The present study was investigated the physiological changes occurring in strawberry fruits during storage and examined their effects on various quality attributes. The fruits were subjected to different storage treatments, namely T0 to T9. The study focused on analyzing parameters such as weight loss, firmness, total soluble solids (TSS), ascorbic acid content, pH, color, texture, taste, aroma, and overall acceptability. The results revealed significant variations in these quality attributes across the different storage treatments. In terms of weight loss, the minimum recorded was in T3, which experienced a loss of 12.88%, while the maximum weight loss was observed in T9 (38.00%), followed by T7 (14.22%). When it came to firmness, T3 exhibited the highest value of 20.88, indicating better fruit texture, while T7 had the lowest firmness (19.7), followed by T2 (20.84). The study also assessed the TSS content of the strawberry fruits, with T3 exhibiting the highest value of 8.83, indicating a higher sugar content, while T7 had the lowest TSS (7.20), followed by T2 (8.10). In terms of ascorbic acid content, T3 had the maximum value of 0.24, indicating higher vitamin C content, while T7 had the lowest (0.20), followed by T8 (0.23). Moreover, the study analyzed pH levels, with T3 showing the highest value of 3.61, while T9 had the lowest pH (3.46), followed by T8 (3.55). Additionally, T3 had the highest color intensity (9), whereas T0 had the lowest (6.93), followed by T8 (8.54). Furthermore, texture, taste, aroma, and overall acceptability were examined. Where, T3 received the highest scores for texture, taste, aroma, and overall acceptability, indicating superior sensory attributes, while T7 had the lowest scores, followed by T6. In summary, the study provided insights into the physiological changes occurring in strawberry fruits during storage and their impact on quality attributes. The findings highlight the importance of selecting appropriate storage conditions to minimize weight loss, maintain firmness, optimize TSS and ascorbic acid content, control pH levels, enhance color intensity, and improve sensory characteristics. Implementing these findings can contribute to preserving the quality and market value of strawberries, ultimately satisfying consumer preferences and expectations.
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