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Cuticle of 'Gala' and 'Galaxy' apples cultivars under different environmental conditions.

机译:不同环境条件下'Gala'和'Galaxy'苹果品种的表皮

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摘要

This study aimed to analyze the cuticle thickness and pattern of epicuticular wax deposition in 'Gala' and 'Galaxy' apple cultivars (Malus domestica Borkh,) from three Brazilian producing areas: Vacaria (RS), Fraiburgo (SC) and Sao Joaquim (SC) with altitudes of 971, 1,048 and 1,353 m, respectively. Harvested fruit were kept under two storage conditions: regular atmosphere (RA) (0 degrees C and 90% RH) and controlled atmosphere (CA) (1.5% O2, 2.5% CO2, 0 degrees C and 90% RH). Cuticle thickness measurements were made using LM and the deposition pattern of epicuticular wax observed with a SEM. Altitude among the apple producing areas was not a factor in deposition pattern of waxes between the cultivars but at higher altitudes, the cuticle was thicker in both the cultivars. In the freshly-harvested fruits, waxes deposition in the form of platelets and the mechanism of "tear and repair" were observed. Severity of microcracks in the cuticle was more evident on the fruits from CA.
机译:本研究旨在分析巴西三个产区:Vacaria(RS),Fraiburgo(SC)和Sao Joaquim(SC)的'Gala'和'Galaxy'苹果品种(Malus domestica Borkh)的表皮厚度和表皮蜡沉积模式)的高度分别为971、1,048和1,353 m。将收获的水果保存在两种储存条件下:常规气氛(RA)(0摄氏度和90%RH)和受控气氛(CA)(1.5%O 2 ,2.5%CO 2 < / sub>,0摄氏度和90%RH)。使用LM进行表皮厚度测量,并通过SEM观察表皮蜡的沉积图案。苹果产区之间的海拔高度不是品种间蜡沉积方式的因素,但是在较高的海拔下,两个品种的表皮都较厚。在新鲜收获的水果中,观察到蜡以血小板形式沉积和“撕裂和修复”的机理。在来自CA的果实上,表皮中的微裂纹的严重程度更加明显。

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