ฉันรักการแปลA study was conducted t

I would love to translate A study was conducted to examine the responses of postharvest cut physiochemical rose (Rosa hybrida L. cv. First Red) to vacuum cooling and spraying antitranspirant. Vase life, flower opening rate, transpiration, stomatal index conductivity, weight change and malondialdehyde (MDA) content were measured Compared with the control., spraying alone antitranspirant (WV) could reduce the degree of fresh weight loss, delay the process of flower opening, slow down the rate of stomatal conductance, transpiration water loss reduction, decrease during the integrity of cell membranes maintain, reduce the accumulation of MDA and prolong the vase life of cut roses of The combination and antitranspirant. vacuum cooling could improve more effectively the preservation of cut roses with vase life a 52% – 70% longer than that of roses in the vase life of The control group. before roses antitranspirant-sprayed vacuum cooling (WVV) was the longest, 12% longer than that before application of antitranspirant vacuum-cooled roses (VWV). This research should provide a way to extend the vase life of cut flowers for the cutflower industry and growers.

I love to translate A study was conducted to examine the postharvest physiochemical responses of cut rose (Rosa hybrida L. cv. First Red) to antitranspirant spraying and vacuum cooling. Vase life, flower opening index, stomatal conductivity, transpiration rate, weight change and. malondialdehyde (MDA) content were measured. Compared with the control, spraying antitranspirant alone (WV) could reduce the degree of fresh weight loss, delay the process of flower opening, slow down the rate of stomatal conductance reduction, decrease water loss during transpiration,. maintain the integrity of cell membranes, reduce the accumulation of MDA and prolong the vase life of cut roses. The combination of antitranspirant and vacuum cooling could more effectively improve the preservation of cut roses with a vase life 52% -70% longer than that of. roses in the control group. The vase life of antitranspirant-sprayed roses before vacuum cooling (WVV) was the longest, 12% longer than that of vacuum-cooled roses before antitranspirant application (VWV). This research should provide a way to extend the. vase life of cut flowers for growers and the cutflower industry.

I love A translation study was conducted to examine the Postharvest physiochemical responses of Cut Rose (Rosa hybrida L. Cv.? First Red) to antitranspirant spraying and vacuum cooling. Vase life flower opening, index stomatal conductivity transpiration,,, Rate weight change, and malondialdehyde (MDA) content were measured. Compared with, the controlSpraying antitranspirant alone (WV) could reduce the degree of fresh weight loss delay the, process of, flower opening. Slow down the rate of stomatal, conductance reduction decrease water loss during transpiration maintain the, integrity of. Cell membranes reduce the, accumulation of MDA and prolong the vase life of cut roses.The combination of antitranspirant and vacuum cooling could more effectively improve the preservation of cut roses with. A vase life 52% - 70% longer than that of roses in the control group. The vase life of antitranspirant-sprayed roses before. Vacuum cooling (WVV), was the longest 12% longer than that of vacuum-cooled roses before antitranspirant application (VWV).This research should provide a way to extend the vase life of cut flowers for growers and the cutflower industry.