Dataset_4-Propylphenol_Membrane_Disruption_WalnutFungalPathogens

Research OverviewThis dataset accompanies the manuscript titled "4-Propylphenol Disrupts Fungal Membranes for Sustainable Control of Walnut Anthracnose and Brown Spot" (submitted to the Journal of Fungi). It comprises in vitro and field trial data demonstrating the efficacy of 4-propylphenol against Colletotrichum gloeosporioides, C. siamense, and Alternaria alternata, including: 1. Mycelial growth inhibition 2. Spore germination suppression 3. Membrane disruption effects 4. Field control efficacy against walnut anthracnose. Data Contents 1. Table 2 raw_data.csv: Colony diameter measurements (cm) of three pathogens treated with phytochemicals. 2. Figure 3 raw_data.csv: Colony diameter measurements (cm) of three pathogens under 4-propylphenol treatments. 3. Table 4 and Figure 4 raw_data.csv: Spore germination counts of three pathogens under 4-propylphenol treatments. 4. Figure 5 raw_data.csv: Propidium iodide-stained hyphae fluorescence quantification (ImageJ analysis). 5. Supp_Figure 5_PI_Staining.zip: Original JPEG images of PI-stained hyphae (Nexcope NE910-FL, 400×). 6. Figure 6 raw_data.csv: DNA leakage (A₂₆₀) of three pathogens under 4-propylphenol treatments (NanoDrop 2000c). 7. Figure 7 raw_data.csv: Extracellular protein leakage (A₂₈₀) of conidial suspensions treated with 4-propylphenol (0–500 mg·L⁻¹) in PDB, measured via NanoDrop 2000c. 8. Figure 8 raw_data.csv: Lesion sizes on walnut leaves infected with C. siamense after 4-propylphenol spray. 9. Figure 9 raw_data.csv: SPAD values of walnut leaves after 4-propylphenol treatment. 10. Figure 10 raw_data.csv: Disease severity grading of walnut anthracnose under field treatments. Experimental Method Consistency StatementAll data collection procedures strictly adhere to the methodologies described in the Materials and Methods section of the manuscript.