Detail for ZS11_C09G58550.t1 |
| Genome: | |
| ZS11: | ZS11_C09G58550.t1 |
| ZS11_v0: | BnaC09T0476600ZS |
| WE: | WE_C03G05790.t1 |
| WE_v0: | Bnascaffold2551T0000300WE |
| Darmor: | A02p05100.1_BnaDAR |
| BH: | BnaC09T361700BH |
| Quinta: | BnaC09T0443500QU |
| ZS2: | BnaC09T464200ZS2 |
| SW: | BnaC09T496500SW |
| Express61: | C09p037620.1_BnaEXP |
| Xiaoyun: | BnaC09G0496200XY |
| P202: | BnaC03G010330P202.1 |
| BL: | BnaC09T361700BH |
| TA: | BnaC03T092000TA |
| Da-Ae: | Not available |
| RB: | BnaA03T082300RB |
| No2127: | BnaC09T0417000NO |
| P130: | BnaC09G060400P130.1 |
| Length: | 106 |
| KOG ID: | KOG3458 |
| KOG E-value: | 1.830000e-75 |
| KOG Score: | 219.0 |
| KOG Annotation: | Energy production and conversion |
| Biological Process: | GO:0006120(mitochondrial electron transport, NADH to ubiquinone) |
| Cellular Component: | - |
| Molecular Function: | - |
| KEGG Ortholog: | K03952 NDUFA8; NADH dehydrogenase (ubiquinone) 1 alpha subcomplex subunit 8 |
| NR Protein: | XP_013667473.1 |
| NR E-value: | 9.600000e-58 |
| NR Score: | 227.6 |
| NR Annotation: | XP_013667473.1 NADH dehydrogenase [ubiquinone] 1 alpha subcomplex subunit 8-B [Brassica napus] |
| SwissProt Protein: | Q8LGE7|NDA8B_ARATH |
| SwissProt E-value: | 7.750000e-75 |
| SwissProt Score: | 219.0 |
| SwissProt Annotation: | NADH dehydrogenase [ubiquinone] 1 alpha subcomplex subunit 8-B OS=Arabidopsis thaliana OX=3702 GN=At5g18800 PE=1 SV=1 |
ATGTCGAGTGCGGTGGACGCAACTGGGAACCCGATCCCTACATCCGCGGTGTTGACTGCGTCGGCGAAGC ATATAGGTTTAAGATGTATGCCTGAGAACGTTGCCTTCCTCAAGTGCAAAAAGAACGATCCCAACCCCGA GAAATGTCTCGACAAGGGCCGTGACGTCACTCGCTGTGTCATTGGCTTGCTGAAGGATCTTCACCAGAAG TGCCAAAGGGAGATGGATGACTATGTTGGGTGTATGTATTACTACACCAACGAGTTTGATCTCTGCAGGA AAGAGCAAGAAGCCTTCGAGAAAGTGTGCCCCCTGAAATGA
GAAGAAAGACCCAAACCGATCCGTTTGAGAAGATTGGATTGATTTTGTTATCTCCCTTTTACGGATTTGG AAATATCTGAGCTATGTCGAGTGCGGTGGACGCAACTGGGAACCCGATCCCTACATCCGCGGTGTTGACT GCGTCGGCGAAGCATATAGGTTTAAGATGTATGCCTGAGAACGTTGCCTTCCTCAAGTGCAAAAAGAACG ATCCCAACCCCGAGAAATGTCTCGACAAGGGCCGTGACGTCACTCGCTGTGTCATTGGCTTGCTGAAGGA TCTTCACCAGAAGTGCCAAAGGGAGATGGATGACTATGTTGGGTGTATGTATTACTACACCAACGAGTTT GATCTCTGCAGGAAAGAGCAAGAAGCCTTCGAGAAAGTGTGCCCCCTGAAATGAATGATTAAATCTGTGA TCTCTTAATAAAGCGACAAGCTTTACTCTCTTCTCTTTGTTGTTTTCATCAAAGCAATTTTACTCTCAAA ACACTTTTGTTATCAAAGACAACCAAATGACTCAGTTTTCATTGTTCGATGGTTCTTTAGTGAGCACAGG ATGGATATTCCGGATGAACAATCTGTTTTATGAGCTTAATCTGTTACCATACTCGGGCAGTTGACACTAG TCTTTATAAGTTTCATCATTCAGC
TGTACGTTTCTTTAAAACCTCTTTTAGTTGAGCGATGACATGATATGATTAACTACAGTT AGTTTTGATGCTTAGAAGTTTGTTTACTCTTATAACAATGATACAATGCCTATTATTATA TCAATCATGCTGTGTTTCGTTACATCAATCTGCGTCAGCTAGAACGTAGATTAATGATGT TGATTCCACATTGCGACGTTATGTGGCATTCCTGGGTAAAGAATTAGTTTTTTTTTTCGG TTGCTGCAGGCTGAAGGATCTTCACCAGAAGTGCCAAAGGGAGATGGATGACTATGTTGG GTGTATGTATTACTACACCAACGAGTTTGATCTCTGCAGGAAAGAGCAAGAAGCCTTCGA GAAAGTGTGCCCCCTGAAATGAATGATTAAATCTGTGATCTCTTAATAAAGCGACAAGCT TTACTCTCTTCTCTTTGTTGTTTTCATCAAAGCAATTTTACTCTCAAAACACTTTTGTTA TCAAAGACAACCAAATGACTCAGTTTTCATTGTTCGATGGTTCTTTAGTGAGCACAGGAT GGATATTCCGGATGAACAATCTGTTTTATGAGCTTAATCTGTTACCATACTCGGGCAGTT GACACTAGTCTTTATAAGTTTCATCATTCAGCGTAATACAGACTTCATCGAACAATTTGA TTGGGATCTGTTTCTCTGGTTAATCGAACAATTTGATTGGCATCTGTTTCTCTGGTTAGG CTTGTGGAAGCACTTCTCTTAGTCTTATACTCTTATATAATTAAGACAAAATAAGCACAG AGATGATACACACATCCATAGCAAAACTTGAGAATCTTTTCTCCCACTCCACTTGAATCG CAAGATCAGCTACTGCAAGGAAACACCACACCAAACCACACTTTACTAGATATAAATCTT GAACCAGAGACAATAACAATGCTAGCTATCTATTTACCTGATGGACCGAGAACGTGACCT GTGCCCGAGTCAAAAAGGAAATAAACACTCTTACACAGTGAGACAATTAACCTTTTTCCA ATGATATTTTGAATGTTAACATGCTACTAGTGTTCTTAGATGGTTTTTGTGGCCAGTGAC GCTTCTTAAGCTTCATTGCCTTAGCTGCATCTTCAGCATAACGGTACTTAACAAATTCAA ACCCTCTCGGCTCTCTAAACCACTAAATCATCATCAAAATCGCAGTTAAAAGGTGGGTGT CTGCTCAAATCACATTGACTTGCGCAACACCACAAGTTCCCAATAAAAAAAAAAACTATC TCTATCTGGCTTTGTTCTACATAAGTCAAAGCTATGAACCTGAGCAATTCAATTCTCAAT ATCCGTCACTCGGAGCTAATCTGAGTACAAGATACAAAGTTTCACGCATACCTAGTATAA TAATAATTCCAAGGCAGGTACATGTCCTTGAGTGAACCAAACCGCTCAAAACAAAACCAG CAACAGCCAATATGTTATGCCAAAAAGAACCGTAATTGTAAAACAGTTCTGAGATCACAC ATCTCTCTCTCTCTCGAGAGAGAGAGAGAGGGAGACCATAACTCTAAACAGCAGCAGTAC GAGTAATATTTTGGAGGGAGAGATGAAGAAATTGACGACCATACGAGAGTTTTCAAAAGA ACACTTGCCGGAAGCCGATCAGGCTTTGTATGGGTCGATATCCTATGTGGGCTTAAAGAT GTACGATCTTAAGCCCAATTAACCATACTAATTTACGAAAGAGTGTGCGAATGCAGCGAC TGAAATAAAACCATCCTACTAGAACGCGCAACCGCGAAATCTTTTTCAATTATTTTTATA TAAACATTTTGTTTTCAATTCTAAATTGGTATATCTATATATATATAAAGATGTTGGTGA CCTTCTTGTGATGCCACGTGGAAAGTCGTGCATCCTAGAAGCGACACCTATCCCCTTTCA TAAAAACGATGCGTTTCATTTATTTTTGTTTGTTTTCCGTCTGGTTTTCATTTTTTCTGT TGTCATTATTTTAGTTTATA
MSSAVDATGNPIPTSAVLTASAKHIGLRCMPENVAFLKCKKNDPNPEKCL DKGRDVTRCVIGLLKDLHQKCQREMDDYVGCMYYYTNEFDLCRKEQEAFE KVCPLK
GAAGAAAGACCCAAACCGATCCGTTTGAGAAGATTGGATTGATTTTGTTATCTCCCTTTTACGGATTTGG AAATATCTGAGCTATGTCGAGTGCGGTGGACGCAACTGGGAACCCGATCCCTACATCCGCGGTGTTGACT GCGTCGGCGAAGCATATAGGTTTAAGATGTATGCCTGAGAACGTTGCCTTCCTCAAGTGCAAAAAGAACG ATCCCAACCCCGAGAAATGTCTCGACAAGGGCCGTGACGTCACTCGCTGTGTCATTGGCTTGCTGAAGGA TCTTCACCAGAAGTGCCAAAGGGAGATGGATGACTATGTTGGGTGTATGTATTACTACACCAACGAGTTT GATCTCTGCAGGAAAGAGCAAGAAGCCTTCGAGAAAGTGTGCCCCCTGAAATGAATGATTAAATCTGTGA TCTCTTAATAAAGCGACAAGCTTTACTCTCTTCTCTTTGTTGTTTTCATCAAAGCAATTTTACTCTCAAA ACACTTTTGTTATCAAAGACAACCAAATGACTCAGTTTTCATTGTTCGATGGTTCTTTAGTGAGCACAGG ATGGATATTCCGGATGAACAATCTGTTTTATGAGCTTAATCTGTTACCATACTCGGGCAGTTGACACTAG TCTTTATAAGTTTCATCATTCAGC