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Distribution analysis results characterizing trends in immune gene expression with increasing propolis score for stationary and migratory operations across three sample dates.

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NIAID Data Ecosystem2026-05-01 收录
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https://figshare.com/articles/dataset/Distribution_analysis_results_characterizing_trends_in_immune_gene_expression_with_increasing_propolis_score_for_stationary_and_migratory_operations_across_three_sample_dates_/25120036
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Gene expression in seven-day-old bees (stationary) and young bees collected from frames with sealed brood (migratory) was quantified using real-time PCR. Six immune genes were analyzed in stationary colonies (n = 30), and gene expression trends were analyzed at both the apiary and colony level. The same genes, with the exception of relish, were analyzed in migratory colonies (n = 102) at the apiary level. A distributional regression model was used to determine the probability that gene expression increases, decreases, stabilizes, or destabilizes with increasing propolis score. The QCI listed refers to the quantile credible interval, as determined by our model, and reflects the widest possible credible interval supporting the indicated trend (not containing zero). Blank lines indicate no trend detected. (XLSX)
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2024-01-31
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