTCAGAGAGAGTTGATACTCACATTATCCCCAGTCAAGAACCAAAAGATA ATTTGCAGAGTTCTGCATTGGGTGTGGGTCACAATCTTAATGGAAAAAAAATTGATCAATCAAATTCTAAAACTAAACCA GAAGATATTTTACCTTCGGGTTCCAGTATATTGGAGAAGACAGAGGAAATATGCAAAGAAAGCAATGAACATTTTTCTGG ACACTGATAGGTATTCACAATCAATTTTAGTTCTATTTACAGTGGTTTTTTCTGCAGGCCAAGTCTTTTCAATTTACACT GTTTCATTTTGTTTCTTGGTCTGCATAAATTTTGCTAAGTTATTTTTTTTTATGCACGTTGTTTGACTTACAGGAACTGC TGATGTTGGATGAGAAATTAGTGTGGTTATGACTTAAGTATATATTAGGAGTGTGTGATGTTCTGCTTCAATTACCAATA CATGCCTGGCTGTACTTCCTCTCAACTATCTCCTTTTATCTTCACTTCAGATTATATCTTATTTTGAAATTGGATTCATT ATCTTCTTGCCATGCAGGAAGCAAAAGGAGGGCTCCTCATTTGTTGGTGACTTGGAGCTGGGTGTGTATGTAGAGATAGA GATACATAACTTGGGGATGTCTCAGCTGTGTGTAGCTGCACACACTTTATGGATGCAGTTGCAAACTATAATTAGGGTGA GTTAGACTGTTGATATCAATAGTTCGTAAAATCAGAATATTATGGCTTCCTAAAAAGAATTAAGAAAAAAAAGAAGAAAA TTTTAAATACAGTAGGTTGGTTTTTCTGATTGAGCGAGTTTTTCTGGCATGGTTTTGTTTGTTGCTTTGAAACTCTCCAG ATTTGAGTCTTTGATTGAGCGCGGAATGTCATGGCGTAGCCATTATTAGTGATTTTATTGTCTGAAGCTCTTGTAAATGT TCTGGCTGGTTCTTACTTTGCATTGTATTGTGTCAATGCTTTGCTGATGAAGGTTGAATTTTTTAAGAAGTTGCTGACAA GAGTTTATACCTTTTAAGGTCATGAAAAATTAATCGACCAAGTTTAATGAAATAATATCTTAAACATGTCTTTTTTTTAC ATAGTCTTAAACATGTCTTTTTTTACTTAGAGATTTAGATATTCTTAGTCATACTAAATCATTTTATCTTGTGAGCGAGT AGTAAATCTTTATCTTTGATTAATGATTATAGATATTGAAAATTATAAACATAACATCGTTACTTGATTTATTTAAATAT TTATATGATCATTAAATTTTATATGATGATTTATTTCTATTGTTCTTGGAAACAAAAGGTTATCCTACATACGTGTCCCC TATTTACAATAGGGATGGCACTTGGTAAGAATGCTTGCTTATTGTGAAAAATGAGATCTATTCAGAAGTTATAACTTATA ATCATTAATTAAAACTAAGTATCCAGAATAATTCTATTATTCAAGATTCACTCGGCGACTAATAGACATACGGGTTATTA GTTGTTTTTAACAGCTGCAATTTAACTTGCGTCATCAATCATAGGATGATAATCTAATTTGTCTATCAACAAACCAACAC TTTGTTGGTATAGAATATGAGTTTAGGAAGAGTAATTATGACAAGAAATAACTTCAGTGCCAAAGAAAATGGTGTGAAGA GATTTTATAATAAGGGAATTAAAAAGACAGATAAATATCATTTTGCCATAATATATTTTTTCATTGCGTTTGTGAGAATG CCACCATCAATGTGGATAGAATTTTGGTTAGCTCACGTTTTCATTTGTACTCCAAAATGCGATATGGGGAACTTAATTTG TCCTATCCTTCACTTTTTGACTTGTATCCTCCATGTTCATTTCAAAGCTTCACACCACTACTAAAGTAACCAAGACTATA CTTGTAGAGGTTGAAGTCAACTAAAGCAAACCTTTTTTTTTTGAGAAAAGAAAAAGCAAACCTTATTCTGCTCATTATGT CGCTGACACTGACTAGCCTGTTGTCATGCATGTTGGCATATATGGATCAGCATTTCCAGT
CDS sequence (LotjaGi4g1v0091500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGATTTCGACTCCAAGCTCTTCATCGAAGCCGCTATCCATTACACCCGGCTCTAGGGTTTTGAAAAGCCCTCTCTC CGACGAACAGATCTGGAAGCGTCTCAGAGACGCTGGCTTCGACGAGGTTTCCATTAAGCAGAAAGATAAGGCTGCGCTTG TTGCTTACATCGCTAAGCTTGAAGCTGAGATATATGATCTCCAGCACCACATGGGCCTTCTCATTTTGGAGAGAAAGGAA TTGGCTTCCAAGTATGATGAAGTTAAGACCTTGACTGATTCATCTGAGTTACTGCACAAACACAATTCTGCCATGAATAA ATCTGCATTAACTGAATCAAGGAAACGGGAAGAAACTTTAAAGAAGACAATCGGTGTGAAAGATGCATGCATAGCAAGTC TCGAGAAGGCCATGCATGAGATGCGTACTGAATGTGCTGAAACAAAAGTTGCAGCTGAGAGTAAGTTTGCTGAAGCTCAC CGATTGATTGGTGAAGCACAGGAAAAATTTACAGATGCTGAAGCCAAGTTGCGTGCTGCGGAATCTTTGCAAGCTGAGGC TACCAGATACAACAACATTGCAGAAAGGAAGCTTCATGATGTTGAAGCACGTGAAGATAACCTCAGGAGGCAAATGATAT CTTTCAAGTCTGATTGTGATGAAAAAGATAAGGAGATTAGTCTTGAGAGGCAATCCCTCTCTGAAAGGCAAAAGAGTTTG CAGAAGGAACAAGAAAGCTTACTTGAATCACAAGCCTTGCTCAACCAAAGAGAGGATCACCTTTTTAGTAAGTCTCAGGA ACTAAATCGTCTTCAAAAGGAGTTGGAGGACATGAAAGTGAAAATTGAAAAGGAACATGAAGCATTCCATGACGAAAAAA CCAGCCTAAAACTATTAGAGGCCACCCTATTACAACGAGAAGAGGCACTCAATAAACTACAAATGGAGCTCAACAAGAAA GAGAAAGAGTTGGTTGAATTTCAAGTGAAGCTTGCAAATAGAGAATCTGATGAAACTCAGAAAGTTACAGCTGATCAAGA AGCTATATTGAGAGCTAGAAAACATGATTTGGAAGTTGAGCTGCAAATGAAGCGCAAAGTGGTTGAAAGTGAAATTGAGA CAAAGAGACGGACATGGGAATTAAAGGAAGTTGATCTTAAACAGAGGGAGGACCAAATCCAGGAAAGGGAGCATGAGTTG GAAGTTCTCACAAGGTCACTGAGCGAGAAGGAGAAGGATCTGGTGGACCAATCTAGTGCCCTTCAAGAAAAAGATCAAAA CCTGAGAGCTGCTGAGAAGGAGTTTGAGTTAAATAGAACCATTTTGCAAAAGGAGAAAGATGATATAGAACAAGCAAAGC AAGATCTACAGATGTCAATGGCATCTTTGGAAAATAAAACAAGACAAGTTGATCATGCAAAAGAGAGATTGGAGGAAATG AAAAGTGAAACAGGTGACTTGTCAATTTTTGAAGTGAAACTGAAGGAAGAGATTGACCTTGTAAGATCTCAGAAGTTGGA GCTTTTGGCTGAGGCAGATAAACTGAAAGCTGAGAAGGCAAAGTTTGAAGCTGAGTGGGAGCTTCTTGATGAAAAAAAAG AAGAGCTGCAGAAAGAAGCAGAATTCATAGCAAAGGAAAGGAAAGAAGTTTCCACTTTTATTAAGAATGAGCGTGACCAG CTAAGGGAAGAGAAAGAGAGTTTGCGTAATCAGTACACCCATGACTTGGGGTTGCTTGCCAGTGAACGAGAAAAGTTCAT GAACAAGATGGCACAGGAACATGCTGAGTGGTATGGCAAGATGCAGCAAGAGCGTGCAGATTTTTTGCAGGATATTGAGA TGCAAAAACAAGAGCTTAATAACCTTATTGAAAAGAGACGTGAAGAAGTGGAAAGATATTTGAAGGAAAGAGAAAAGACT TTCGAGGAAGAAAAGAACAGGGAATTCCAGAATATTAATGCTCTTAAGGAGAAAGCAGCACAAGAGTTGGAACATGTTTC CTTTGAGATGAAAAGGCTTGAAACTGAGAGGACTGAGATCAATTTGGATCGTGAACGGAGAAATAGAGAATGGGCTGAAC TAACTGATTGTATTAAGGAACTTGAGGTTCAAAGGGATAAACTTCAAAAACAGAGAGAATTATTGCATGCTGATAGAATT CAAATTTTTGCTCAGACCGAAGAATTGAAGAAGCTAGAGGATTTGAAAATTGTCTCTGATGACATTGCTATTGCTGAAAT GGTTAGATCTGATATGGAGTCTAAGCAACAAATAATCTCTGCAAGGAAAAACCTGAAGCATCAGACTCTTACACAAGGTG GTCGGCTAAATTCTCATAAGGAAATAGATGTTGATAATACTCCATATGTGGAGAGGTCATCAGGTCTTTCACCTCCTAGT CCTGTTCGATTCTCTTGGATAAAACGATGCAGTGAATTAATTTTCAGAAATTCTCCTGAGAAGCCACTTATCAGGAAAGA GGATTCACCTATAGTGTCTGATACAGGTAATGTTAGCAATGGTGGGAAAAAGCACATGGAAAATGACAACCCACTTAGTA GCTTTAGCAAAGGACAGCAAATGGGATATTCTTCCGGAGAACCGAAAGTGATAGTTGAAGTACCATCTCGAGGTGAAGAT GCCATCAGAACAAGTGAGTATGAGTCTGCGACTAAAGATGTCAATGGGAAAACTTCCCTCTCATTGTCAGATGGACGCCA TTTGGGCAGGGGGAAAAGAGGCAGGGCGAACTTGACCAATAAAGTTGACAACCCACTTGTAGATCTGGGACAGAATAAGA AACCAAGAGCTGAAAAACAAGCCGAAAATCCTTTAGATCAGGGCACTACCTTCTGTGTTATTTCAAACCAATCAGATGTA TCAGAAGTCCAGCAGGTGTTAATGTCGTCAAATCAAACGCAAGGGAACACTGAAGAAACTCGTGTAGTAATGGTTGATAA GGTTATTCATGTATCAGAAGTGACTTCAGAGAGAGTTGATACTCACATTATCCCCAGTCAAGAACCAAAAGATAATTTGC AGAGTTCTGCATTGGGTGTGGGTCACAATCTTAATGGAAAAAAAATTGATCAATCAAATTCTAAAACTAAACCAGAAGAT ATTTTACCTTCGGGTTCCAGTATATTGGAGAAGACAGAGGAAATATGCAAAGAAAGCAATGAACATTTTTCTGGACACTG A
Protein sequence (LotjaGi4g1v0091500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEISTPSSSSKPLSITPGSRVLKSPLSDEQIWKRLRDAGFDEVSIKQKDKAALVAYIAKLEAEIYDLQHHMGLLILERKE LASKYDEVKTLTDSSELLHKHNSAMNKSALTESRKREETLKKTIGVKDACIASLEKAMHEMRTECAETKVAAESKFAEAH RLIGEAQEKFTDAEAKLRAAESLQAEATRYNNIAERKLHDVEAREDNLRRQMISFKSDCDEKDKEISLERQSLSERQKSL QKEQESLLESQALLNQREDHLFSKSQELNRLQKELEDMKVKIEKEHEAFHDEKTSLKLLEATLLQREEALNKLQMELNKK EKELVEFQVKLANRESDETQKVTADQEAILRARKHDLEVELQMKRKVVESEIETKRRTWELKEVDLKQREDQIQEREHEL EVLTRSLSEKEKDLVDQSSALQEKDQNLRAAEKEFELNRTILQKEKDDIEQAKQDLQMSMASLENKTRQVDHAKERLEEM KSETGDLSIFEVKLKEEIDLVRSQKLELLAEADKLKAEKAKFEAEWELLDEKKEELQKEAEFIAKERKEVSTFIKNERDQ LREEKESLRNQYTHDLGLLASEREKFMNKMAQEHAEWYGKMQQERADFLQDIEMQKQELNNLIEKRREEVERYLKEREKT FEEEKNREFQNINALKEKAAQELEHVSFEMKRLETERTEINLDRERRNREWAELTDCIKELEVQRDKLQKQRELLHADRI QIFAQTEELKKLEDLKIVSDDIAIAEMVRSDMESKQQIISARKNLKHQTLTQGGRLNSHKEIDVDNTPYVERSSGLSPPS PVRFSWIKRCSELIFRNSPEKPLIRKEDSPIVSDTGNVSNGGKKHMENDNPLSSFSKGQQMGYSSGEPKVIVEVPSRGED AIRTSEYESATKDVNGKTSLSLSDGRHLGRGKRGRANLTNKVDNPLVDLGQNKKPRAEKQAENPLDQGTTFCVISNQSDV SEVQQVLMSSNQTQGNTEETRVVMVDKVIHVSEVTSERVDTHIIPSQEPKDNLQSSALGVGHNLNGKKIDQSNSKTKPED ILPSGSSILEKTEEICKESNEHFSGH
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 | 12 | 1033 | 1022 | 0.0 | ||
| PANTHER | 12 | 1033 | 1022 | 0.0 | – | |
| Coils | 131 | 151 | 21 | - | – | |
| Coils | 163 | 183 | 21 | - | – | |
| Coils | 191 | 211 | 21 | - | – | |
| Coils | 230 | 250 | 21 | - | – | |
| Coils | 261 | 288 | 28 | - | – | |
| Coils | 296 | 337 | 42 | - | – | |
| Coils | 386 | 483 | 98 | - | – | |
| Coils | 498 | 549 | 52 | - | – | |
| Coils | 551 | 571 | 21 | - | – | |
| Coils | 605 | 718 | 114 | - | – | |
| MobiDBLite | 882 | 918 | 37 | - | – | |
| MobiDBLite | 888 | 902 | 15 | - | – | |
| MobiDBLite | 1007 | 1066 | 60 | - | – | |
| MobiDBLite | 1007 | 1041 | 35 | - | – | |
| MobiDBLite | 1051 | 1066 | 16 | - | – |
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 |
|---|---|---|---|---|
| Cellular component | Nucleus | A membrane-bounded organelle of eukaryotic cells in which chromosomes are housed and replicated. In most cells, the nucleus contains all of the cell's chromosomes except the organellar chromosomes, and is the site of RNA synthesis and processing. In some species, or in specialized cell types, RNA metabolism or DNA replication may be absent. | ||
| Biological process | Nucleus organization | A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of the nucleus. |
Expression pattern of LotjaGi4g1v0091500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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