Additional file 9: Table S4. of Slowed aging during reproductive dormancy is reflected in genome-wide transcriptome changes in Drosophila melanogaster

Genes affected by 3 weeks diapause compared to ones implicated in aging and increased longevity. Microarray study of aging response genes [136], longevity mapping study [33], transcriptome changes in mated and non-mated aging females [7] and candidate study for lifespan genes [135]. Significantly inhibited transcripts are highlighted in blue, significantly activated in orange. (XLSX 77 kb)

本数据集对比了受3周滞育（diapause）影响的基因与衰老和寿命延长相关的基因。其数据涵盖衰老响应基因的基因芯片（microarray）研究[136]、寿命定位研究[33]、交配与未交配衰老雌性个体的转录组（transcriptome）变化研究[7]，以及寿命相关候选基因研究[135]。其中显著下调的转录本以蓝色标注，显著上调的转录本以橙色标注。（XLSX 77 KB）