Last updated: 2022/11/18
| Name | A_SariMG_comp29663_c0_seq3 |
| Scaffold_id | |
| NCBI non-redundant (nr) | PREDICTED:_serine-rich_adhesin_for_platelets-like_[Amyelois_transitella] |
| Ontology | |
| Transcript Level | FPKM:2.21 TPM:2.22 |
| ORF Entry | O_SariMG12418_complete:A_SariMG_comp29663_c0_seq3 |
| Sequence (Nucleotide) | TTAATGTGAAAGGCGAAACGTTGTCTTATTTTAACTTGTAAATAAAGTCATTCGTTCTAT AAAACATTGCAATTGTTACATAAAGCAACAGAACGTTTATCTGTTTATATATAAATGAAA TAGGAAGTGTGCTGTGTTCTGCGACGTATAATTTGAGTGGCTTTTCATTTCACAATAGAC AAAACCCGTCGCAACGAGCACTCGAAGACTCGAGGCCATATTTATGATGTTATCTGTTGT GTGAGCGTCCTCCGAAACCACATTGATGAATACTTGTAGAAAACCAAGGCAATGGGTTGT TTTCTCAGTGTATGAAGAATTATAAATTGAATAATGAGTTCAAGTGCTCCAGTTTAGTGA TAAATATCAATACATAATATTCTGTACTGCAAATTATGGATGAAAGTGTGGAATTCAATT GACATATTACATACAGTGACCCTAACACATCACGGAGGTGGTAATGGATCCAGTAGGACC ATGGTCAGCATATGCATCCTACAATCGTTTAGCAGGGGTTCAGGCTGGTGCTGCAACTGG CGACTTTCATCACCACCTAGCAAGTGGTGGTTCAGGGTTAGCTAGTCAGTCGGTGCCATC GACGACAAGTCAGTTATTACTCCAAGCGGCGCATACTACAGCCTCATTAGCAGGCCAGCT TGGTTCTTCAACTGCTTCACCGTTCAATCCTGGAGGATTTCTCTCCCCACCTGCAGTTGG ATACGATGCTGTGTTTTCACCATTATTTCATCATGCCAATCCAAAACCAGCACATTATAG CTCTTCCATTCAGGCACAACATCGACAAGTTATAGCTCAAGCCCAAGCTGCAGTTGCATC TAAACAATCATCAGTAGAATCAGAACTTTCAACTTTACGGGAAAATTACTCTCATCCGAC ACTTGCTGCACAAGGAGCATCTTTTTTTGATCAGTCATCTACCCCAGGCAGTGCTTCTGG ATTAAGCTGGCAAGGAAATAATCAACTTCCCAGTCCATTCGGAATTTTACCCCATGAAAG TGTAGTGCCCTCATCTCCAAGTCCAGCTACAACTAAGGCATCTTCAACTTATGAAAACTT TAATGCCCATTTTGCTGCAGCACAAAGTCTTAATAATCACCTGAACTCACAGATTGCTAA CACTGGTAAACAAGCAAACCGGTCTGGTTCACCAGCGACAGCAGCCAAGCAACCAGCTAC TTCATCATCATCATCAACATTTTTTCAATCTCCTTCATCTTTTGGAAATCAGACTGATTC ATATAGTACAAGCAGTTCAAAAAGTGGTCAGCTGTCATCACAGCAGGATTATGCTGGAAG TAAGTCTTATTCAAGTTCTGCAAGCTCAACTGCTCATTCCCAACAATCATGTATTGTGTC AACTCCATCTGTAACATCCTCTCCCACCCCACCCAGTAGTAAAGAATACCGCTCCTCACC TAGCACTACATCTAGGCCTTCAGCTTCCATTTACAATTCACAGTCTCCTAAAAATGCAAA TACCGAAAAATCTAGGCAACTAACAAATAATAGTAGCAGCTTTGTATCTCCAACTTCAAA ACCACCTTTAGTTCAAACGAAGGCTCAAAGTAAAATTTATCCAGAGTTGAACAATGACCA TAGAAAAGGTTGTGAATCTAGTGATAAACTTCAGCCTCAATCATCTCCAATTAGTTATTC TATAATGGATGCCCCTGGACGGCTTAACTACAGTGGTAGTAGTGTAAGTTCAACCAAAAC CAATAGGATTAATAGTTCTCAATATTCCACTTCCCAAGGTTCTAGTTTTAGACATTACCA GAGTGGAAATAATGTAGAAGCAGATTATCATGTCCGAGCTAAAAGTAGTTCAAGTACTGA CACAGGATATTCAAGTAGTAGCTCTCAAAATGGCCCTGATTGTAATGTAGGTGCAGCAAG GAGACAAAGTCCATCACAAGTGGCCCCACAAACTTCTCCATTGGGCCATGGATCTAGTCC AGCATATCCAATGTACCATAGTCCCATGAATTCAATGAATTCTCCCCAGCAACATAATGA TCATTATAATAAACTAAACAATATTGCTCCAAGATCTCCATTGGATGCATCTGTCACTCG ACCCCCATCACAAAATAGCCAAGTGGCTTATCCTTCTGTAATAACTAGAGCATTAGGACT AGAACAAAATAAAACCTTTAATGAAAATAGATATGAACGAAGCCAAACACAGTCAACCAG TCAAAGTTGCTGGGAGACTGAAAGACAGGCATCCAGAAAATATTCTAGCAATAACAGTAG TAGTAGTTATAATAATGGTCTAACAGAAAACAATACTCATAGTGATGAGTCTACTACTCA GTCTCAAAATCAAACTTCCAGTAGAAATGTAACAGATAAGCAACCTTATTTTGATGCAAA TAATGTAGCATTACAAGATCTTTCTAGTTGTCGTGGTGATCCAATGAGTATAGTTAAAAA TCTACAAAACTTACAACAAAGTTGTCAAATACAAGATATTAAGACAACCAAAAATCAGAC TCCAGTCACTGTATCGACAACAGTAGCCAAAACAGTTACAAGGCGAAAAAGTACTGAAAA ACCTATTTCACATTCTAATATGAATGATTTATCAAGTGCAGTTATGGAAAATTATTTAGC AAATCGGATACCTCCTCCTGCACATAGTTCAACAAGTAATCAACAGCAAAACGGTAGTTA TTTTGATTTTGAAAGGTGGAATCTTCCACCTCCTCCTCCGAAAATGTTTCCTGGCACATC TGCATTTGGTTCACAAGCCCCTTTACATGCTACAAATTTTGCTAACCAACATCAAGCCCT AGCTATGCCTCACGGTCATGCCTTAACATACTTCCCACCTTTTCACCTAGGTCCACATCC TGATTTCCAGTCTTCTTTGGAGTTAACTCCTTTATCGTCATTTAGTGAGACTCCACCTTC GGCTTCCTCGTCGTCTTTTTCGACACCCGAAACACGTGAAGAGGAACAGCCTAAGGTGGT AGTTCCTAATATAGAGGAAGAACTTGGTTTCCTTGCAGAACAACGAGCAAATACTGCATC GTCGGTAGCACCCTCTTCACAGCAGCAGACAATAAACAACACTTCGCAAGATACTACTTC AAAAGTTATGGATAAAAAATTCAATGTTCCGGTCACGGGCCCCGGCTCAGGTTTCATGGC ATCTTATTTAAAATTTTTACAAGGAGAACGTGACACTTCTCCACCGCCGGCCGGCAGAGG CGCCAGGAAGTCGACTTGGTCGAGAACAAATACAAACAGTAACACCAACAATAAGCCTTA CACGCAAAATGATCAACCAAAAAGTCATTGCGATAGTAATGCTTCACAGCAAAGCGCTAA CGGCGCCATGGCGCCAACGAACGTAATAAACACAGGTATGTCATTGAGTAATCCAGTAAT GAACTCGACGGCAAACTTAAATACGACAGGACTATTGGGTGCTAACCAGATACACGGCGG ATCGCCGAATTTACTCGGCTCTCAAACGAAAGGCGTCGAGTTAGATGACCCCCGTTATTA TAGTTTGAATAAGGATAGGAAACGTAAATATGACGGCAGTGAAGAAAGCGCATATGATGC GGAAGAGGAAGCCCGAAGGTTAAACAAACCTGTGTTGAATGTGCCTAGTACGCCGTTAAA TGACAAGGGCAAGAAGGGTCGGACGACAATAAACAAAGCGACACCTTCAGCCGTAGTGGC GCCTCAGCCGGCCGCGCCTAAGAAGCCGCGAGCTCCTGGGCCGCCGCCCGTGCCCTCGCT CCAGGCAGCGCCTCAACAACAATATTATTATCAACATCAACCTGACGAAGGTGCGTTCAA TTTATTAGATTTCCACTTGAGAAGTAGAGCGCGATGGTGAAGAGCTAGCCCTGAAGCTTG TATGACAGGAGCAAGCTAACTGCCGCTTTGGCAGGATACAGTGAAAGCTTGTTACATTTT AACTGTGATATACTGTAAATTTTAATTAGATGAAATCTATAATTATTAATTTGTAAATAA TATAATTTTGTGAAGGAAATATGTGATGTACCTATCTTATTAGACCTGATATTCTTAATG TTAGTTTGTAACAAGATTTCACACAGAATATGTTGTTGATGACACATTGTTAGTGCCATT TTATTGTAAATTGTAATATTTGTGACTCTTGTCATACTCGCTACTGAAGGGGTGCTACCA TAAATAATTCCAAGATTGTGGTATATTTTTTTATGGAATTCATACCAGTGGGTGTCTGTT GTACATAATAGTGTATTGTATTTACAGTATTTGAGTTTAGTCAGTACTTACAATAGTGTA ATGCATATTCTTTAGCTGAAAGTGATTTTATATTTTAAGGAGGAAATTAATTGCATAATA CATTGACAGCTATAAGTAAGTGCGAAATATGTATTAGAAAGGCCGTGCCCTGAAAATAAG TTTTTGTATTTCTATTTAATTGTTATTTGTTTATGCACAATTCTCAATATTTTATGTAAA TAATTTTGTATCATAGGAGAATACATAAAATAAACACGAG (4540 bp) |
- SilkBase 1999-2023 -