Troy Julia M, Bhalla Disha, Cadet Kayla M, Dishmey Angeline G, Hernandez Nathaly M, Ishraq Zuhair, Marchand Chloé, Markoulis Spyro, Nelson Resa B, Xhindolli Nicholas, Wang Dafang F
Biology, Hofstra University, Hempstead, New York, United States.
MicroPubl Biol. 2025 Jul 14;2025. doi: 10.17912/micropub.biology.001640. eCollection 2025.
The gene ( ) is involved in the auxin signaling pathway and stalk rot resistance in . In this study, we examined four transposon insertion lines (UFMu-03429, UFMu-00414, UFMu-08200, and AcDs-00676) targeting . Transcription of of the insertion lines either decreased or remained unchanged at the juvenile (V3) stage but increased significantly at the transition/adult (V6) stage. We also analyzed its upstream gene and downstream gene . Our results show that transposon insertions can induce stage-specific changes in gene expression that affect related biosynthetic pathways.
该基因（ ）参与生长素信号通路以及[植物名称]中的茎腐病抗性。在本研究中，我们检测了四个靶向[基因名称]的转座子插入系（UFMu - 03429、UFMu - 00414、UFMu - 08200和AcDs - 00676）。这些插入系的[基因名称]转录在幼苗期（V3）要么降低要么保持不变，但在过渡/成年期（V6）显著增加。我们还分析了其上游基因[上游基因名称]和下游基因[下游基因名称]。我们的结果表明，转座子插入可诱导基因表达的阶段特异性变化，从而影响相关生物合成途径。
