Akademik Veri Yönetim Sistemi
Postharvest Biology and Technology, cilt.201, 2023 (SCI-Expanded)
The study was carried out to assess the effects of nanofiber mats containing lavender oil (LO, 1.0%, 5.0%, and 10%) and methyl jasmonate (MeJA, 1.0%, 5.0%, and 10%) treatments on the microbial growth and vase life of the cut rose (Rosa hybrida 'Rhodos'). Distilled water was determined as the control treatment. In total, 18 treatments were used for the experiment. Our findings showed that nanofiber mat treatments have a significant effect on vase life and microbial growth. Roses treated with SPM10 [polycaprolactone (PCL)+ %10 MeJA+ 50 mg L−1 silver nanoparticle (SNP)] (13.0 d), PM10 (PCL+%10 MeJA) (10.7 d), and S50 (PCL+50 mg L−1 SNP) (10.3 d) had the longest vase life. On the contrary, roses treated with M250 (250 mg L−1 MeJA) had the shortest vase life (4.3 d). Also, it was observed that the vase life of roses in the SPM10 treatment was longer than that of the PM5 (PCL+%5.0 MeJA) (6.5 d) and M50 (50 mg L−1 MeJA) (7.5 d) treatments. In lavender-based mats, SPL1 (PCL+%1.0 LO+50 mg L−1 SNP) and SPL5 (PCL+%5.0 LO+50 mg L−1 SNP) treatments showed slower release than other treatments. About 90% of the nanofiber mats containing lavender oil and methyl jasmonate were released by d 5. PCL and PL5 (PCL+%5.0 LO) treatments reduced the growth of Escherichia coli and Staphylococcus aureus relative to other treatments. Whereas the highest E. coli growth was observed in SPM10, and the highest S. aureus growth was observed in PM5 and lavender oil treatments. As a result, this study revealed that nanofiber mats can be used as a new postharvest technology to prolong the vase life of cut roses and delay microbial growth.