CDS
| Accession Number | TCMCG013C01223 |
| gbkey | CDS |
| Protein Id | XP_006465090.1 |
| Location | join(11848092..11848197,11848311..11848424,11848615..11848713,11849023..11850203,11850294..11850424,11850527..11850581,11851011..11851139,11852202..11852309,11852449..11852504,11852579..11852669,11853567..11853704,11853800..11853877,11854149..11854358,11854445..11854516,11855398..11855478,11855558..11855676,11856627..11856738,11857200..11857268,11857356..11857450,11858057..11858185,11858687..11858752,11858849..11858981,11859994..11860167) |
| Gene | LOC102613690 |
| GeneID | 102613690 |
| Organism | Citrus sinensis |
Protein
| Length | 1181aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA225998 |
| db_source | XM_006465027.3 |
| Definition | protein CHROMATIN REMODELING 24 isoform X1 [Citrus sinensis] |
EGGNOG-MAPPER Annotation
| COG_category | KL |
| Description | DNA excision repair protein ERCC-6-like |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction | - |
| KEGG_rclass | - |
| BRITE |
ko00000
[VIEW IN KEGG] ko01000 [VIEW IN KEGG] ko03036 [VIEW IN KEGG] |
| KEGG_ko |
ko:K20093
[VIEW IN KEGG] |
| EC |
3.6.4.12
[VIEW IN KEGG]
[VIEW IN INGREDIENT] |
| KEGG_Pathway | - |
| GOs | - |
Sequence
| CDS: ATGGCAGAGAAGAAGAGCAAGCCACGAAGCTTAAACGACAGTCACTATCGTCTTCTCCAAGACCTCGCCTCTCCCACGAATCGAAGCGCCCTTTCGTCATTTTCCGAATACGAAGAAAAGCCATCCGTGGCCAAACACTTGGCCTCCTCCAAACTAAACGACAACGCTTCTGTTAAGAGACTTCAGTTTTCCGACACCACTCGTTTCGATTCTACTCTCGATGATAAGAAGCCTGTGAAGGTGGAAGCAGAAGTTAGAACTAATGATTGCAGTGTCTTGTCTCGAGATCATGATCATGTTGAAAGTAGATCAGTAATTGATGAAGAAAAGCCACAAAAGGTTAAAATTGAAGGTAGACGTCGGCTCTGCAAAGTCTCATCTCGAGATGTTGATAACACTGAGAACAGAGCTGTTGTTGATGATGAACCTAACTTTTCAGATATTACAGATTTTGATTCACCCCTACAGTCTAAAACTGTGAGTACGATGGTGAACATTGAGAGCAGAGCTGTTATTGATGATGGGCCTAAATTTTCAGATATTACGGTTTTTGATTCACCACCAAAGGCTAAAACTGTGAGTGAGAATGATAATTATAAGGGTGGGAATGAAATTAGGGATATTCTAAATGATTTGAGCGCAAGGCTTGAGATTTTGTCTATTGACAAAAGAAGAGTCCCTAAAACTGTAGATCCAGAAGATGATTTTTCACGGTTGGTTAAAAATGGAGATACTGGTCAAGGGAGCAAAGGAAATTTGCCAGAATATGCAAGTGCGGAGTCCTCATTTTCCCTCACATCTGATCTTTCTGATTCCTCATCTGGTGTAACGAAGGATAATGTTGGAGGTGTTGTTGAGAGTGTGGCAGATGAGTATGAAGAGTCTAAGGGTGATGATGTTGCTGATGAGGAACAGGAAACCGAGAATGTTGGTATAGGGTTGAAGAGGAATGAACCAAGATGGGTGGACAATAATTTGGTGTCTGCAAGAGAATCATTCGAGTCTAATCTTGATGGGGAAGAGGATGGTGGTTCGTTGGGTGAGGTTGAAGGTGATGAGCATTTGAGTAGAGTACATGAAACTAAGAAACATCATCAAAGGCAGAAGAAAAATGAACCAAAGAGGGTGCATGATGGAGAAAGGTTTAATGGTCAATCTTTTGTATCTGGTGGTAGAGAAGAGTATGATGATGAAGATGATTGTGTAATTGTGAGTGGAAAACTTGTGGTTAATAGACCAGATAGACGTGATGGTAAGTTAAATAAGTCTGCTCACTCTGGTTTGGTCAATGTGCTGGATGATTACTCAGATGATTCAGTTTTGGAAGATGAGGGTTCCATTACTTTGAGTGGACCAAGGTCTACTTACATGCTGCCTGGTAAAATTGGAAATATGTTGTTTCCACATCAGCGTGAGGGGCTGAGGTGGCTTTGGTCTTTGCATTGTCAGGGGAAGGGTGGAATCTTAGGGGATGACATGGGTTTGGGGAAAACAATGCAGATATGTGGCTTTCTAGCTGGATTGTTCCACTCAAGATTGATCAAGAGGGCGTTGGTTGTTGCCCCAAAAACATTGCTATCTCATTGGATCAAAGAATTAACTGCCGTGGGGCTTTCTGCAAAGATTAGAGAATATTTCGGGACTTGTGTTAAAACTCGGCAATACGAGCTCCAATATGTACTTCAGGACAAAGGTGTGCTTTTGACGACTTATGATATTGTGCGGAATAACTCAAAGTCATTGAGAGGGAGCAGTTTCATAAGTGATGAAGCTGGTGATGATGATGCCATATGGGATTATATGATACTCGACGAGGGGCATCTCATAAAAAACCCTAGCACACAGAGGGCCAAAAGTTTGCTTGAGATACCAAGTGCTCACCGTATAATCATAAGCGGCACTCCAATTCAAAACAATCTTAAAGAACTGTGGGCTTTGTTCAACTTCTGTTGCCCTGAGCTACTGGGCGATAATAAATGGTTTAAGGAAAAATATGAGCTACCCATACTTCGTGGAAATGACAAACATGCTTTAGATAGGGAAAAGCGTATTGGTTCTGCAGTTGCAAAGGAACTACGGGAACGGATTCAACCTTACTTTTTGCGTCGCTTAAAGAATGAGGTGTTTCATGAAGATGATGTCACTTCAAGTGCAACACTTTCTAAAAAGAATGAGATGATTGTGTGGCTAAGATTGACTAGTTGTCAGCGACAACTCTATGAAGCTTTCTTGAATAGTGAGATAGTTCTTTCTGCTTTTGATGGCTCACCATTGGCTGCTCTTACGATTCTGAAGAAAATATGTGATCACCCACTTCTCTTGACAAAGAGAGCAGCTGAAGATGTTCTAGATGGGATGGATTCAATGCTTAATCCAGAAGATGCTGCCCTGGCAGAAAAATTGGCTATGCATATTGCGGATGTTGCTGAGAAAGATGACTTTCAAGAGCAGCACGACAACATCTCATGCAAAATATCTTTTATTTTGTCACTATTGGATAAATTGATTCCAGAGGGCCATAATGTTCTTATCTTCTCACAAACTCGCAAGATGCTTAACCTTATTCAGGAATCTATTGGTTCCAAAGGTTACAAGTTTCTACGCATTGATGGTACCACAAAAGCTAGTGACAGAGTGAAGATTGTTAATGATTTTCAAGAGGGTGACGTGGCTCCTATATTTCTTTTGACATCTCAAGTTGGGGGTCTAGGCCTCACACTTACTAAAGCAGACCGTGTGATTGTGGTGGATCCTGCTTGGAATCCAAGTACTGATAATCAGAGCGTTGATCGTGCTTATCGAATTGGACAAAAAAAGGATGTCGTTGTGTACAGATTAATGACATGTGGAACAGTTGAAGAAAAGATTTATAGAAAGCAGATATTCAAAGGCGGATTGTTTAAGACAGCCACTGAGCACAAAGAACAGATTCGGTATTTTAGCCAGCAGGATCTTCGGGAACTTCTCAGTCTACCCAAACAGGGGTTTGATGTTTCTCTCACCCAGCAGCAATTACATGAAGAGCATGGGGACCAGCACAACATGGATGAGTCCTTGGAAGCCCACATACAGTTCCTTGACACACTAGGTATAGCAGGAGTCAGTCATCACAGTTTACTCTTCTCCAAGACAGCACGAGTGCAAGTAGTGCAGGAAGAAGAGGAAGCGACAAGGAGAAAAGGAACTGCATTTGTTGGTAATTCGTCATCTAGCTACTTGGTTGCACGAAACGTCGATGGGGCTGAGTATGCGTTCAATCCTAGAGACATAAAACTGAACAAAAAATCTTCTTCCCCAAAAAATGAAGCTAAATTAAAAGAGTCTGATATCAAGGAAAGAATTAAAAGGCTGTCACAACTTATATCAAACAAGGTTACCGTAGAGAGATTACCAGACAAGGGAACAAAATTACAGAAGCAGATTGCTGAACTAAATTCAGAGCTTAACAAGATTAAGATGGAGAAAAGACCTGAGCCAGGAGTCATTGATTTGGATGATGTTACTGGGAAGCTCCAACGAGGGCTTTTTTTGACTCAGCAATTTTGA |
| Protein: MAEKKSKPRSLNDSHYRLLQDLASPTNRSALSSFSEYEEKPSVAKHLASSKLNDNASVKRLQFSDTTRFDSTLDDKKPVKVEAEVRTNDCSVLSRDHDHVESRSVIDEEKPQKVKIEGRRRLCKVSSRDVDNTENRAVVDDEPNFSDITDFDSPLQSKTVSTMVNIESRAVIDDGPKFSDITVFDSPPKAKTVSENDNYKGGNEIRDILNDLSARLEILSIDKRRVPKTVDPEDDFSRLVKNGDTGQGSKGNLPEYASAESSFSLTSDLSDSSSGVTKDNVGGVVESVADEYEESKGDDVADEEQETENVGIGLKRNEPRWVDNNLVSARESFESNLDGEEDGGSLGEVEGDEHLSRVHETKKHHQRQKKNEPKRVHDGERFNGQSFVSGGREEYDDEDDCVIVSGKLVVNRPDRRDGKLNKSAHSGLVNVLDDYSDDSVLEDEGSITLSGPRSTYMLPGKIGNMLFPHQREGLRWLWSLHCQGKGGILGDDMGLGKTMQICGFLAGLFHSRLIKRALVVAPKTLLSHWIKELTAVGLSAKIREYFGTCVKTRQYELQYVLQDKGVLLTTYDIVRNNSKSLRGSSFISDEAGDDDAIWDYMILDEGHLIKNPSTQRAKSLLEIPSAHRIIISGTPIQNNLKELWALFNFCCPELLGDNKWFKEKYELPILRGNDKHALDREKRIGSAVAKELRERIQPYFLRRLKNEVFHEDDVTSSATLSKKNEMIVWLRLTSCQRQLYEAFLNSEIVLSAFDGSPLAALTILKKICDHPLLLTKRAAEDVLDGMDSMLNPEDAALAEKLAMHIADVAEKDDFQEQHDNISCKISFILSLLDKLIPEGHNVLIFSQTRKMLNLIQESIGSKGYKFLRIDGTTKASDRVKIVNDFQEGDVAPIFLLTSQVGGLGLTLTKADRVIVVDPAWNPSTDNQSVDRAYRIGQKKDVVVYRLMTCGTVEEKIYRKQIFKGGLFKTATEHKEQIRYFSQQDLRELLSLPKQGFDVSLTQQQLHEEHGDQHNMDESLEAHIQFLDTLGIAGVSHHSLLFSKTARVQVVQEEEEATRRKGTAFVGNSSSSYLVARNVDGAEYAFNPRDIKLNKKSSSPKNEAKLKESDIKERIKRLSQLISNKVTVERLPDKGTKLQKQIAELNSELNKIKMEKRPEPGVIDLDDVTGKLQRGLFLTQQF |