CDS
| Accession Number | TCMCG021C19970 |
| gbkey | CDS |
| Protein Id | XP_010931796.1 |
| Location | join(15722646..15722750,15726375..15726473,15726717..15726779,15728521..15728598,15730381..15730570,15737252..15737529,15737615..15737990,15742068..15742151,15743849..15744135,15744291..15744347,15748204..15748533,15748615..15748793,15748866..15749148,15751818..15752060,15752176..15752313,15755671..15755811,15755956..15756174,15756411..15756698,15757732..15757938) |
| Gene | LOC105052623 |
| GeneID | 105052623 |
| Organism | Elaeis guineensis |
Protein
| Length | 1214aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA268357 |
| db_source | XM_010933494.2 |
| Definition | protein ALWAYS EARLY 2 isoform X3 [Elaeis guineensis] |
EGGNOG-MAPPER Annotation
| COG_category | BDT |
| Description | Protein ALWAYS EARLY |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction | - |
| KEGG_rclass | - |
| BRITE |
ko00000
[VIEW IN KEGG] ko00001 [VIEW IN KEGG] |
| KEGG_ko |
ko:K21773
[VIEW IN KEGG] |
| EC | - |
| KEGG_Pathway |
ko04218
[VIEW IN KEGG] map04218 [VIEW IN KEGG] |
| GOs | - |
Sequence
| CDS: ATGGCTTCAACAAGGAAATCAAGAAATGTGAACAAGCGCTTCGCAAAAGTGAATGATGAGTGGCTGGATAAAGATGCAACAGTTGTGAACAAAAGTAAAACACGAAAGAGGAAATTGTCTGACATGTTAGGTACTCAATGGAGCAAAGAAGAGCTTGAGCGTTTCTATGAAGCCTATCGAAAATATGGGAAGGACTGGAGAAAGGTGGCTGGTGCAGTACGTAATAGATCGTCAGAAATGGTGGAAGCTCTGTACAATATGAGTAGGGCATACTTATCCCTTCCAGAAGGAACAGCTACTGCAGCTGGCTTGATCGCAATGATGACTGATCACTACAATATTCTGGAAGGGAGTGACAGCGGTCGTGAAAGCAATGATGTGTCAAGAACATCTCGCAAGACTCAAAAGCGTGGCCGGGGAAAATTTCGACTCATGTCGAAAAGTTCCGATGACCAGTATCCTGATCTATTGCAGTATCAGTCAGGTCCAACAGCCTCAGGATGCCTGTCATTATTAAAAAAGAAGCGATCTGGAGATCTATTTCCAGGTAGCAGACCTCGGGCTGTTGGAAAAAGGACACCCCGTGTCCCTGTTTCAAATATGTATGGCAGAGATGATAGGGATAAAATACTTTCCCCAAATAAGCAAGCATTGAAATCTGTTTCAAACACTGCTGATGATGAAGGTGCCCATGTGGCAGCATTGGCTTTAGCAGAGGTTTCTCAGAGAGGAGGCTCACCACAGCTTTCTAGAACACCTGGAAGAAGAGCTGATCACATGAGATCTTCTCCTGCTAAGAGTGGTGAGAAAAAGAACGCTGAGTCAGAGATGGACAGTTCAAAGTTAGTTGGCGCTCAAATGGAGGGTGACTGTCATGAAGGTAGTTTAGGAAGTAGAGAAGCTGAGAATGGAGATTTTGCTAGAGATGCTACTCATCTGATAGAAAATGAAGGTGCTGCAGCAGTTGAAACTCGAAGGAAGGTGAAGAAACTTCAGGGAAAGAGAAAAAAAGTACCAGCAGACATGGAAAATGATCAACTTGATGATGACAGGGAAGCATGCAGTGGTACTGAAGAAGGCATCAATATTAGAAAGATTAAAGATGAAATTGACGGAGAGACTACGGATGGTAAAACTGCAAGAGGATCCAAAAGTTCAAGGAAAAGAAGCCGTCAGCTATTTTTTGGAGATGAAAGCTCTGCCCTTGATGCTCTACAGACACTTGCAGATTTGTCTGTAAATATCTTGCTTCCTACCTCTACTGTTGAATCTGAATCATCTTTCCAAGTTAAAGAAGAGAAAAGAAACATCGACACTGCTGAGGAGCCTAATATACCTGAATCAATGTCAACGACTCATGAGAGAGATCAGTCCAAAGTTTCAGTGAAAAAGGAGACAGGGTATTCTACAAGTGTTGGTACTGATGCTGTTACCAGGAAGAGTGCTAAGCGTGCAAAGTGTTTACGTCATGATGCTAATGTCATTTCTGAAGTGAAGCAGCAAACTTGTGCATGCACTAGTGAGACGCAGAAAAAAAAGCGGAAGTCTTTGACTGGAAAAGCTTCAAAAGGTGAATTTAATAGTGATGCTCAGAAATATGAACCACAAAAGATAGAGGTCTCAGCAGAAGAAGGGAAGAGATTGGTTGGTAAGACTAGACGTGTTAGTCACGTTAGTTCATCACCGAAGCAAGGAAAATTGGTTAAACTACAGGAGAACTCTTCTTCAAGTACTGATCTAGTTAGACCAATCACAGATTCAAATGAAACAATTGTACAGGCTTCTACCACTTGTCCTGGTAACTTGCTAACCAAAAGTAAAAACCGCCGCAAAATAGGTCTACAGAAAGCATGGGCATTGAAGGAATTTAAATCCAATGAGAGTGCTGTAGGCGATCGTCCTGATAAGTACTTACATCCTGTCAACAGGGGGGTGGTTGATCTCAAGGAAAAACTTTCTCACTGCTTGTCTTCTCGAATGTTGCGGAGATGGTGTATGTTTGAGTGGTTTTACAGTGCAATAGATTATCCTTGGTTTGCCAAAAGTGAGTTTGTAGAGTACCTAAATCATGTGAGATTGGGCCATGTGCCAAGGCTAACTCGTATTGAGTGGGGCGTGATACGAAGTTCTCTTGGAAAGCCACGTAGGTTGTCAAAACAGTTTTTGCAGGAAGAAAGAGAGAAGCTTGAGCAATATCGTGAATCAGTTAGGAAGCATTATGCTGAACTTCGAGCTGGTGTTAGAGAAGGACTCCCAACAGATCTGGCTCAGCCTTTATCAGTTGGGCAACGTGTTATTGCTTGTCATCCCAAAACAAGAGAAATTCATGATGGAAGCATTCTGACTGTTGACCGGAACCGGTGCAGGGTTCAATTTGATCGGCCTGAATTAGGGGTTGAGCTTGTGATGGACATCGACTGCATGCCACTGAACCCATTGGAAAATATTCCTGAAGCACTTAGAAGACAGAATATTGTTGCGAATAAATTTTGCACGAGCTTCGCAGATACAAAGCTAGAAGACGGATCTAAGGAGTGGAAAATTGGAGGCTCCATGAAGTTTGCTCCAGCTGAGAGCTTGGAGATCACAAATGGGTCTTCTAGTATTGCTTCTTCTAGTTATCCGATGCATACCTTAATGAAGCAGGCAAAGGCTAAAGCTACTGTAAATGAAGTTGCTGTTGCTGCACAACAGGCAATGTACAGTCAACCTTGTACATTGTCACAAATACAAGAACGAGAAGCTGACATAAGAGTCCTTGCAGAGTTGTCACGTGCCCTTGATAAAAAGGAAGCTCTGCTCATGGAACTGAGACACATGAATGAAGAAGTTTCTGGAAAGCAAAGGGATGGTGATGCCATTAAAGATTTGGAGCATTTTAGAAAGCAATATGCTATGGTGCTTGTGCAGCTAAGAGATGCCAACGATCAGGTTGCTTCGGCCTTGCTCTCTTTGAGGCAACGCAACACGTACCATGGGAATTCAACACATGCATGGGTTAGACCCATTGAGAATTCGGGGGGGCCTGCTGGACCTGCAGACTCTTGCAATTCATCAGCTTTTCTCAATCAGGATTCAGGATCTCATGTAACTGAGATTGTTGAAAGTTCAAGGCGGAAAGCAAGAACGGTAGTTGATGCTGCTGTGCAGGCTATGTGTGCTTTGAAAGAAGGAGAAGATGCTTTTGTCAAGATTGGAGAGGCTTTAGATTCTGTAAACAGCCGCATTTCTGGACCTGGTTCTGGCGTACTTGGAGTAAGACGTAATCCTCCTGATCCTGGACATGGCGGTTCAGCATATCAAGATCATACAACATCATGCATGCCTGAGGCAACAGCAAGTCATGCTAGTCCAAAACCCCATCTTTCTTCTGATTCAGAGATCCAACTTCCATCAGATCTTATTTCATCATGTGTTGCTACATTGCTCATGATACAGACCTGCACTGAGAGACAATGCCCACCTGCCGAGATTGCGCAGATTCTTGATTCTGCAGTCGCAAGTCTGCAGCCATGTTGTCCGCAGAACCTTCCAATTTACAGGGAGATAGAGACATTTATGGGCATCATTAAGAACCAAATGTTGGCACTGATACCCACTCCAAGCATCATACCACCTGTAGAGGTTCCCATTGTGCAAAAATGA |
| Protein: MASTRKSRNVNKRFAKVNDEWLDKDATVVNKSKTRKRKLSDMLGTQWSKEELERFYEAYRKYGKDWRKVAGAVRNRSSEMVEALYNMSRAYLSLPEGTATAAGLIAMMTDHYNILEGSDSGRESNDVSRTSRKTQKRGRGKFRLMSKSSDDQYPDLLQYQSGPTASGCLSLLKKKRSGDLFPGSRPRAVGKRTPRVPVSNMYGRDDRDKILSPNKQALKSVSNTADDEGAHVAALALAEVSQRGGSPQLSRTPGRRADHMRSSPAKSGEKKNAESEMDSSKLVGAQMEGDCHEGSLGSREAENGDFARDATHLIENEGAAAVETRRKVKKLQGKRKKVPADMENDQLDDDREACSGTEEGINIRKIKDEIDGETTDGKTARGSKSSRKRSRQLFFGDESSALDALQTLADLSVNILLPTSTVESESSFQVKEEKRNIDTAEEPNIPESMSTTHERDQSKVSVKKETGYSTSVGTDAVTRKSAKRAKCLRHDANVISEVKQQTCACTSETQKKKRKSLTGKASKGEFNSDAQKYEPQKIEVSAEEGKRLVGKTRRVSHVSSSPKQGKLVKLQENSSSSTDLVRPITDSNETIVQASTTCPGNLLTKSKNRRKIGLQKAWALKEFKSNESAVGDRPDKYLHPVNRGVVDLKEKLSHCLSSRMLRRWCMFEWFYSAIDYPWFAKSEFVEYLNHVRLGHVPRLTRIEWGVIRSSLGKPRRLSKQFLQEEREKLEQYRESVRKHYAELRAGVREGLPTDLAQPLSVGQRVIACHPKTREIHDGSILTVDRNRCRVQFDRPELGVELVMDIDCMPLNPLENIPEALRRQNIVANKFCTSFADTKLEDGSKEWKIGGSMKFAPAESLEITNGSSSIASSSYPMHTLMKQAKAKATVNEVAVAAQQAMYSQPCTLSQIQEREADIRVLAELSRALDKKEALLMELRHMNEEVSGKQRDGDAIKDLEHFRKQYAMVLVQLRDANDQVASALLSLRQRNTYHGNSTHAWVRPIENSGGPAGPADSCNSSAFLNQDSGSHVTEIVESSRRKARTVVDAAVQAMCALKEGEDAFVKIGEALDSVNSRISGPGSGVLGVRRNPPDPGHGGSAYQDHTTSCMPEATASHASPKPHLSSDSEIQLPSDLISSCVATLLMIQTCTERQCPPAEIAQILDSAVASLQPCCPQNLPIYREIETFMGIIKNQMLALIPTPSIIPPVEVPIVQK |