CDS
| Accession Number | TCMCG081C06494 |
| gbkey | CDS |
| Protein Id | XP_010648865.1 |
| Location | join(9601201..9601701,9601771..9601886,9602041..9602125,9602218..9602359,9603389..9603452,9603544..9604291,9606625..9606954,9646785..9647912,9655014..9655086,9655173..9655258,9657644..9657763,9678638..9678699,9680121..9680193) |
| Gene | LOC100244450 |
| GeneID | 100244450 |
| Organism | Vitis vinifera |
Protein
| Length | 1175aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA33471 |
| db_source | XM_010650563.2 |
| Definition | PREDICTED: lysine-specific demethylase JMJ25 isoform X1 [Vitis vinifera] |
EGGNOG-MAPPER Annotation
| COG_category | K |
| Description | lysine-specific demethylase |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction | - |
| KEGG_rclass | - |
| BRITE |
ko00000
[VIEW IN KEGG] ko00001 [VIEW IN KEGG] ko01000 [VIEW IN KEGG] ko03036 [VIEW IN KEGG] |
| KEGG_ko |
ko:K15601
[VIEW IN KEGG] |
| EC | - |
| KEGG_Pathway |
ko04714
[VIEW IN KEGG] map04714 [VIEW IN KEGG] |
| GOs | - |
Sequence
| CDS: ATGGCGAAGTCCAAGAAAAAAGATGTCGACTTGCCGCCACCGGACCACCTCCGCTGCAACCGCAACGACGGCAAAGGGTGGCGCTGCCGGGATTACAAACTTGAGGGCCATAACCTCTGTCAATACCACCACGACAGCGCAATTTCTCGGTCCCAAAAATCCAAGCCTGACCGCAAACCCAAAACCAAACCCCAACCCAAACCCAAACCCAAAACCGAAGCCGAACCCAAACCCCAAATGGAACCGGAATCCAAACCCGACGCCAAGCTTAAAATTTCCAGAAGCAAGAGAGCCCCAGGACGGAGTGGTGCGAAAAGCAGTGACGCCACTCTCCGCAGCGACGCCGCTCGAGGCAGCGAGGTCGGTCAAGGCAGAGAGGTCGCCCGAGGTGGCGACGGCGGTCGCCGCTACCCCAGTCGCGGCAAATTGCTGAGAAGGCTTCTAGATTCGGATACAGATCAGGAATGGAGAGGAAACGGCTCCAATGCGAAGAAGAGAAATCAGGCACAGGAAGATGAGTGTCGGTGTTGTCACCAGTGCCAGAAGAGTGACAGGGAGGTGGTGCGGTGCCGGAAGTGTCAAAGAAAGCGGTTTTGTCACCCTTGCATCGAAAGATGGTACCCCCGTGTATCGAAGGAAGCAATTGCAGAGGCTTGCCCATTTTGCAGTGGGAATTGCAATTGCAAAGCTTGTTTGGATAGGGACACTAAGACTTTGGAACCAGAGATGAGTAAGGATGATAAGATAAAACACTCCAAGTATCTGGTGAAAGTGCTTCTTCCATTTCTGGAACAATTTGATCATGAACAAGAGATGGAAAGAGAAATTGAGGCTAAGATTCAAGGGCTATCTCCACCAGAGATACAGGTGCAACAGGCAGTTCTTCGTGAAGATGAGCGTGTATACTGCAACAACTGCAGAACCTCTATAGTTGATTTCCATAGGAACTGCCCAAATTGTTCATATGATCTCTGCCTCACTTGTTGCCGGGAAATTCGTAATGGATCATTGCAAGGTGGTATCGATGAAATTGTCATGCAATATTTTGACAGGGGGAAGGCTTACTTGCATGGAGGAAAACCTCACATGCCTTCAGTTCAGAAAGGAGAGTCAAATTTTTGTGTTAGTTCCAGCAGTAAAGATCCTGGAAGTACAATATGTGAATGGAAAGTGAAAGAAAATGGTGACATCCCTTGCGCACCAAAGGAAATGGGTGGCTGTGGACATGGCCGTTTAGACCTTAAGTGTATGTTTTCTGAAACTTGGGTTTCAGAACTAAAGGAGAAAGCAGAAGGGTTAGTCAAAACCCACAAACTCACTGATGTGCTGGGAATTCCTGCATGTAGCTGCTCTTGTTTTAAATTGAATAGCGAGATTGATTTTGATAACAAGAAGTTGCGGAAAGCTGCTGCTAGAGAAGATTCCTTTGATAACTATCTGTACTGTCCATCAGAAAGTGACATCCTTCAAGGGGATCTGGTTCACTTCCAGAGTCATTGGATGAAGGGGGAGCCAGTTATTGTGAGTGATGTTCTTGAATTCACATCTGGTTTGAGCTGGGAGCCCATGGTTATGTGGCGTGCATTTCGTAAAGTAAGTTACACCAAATCCTCGCAGTTGGCAGAGAAGGCAATTGATTGCCTTGATTGGTGTGAGGTTGAGATAAATATTCACCAATTTTTCAAAGGTTACTCTGAGGGCCGTGCACATAGGAACTTGTGGCCTGAGATGCTCAAACTCAAAGATTGGCCCCCATCTAATTTGTTTCAGGAGCGGCTACCACGCCATGGTGCAGAGTTTATAAGTTCTTTGCCCTATTTGGAATACACACATCCTCGCTCAGGCCTTCTTAATCTTGCTGCAAAGTTGCCACAAAAGTCTCTGAAGCCTGACTTGGGGCCTAAAACATATATAGCATATGGCGTTGTTGAAGAGCTTGGCCGTGGAGATTCTGTAACCAAGCTTCATTGTGACATGTCTGATGCGGTAAATGTTTTGATGCATACTGCGGAAGTAACCCTTTCATCTCAGCAGCTTGCTGTGATAGAGAAATTGAAAAAGTGTCATGCTGCCCAAGACCAAAAAGAGCTTTTTGCTGCTATTCACACAGAAGTTGAGGAGAAGCACCAGCCAGAATGTGTAGGGAAGTCTGAGTTGGAGCCAGCCAACAATAAGTTACATGATGAAGAGCCATCCTCATCGCACATTTTAACTCTGGAAAATGGTGGGGCTTGTACAAAGCCTGCAATTCGCAAACCATCCTTTGATGGCACCGATGAGCAAAATGATAGTGCTGTTGCCTTTGAAGTCAAGGCACATGCTAATCATTTAGATGTAGGAGGAGATCAGAAAGTTTCAATTGAAAACAATCCCATTAATGGGGAAAGGCTTGACAGTGCAGGGACTGTAACTAATGAAGAATCTGCTACCATGCTTCCTGTTGAGAAGCTTTCTGTAAGTAGCCTGAAAGTGGAGGAAGAAGGCATGGAATTTGATGTCAAATCTGATAGGGACATGTTAGATATTGAATTTCAGAAAGAAGAAGGTTATTCTGACGTGGTTACTAAATGTGGAAATTATAGAGGCAAAGATGCTGTTTCTTCTGATATGAGAAGTAGAAAAAATGAAGTAAAAAATGCCATTTCGAGCAAAATAAATGAAGCTTCTTGTTTGCCATCAAAAGGAAAAATTGGCATTGATGTGATGGATGAAACTAGAGAGGAGGTAGATGTGAGAGGGAGGCATAGAGGTAGAAAGAGGAAGCGAAAGACAAAACATTTTGCTTCAGTTGCCCAGTCAAAAAAATTAACAAAACAGATTACTAGCACCACAGAGTCTGAGAATGGAAGGGGAGCCAAAGTGGAAAAAAGTGAAAGACAAGACGAGGTTGATGCTGTTTTCTCTGATATACATTCTTCAACAAATGAAGTGCTCCAGCAAGGTGAGTTTTCTGATGATCATATGGCTTCTGGAAATAAGTTGGTTGGATTTGACAAAGAAGGGGGAGGTGCTGTTTGGGACATTTTCCGGAGACAGGATGTTCCCAAGCTCCAGGAGTATCTCAGAAAACATCACAGGGAATTCAGGCATACCCACTGCTCTCCAGTTGAGCAGGTTGTTCACCCTATTCATGATCAAACTTTCTACCTGACTTTGCATCACAAAAGAAAGCTGAAGGAGGAGTTCGGAGTTGAACCTTGGACATTTGTACAAAAACTTGGAGAGGCAGTCTTTATACCTGCTGGATGTCCTCATCAAGTTAGGAATCTTAAGTCATGCATAAAGGTTGCTCTTGATTTTGTCTCACCTGAAAATATTCATGAGTGCGTGCGTTTGACTGAGGAATTTCGTGCTCTTCCGCATAACCACAGAGCTAAGGAGGACAAATTAGAGGTAAAGAAAATGTCTCTTCATGCGCTAAGACAAGCTGTTGATAATTTGGAGCAGTTAACAGGGGATGAAGCTGCAGTTCCATCACCACCAGAAACTACAGAGCCACCTACAGATTCTCATCAATCATCTGAATGA |
| Protein: MAKSKKKDVDLPPPDHLRCNRNDGKGWRCRDYKLEGHNLCQYHHDSAISRSQKSKPDRKPKTKPQPKPKPKTEAEPKPQMEPESKPDAKLKISRSKRAPGRSGAKSSDATLRSDAARGSEVGQGREVARGGDGGRRYPSRGKLLRRLLDSDTDQEWRGNGSNAKKRNQAQEDECRCCHQCQKSDREVVRCRKCQRKRFCHPCIERWYPRVSKEAIAEACPFCSGNCNCKACLDRDTKTLEPEMSKDDKIKHSKYLVKVLLPFLEQFDHEQEMEREIEAKIQGLSPPEIQVQQAVLREDERVYCNNCRTSIVDFHRNCPNCSYDLCLTCCREIRNGSLQGGIDEIVMQYFDRGKAYLHGGKPHMPSVQKGESNFCVSSSSKDPGSTICEWKVKENGDIPCAPKEMGGCGHGRLDLKCMFSETWVSELKEKAEGLVKTHKLTDVLGIPACSCSCFKLNSEIDFDNKKLRKAAAREDSFDNYLYCPSESDILQGDLVHFQSHWMKGEPVIVSDVLEFTSGLSWEPMVMWRAFRKVSYTKSSQLAEKAIDCLDWCEVEINIHQFFKGYSEGRAHRNLWPEMLKLKDWPPSNLFQERLPRHGAEFISSLPYLEYTHPRSGLLNLAAKLPQKSLKPDLGPKTYIAYGVVEELGRGDSVTKLHCDMSDAVNVLMHTAEVTLSSQQLAVIEKLKKCHAAQDQKELFAAIHTEVEEKHQPECVGKSELEPANNKLHDEEPSSSHILTLENGGACTKPAIRKPSFDGTDEQNDSAVAFEVKAHANHLDVGGDQKVSIENNPINGERLDSAGTVTNEESATMLPVEKLSVSSLKVEEEGMEFDVKSDRDMLDIEFQKEEGYSDVVTKCGNYRGKDAVSSDMRSRKNEVKNAISSKINEASCLPSKGKIGIDVMDETREEVDVRGRHRGRKRKRKTKHFASVAQSKKLTKQITSTTESENGRGAKVEKSERQDEVDAVFSDIHSSTNEVLQQGEFSDDHMASGNKLVGFDKEGGGAVWDIFRRQDVPKLQEYLRKHHREFRHTHCSPVEQVVHPIHDQTFYLTLHHKRKLKEEFGVEPWTFVQKLGEAVFIPAGCPHQVRNLKSCIKVALDFVSPENIHECVRLTEEFRALPHNHRAKEDKLEVKKMSLHALRQAVDNLEQLTGDEAAVPSPPETTEPPTDSHQSSE |