WormBase Tree Display for RNAi: WBRNAi00000954
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| WBRNAi00000954 | History_name | SA:yk264e5 | |||
|---|---|---|---|---|---|
| Homol | Homol_homol | T21C12:RNAi | |||
| Sequence_info | DNA_text | atctctgcagtttcagaagttgatatggtaaatgagttttatgaataccgtaaaaataatacgaaaaattagcgttgccccaatttgttgaatagatagtgggaggactgcaccatctaatttaactctttttttttcattccaggacttcacattagacttctacatgcgtcaaacgtggcaagaccctcgactagccttcggaagtcttgatttgggactttccaaagaaatcgactcacttaccgtcggagtagactacctggatagactgtggaaacccgacacgttcttcccaaatgaaaagaaatcattcttccacttggcaaccacacataactcgttccttcgtatcgagggtgatggaacggtttatactagtcaaaggttagttatctattggagaaatcaactaataccctttgcctccaggagagggtgtggaagaaaaagcagtaaaaatggggggattagatgatgtttcttttttacgagcggaataggggggaagaagaaagtggtcaaaactattgggagggcttataagacgtgagctgatgttgcgtagtatgttctagtagtttgaactatacaaagtaaggaaaagagggggtagtgggttggaaatattaaggaataaatgttttaaaaaaatctaatcttgaaaaaatgaagcatatctgttaaatatttctcacaggaaaatttataaaagttattgtacaagcaaaagagctccattgaaaactattggatgaatataaatttatacgcttttctgttttttaaacatgacaaagttttaatttcgcatgagtttctttttcattttttgaacttaatatgttttataagtataatttgaaaaataacattgaaaaaagatgaattcaattaaaaatcttcgaaaaaaaccgcattttccaacatggtgcatcgaagaaaaaaagttggtttttggaatatattggcaagtggtagatcagtgcaaatgtgctctaacatttcatgaatataacactgatttaagagtgtcatgcgatagaaatattgtgttttttgaaatttgtacgttttataaatatgatcggaaataagaaccgagaacggacaaatttccgaaacgaaaaagtgtccatattcccgcaaaaccctaattttcacacatggtgcatcgaagaaaaaagttgactgttggaagttccaaattggaacatgaccaaggttaggcgacgttgcgtagtcttctaactaacagccatgtatcaaaaaactaggccaccgattttttttcgcaatttcatgcacattatttccgagtattttttacgcaacgtagccaagttttttgattatgacctcgaaaaaataaaactcggtcatgtcgcatgacacaacccgtgtagagttttattgcgaaaactcgaccaccacatgtaatttctcggccaaatcaaacctaaatattccagattaacagtcactgcaacgtgtccaatggacctgaagctgttcccaatggactctcaacactgtaaactggaaattgaaagctgtaagtcactttgctcccccgacatcttctccccgagtgtggttttctttccaacctagtcgtggggtaggcgtgccgttatgtagccagagattcaaattattttcatttacaaaaatgggtcgattgcacaaaattctctttgttttctctgattctctctttctcattgctctctctctttccattgatatcttccttttttggtgaattgtattttccaacaaaaattaatatttctctaatccctccacattttctattgtctctcacaatttctcactctccccttttattgtaatcttattatcgatttattgagaattatctggagaatttctctgtcaggtgagttttgcacgcttttcatatattttatgttgcttgccacaaaaaaaccgaaaaaaaaacgtacagaaaaaaccatgtaccgtaaccttgtcgttttgaaactaccgtaaccctaaccaccgtaaccaaaggcgcatgtctctgggtgtctctaaccgattacgtggtgagtgacgtgtcgctttgcgtgctttcagacggctacagtatcctcgacattatgtacgtgtcgcacgagaagaagtccgtgtccaccgagtcttatgagttgccgcagtttgtacttcagtctatcaaggtcgtcaatcatacgcaaaagcttagttcaggtgggactttactccatgatttttagcagccgacgttttacgggcccgtgaagtgtcggctgcaaccaatcgatgctagttttttaatcccaaaaagtgtcgggcgctgcgaaacgcataccaactgtactattgtgtcaaacaccaagtccttgatttcatgccgaaaagcaggcgtgaggctcctaaaaaaaatcagaaatatttcattatttgtctatatattatttcaatattcccattgaatatacaacccattaatttcaggagaatattcccgcctttgctggttcttcctattcaagcgtaacatcggcttctacatcatccaaatatatctaccatctgtcctgattgtcgtcatctcatgggtatctttttggttgagccgcgatgcgacaccggcaagagttgctctcggagtcaccactgtgctcacaatgactactttgatgaccatgactaatgtaggtgtgaaaaattgggatttgacaaaaagagatttaatttaaaaaactaattgtaagaaagctatagctaaaaattgttaactatcaaaatgaactgaaaaattggctacattttgttagttggcacttttcttacatctttgtttggagaaaagttagcagccgacatcttgtgggattttcaagtttttgaactagaacttaaaaaaacatgcgcatgcgtaacttaaaaataaaataaagactagcaccaaggcaaaattctaaacaaatttcctacattttcttagttcacagcacttatcacactagcgcaaaaattatagcgtctgacatctcacgggcgtctactaacagtaaccacccgccaggtgtcgtatgcttcttgtttctacctaaattgtccgtttctttcagagttcaatgccaaaagtgtcatatgtgaaaagtatcgatatatttctaggtgagttcatcactgtttcttgatcctcatttctcacacctcacgtgcgtgggggtccttttggtatatattcgacaaattgttgcaattgacgaatcacctcgcttacacacttgtttcgctagagctcgagagagagagatgggctccaggcgagagagcaaagtgttgtaatcaatctattcgctggcaaattgctggcaaatattacgtcaaattggaagaagaagtacggagatggagatgaagagagagagtgagagagaggctgaagcttgtctttgacatgtgctcacggatttgttgccaactaaaaacgcacatgtcactacatacactgatgacacagatcccaataaaacttaacaactgagattggctcaagggacctgaataattgtgaataagggggtactgtagatagaggttactgtaactgtgatactttaaaagtaaacagtactatgtataaaattaggactttccagaaaaccctttccagaaaacaaattaggactttccaggaacttcctcaaactttctaaaatgttctagaattttccacaaatttactagaacttcccggaacttttaaaagaagttctaaaaccttccgaagcttccttgaagtttttgaaattttctgaattttttcgaatgttgcaatcgttttctgaaccttccagaagtgcctcaaaaattaaaaaaaatttctagagttttccagaagattctcgaactttataaaagttcttagaagtttctgaaaatttcaaaaactttccaaagttcgctcaaaccttctggaatccttttgaaatctgtcgaactttataaaagtttattgccgacatctcgcgggtatctcccccataacgatcacctctaaaatgtcggctgcttcttgaaatgcaaagcagataagcgcacctaagagcaccgtagttcaagattactgtagctaacttcaaattttcaggtgtctgcttcatgatggtattctgttcacttctagaatacgccgccgtcggatacatcagcaaacggatgaagcttgtccgagccagaaaagaatctcggtatgccaattttgtcgagaaatcgtcgtttccccccacctcctagtacatttattcccacacaatcaagatacaaaaccttgcagaatgctgacccctttaccacatcttgagtctcttcctccaaaacgtactctatccgttccctcgtatttcaacaacaccacgtaccgcccgttttactcgtccaccgatcaaacgtccaacctgtacattccggagtcgcagcgcacgacgattttctcagtatgcacggtttttgaaaattgcgcatcaaatgtggtgttttgaaatttcactttaatgcatcatgtttgaagcggaagactgcatgtgtttgccttacttttaaaactaacttttgcagaatgaggatgcagtgccgaatgaactaactccaatgctcggacggagtaactcacaagcatccgtatttctgtatcagagtgagattttttttgatttttgtgtggacgtgacgaacttgcgcctgggatgagatgcatcacattttacgcgcaagttctcaccgaaaaaccatttcagcggctgtaatatccgatgacgagttcggaagattctggcgttggctccgaccatccaacattgacaagtactcacgctcactgttcccatctgtaaactgcacatttctatttctaccgtaccgtccgtctctcaaattttcagatttttgtgctcttcaacgtcggctactgggcctacttcatccggcagagccagattcaggaagagcaacggaacagtcaaattctctaatttctgatcacaccactcctcatctcattctattgtagcctttttttttcgaatcatttctgaatatctcttatcttctcaaagatggcatcgcctaaccaccccccacttagcacacaaaaatgctctcttctagaatttgttgagaacggagacaccgattttgcagacgggtacgagacgaaagatatcgactactattgggggaagaagcggactgatttggagataacggctgtcaagtttgataccttccagttgccgcagtttcagccaacgctgtattttgtgaatacaactaaagccgagacctcatcaggtatgtcataattaagcttaggcttaggcttaggcataggcttaggtatatgtttaggcttatgcttaggcctacgcttagacttaggcataggtttaggcttaggctcaggctcaggattagacctaggcttatgcttaggattattctagtaaggcctaggctaaaagtaaggcctagggaaaactttagtttcttttgtagtatgcaaaaagtgctcaaactatttgtcaaatgaaacattttacaggaaaatacgtacgcctggcgctggaagtaatattggttcgaaatatgggcttctacactatgaacatcgtcatcccatccatcctgatcgtcaccatatcttgggtatcattttggttgaatcgagaagcttcgccggctcgagttggattgggtgtgactactgtgctcacaatgacaactctgatcactacaaccaataattcgatgccaaaagtgtcttatgtcaagggtctggatgtgtttcttaatttttggtgagtctgggattttggttgagagatttattttcaaattaaaaattccagtttcgtaatggtattcgcctcgttgctcgagtacgccatagtatcctacatgaataaacgactggtcctccgacgggaaaaacgaagaaaagccgccgaacaacagcagcgaaacgagatgccaatgttcaacgcgagcccgaaggccgccaataataatgtgagcattttcagattaatttcagaatttcagttctccgttttttgttttaaacacaaacacattcttatttagtcatacgaaatgacacttatgtcgcaaaattcgacgcctgccaaaagctatgtacaggtactaccgaaggctacggctattgtgaatgtcgtgtcgtaccaatcagagagcacattttagagcaaataattatgttgtcaattgagaaggtgtggtgcgaaaattgctgaaaattgcaaaaaaaaatttctcgaaaaccccctctcaattgacaccttcccacccgagtcttcattagaatgtgtctgtatttttccacgcttgtaaagcagtcaaacagcacaccacatttgtgatgtggccgagttttctcaatcgaggcggccacgtgacaaacttgtgcacagagtgtgtggtagattttcatgcttttgagagcacctatttcctttgaaagtaatcaataaaaagtttaaattttttaaggctgacttgtactttgccggacacaattcctctatggttagttttagaaaataattttttgggataaaaataataatttgctgaaaattttcagaatccattgatggagatcccagaaaattgtgattgccggacgattccaatgatgcaacatccacgtcttgtcacagacggcgcacatacgctatggccggctccattcgcgcggccgaaaaaggtgaataagttttttcagaaaatttgaatctcctgtcagaattttttcgccggaaaattttgctttcccgccaaaagtttttcaataaatttgaattcccacctaaatttatctttaaatattatttacgactcctctgcaaaaccaaaaaatagcctttttttaatcaataaattccaggcttccaagacatgctgccaacgatggacgcctgcaaaaatcgataagcttagccgatacggtttcccattgtctttctctatcttcaatagtttgtctcctttttggactatttcctctaaccaaatttaattgcagtagtctactggttgtatatgaaatatctaagcttaaactcgtcggacaagatccaggagaacgacaagtggcagcagatccactggtgaacacccgagatataatcccccccgtacccgcccgtcattccaaaactttttcactttcttactatttctcgcctttctcgttgttacctcccctttaccttcccagtgcaatcggccacgttttctgcatgcttgcagtgactaaaccaccttccagaatgacgtcatcatcatcttccacatcatcaacttgtgatctacagagtgcaagcttctgcatgaacttcttccctctcctttactacaacgttggggtcgaacccatcgccttgagattggtaattggtcattgcacacaagaaacaccgaatctcacgcgcaaaagtttcacccaacgttgagccatccatttctgtatataacttttctcccgcctcccccttccccccaattttcatgtaaaatttgtccggtgtgagcgtgtgtgtgttttcaaagtttcaacgcttttgtacaacagttttttttgcatttttcaaaaaaaaaaaaattaagctagtagtctgtaattctgttgcttttctttctcgtcgtcgttgcttcctcatcaacatagaatagattcaacccgcttaacctgtgtcatcatatccaaccaccaaccatgaagcccaatgtgttcagatgcgtattcgacggccgaaatcgagtacaaatggtgtacgtcgaaggagccgaattgttcgacagcggtcaaggccgacgcgaacatcgaactgtcgagttataaattcactaaaatctgccaaaaacggacacttgccagcacttcatcgggttagtttttgaaaaaaaaaacggagtcgatgcaccatgttttcaagaacatcactagcaacaacactctttaaaaatacattttccacttttctggaggcgccacttcaatgtttcgcgtcgatgtaccatgtttttgaatgttaatccgtttgacctccagaaatcgcgggattcaaactttgaattgtgtgacgtcacactgatgcaccatgtttttctcctacttcattgttaagtggccgacaataacatttggccattgatttttttactgagaaagtcataaatcgaaattttaaaaacctttttttaataaaaacaactatcgattttttgagcgtggccggtgaaggtcggtgctttacacaactcgtaaaagcatcgttaacgataagtgagaaaagttaaagctaataaaaaatgtcaggtgctcttttttttgctcgaaatgaacaaatattttaaagccttaaaaaaaagttttcagggacctactctcgtctacgggttagtttcatatttgatcgcgacagcggcttctactttcttcaaatatttttccctgccagcctcgtcgtagttttatcatgggtatgtttggggcggtggcctaactttcaagaaaatcctcttccagatctcattctggatcaatcgtgactcggcgccttcgcgaaccctaatcggtacgatgacggtgctcactgagactcatcttatgaccggaaccaatcgacgtcttccaccagttgcctatgtaaaagccgttgatgtattcctcggtttctgctatcttctggttatactggcgttgatcgagtacgcctgtgttgcctactcaaaaaagaagaacgaggatcgtcggagaagagagaagaagacggagcataaacctgctccgccgacacctgatattcttcacggtaagtgtgcctacctttagtttacctacgactacagtacatacctaatactgaaattaatttttttggtaatataggagtactgtagtgttactgtagttttggaaaatacgagtttttgttttttgaagagatgctggattggggttagagctgagagagagagatgagagagagggcaccgtagaagtactgccggaatactgtaggggtactgtaggacttctgtaattttggaaatagttgttgtcttttgaagaacggtactgtgggagtactatgggagtactgtaactgagggagtattgtaggattactgtagagtaatgtagttttagcaaaaataaatattgtgtttagtgtcggggaactgtactcctaaattacccccactgtaggggtaatatagaagtactgtagttttaacagaaactagcttttttagccgcccattttttggctaaaacccattttttgagtttctcatgagaaattaaattgagaaaactcttccaccaatcccatttacctgttatatttccagacgtccgccttgccgaatgcacatgcaacgcggctccaacctcgatcatcgccgtcatcaagcagtcgaatcgattctgtgtcagtcacagtcacattgacatcgtcagccgtgccgcgtttcctcttgttgtaagtgaccgagattttgcattttgacaaactgacacacttatttttttctaaaactacattatttcctttggagttttataaatattgaaacaatttccagttcatcttgttcaacactctcttctggctgattctactgtacaaatccaagcgtctgccgtatattagtgaacacgagggtgaccgttgcgatgctccagaccttcattaatctcaatccaacttcctcatcattttccatttcgaatatctctttttcttgcacagaagccttttttcgtttttttttattga | yk264e5 | ||
| Sequence | yk264e5 | ||||
| Experiment | Laboratory | SA | |||
| YK | |||||
| Date | 06 Feb 2001 00:00:00 | ||||
| Inhibits | Predicted_gene | T21C12.1k | Inferred_automatically | RNAi_primary | |
| T21C12.1b | Inferred_automatically | RNAi_primary | |||
| T21C12.1j | Inferred_automatically | RNAi_primary | |||
| T21C12.1e | Inferred_automatically | RNAi_primary | |||
| T21C12.1h | Inferred_automatically | RNAi_primary | |||
| T21C12.1n | Inferred_automatically | RNAi_primary | |||
| T21C12.1d | Inferred_automatically | RNAi_primary | |||
| T21C12.1m | Inferred_automatically | RNAi_primary | |||
| T21C12.1o | Inferred_automatically | RNAi_primary | |||
| T21C12.1f | Inferred_automatically | RNAi_primary | |||
| T21C12.1i | Inferred_automatically | RNAi_primary | |||
| T21C12.1l | Inferred_automatically | RNAi_primary | |||
| T21C12.1c | Inferred_automatically | RNAi_primary | |||
| Gene | WBGene00006784 | Inferred_automatically | RNAi_primary | ||
| WBGene00220077 | Inferred_automatically | RNAi_primary | |||
| Transcript | T21C12.1l.1 | Inferred_automatically | RNAi_primary | ||
| T21C12.1k.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1h.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1n.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1m.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1c.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1e.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1c.2 | Inferred_automatically | RNAi_primary | |||
| T21C12.1b.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.12 | Inferred_automatically | RNAi_primary | |||
| T21C12.1j.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1o.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1d.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1i.1 | Inferred_automatically | RNAi_primary | |||
| T21C12.1f.1 | Inferred_automatically | RNAi_primary | |||
| Species | Caenorhabditis elegans | ||||
| Reference | WBPaper00004651 | ||||
| Phenotype_not_observed | WBPhenotype:0000050 | ||||
| WBPhenotype:0000062 | |||||
| WBPhenotype:0000535 | |||||
| WBPhenotype:0000689 | |||||
| WBPhenotype:0000886 | |||||
| Remark | yk264e5 | ||||
| Entire sequence of clone used for RNAi not known as only the ends of the sequence were determined. The only target shown is the best match. | |||||
| Method | RNAi |
