Mielso, S.A, Research & Development Department, Pol. Industrial. El Mijares, C/Indústria, 1, 12550 Almassora, Castelló, Spain.
Mondelēz International Business Development Department, 08170 Barcelona, Catalonia, Spain.
Food Chem. 2019 Jul 30;287:214-221. doi: 10.1016/j.foodchem.2019.02.068. Epub 2019 Feb 22.
Plant origin, physicochemical parameters and composition were analysed to characterize the avocado honey (Persea americana Mill.) from Andalusia (Southern, Spain). Ashes content, total polyphenol, and electrical conductivity corresponded to these of a typical dark honey (>80 mm scale Pfund). Regarding mineral elements, K was predominant, followed by P and Mg. Antioxidant and invertase activities presented some desirable values. In the 20 analysed samples, 48 pollen types corresponding to 33 families were identified. Avocado pollen was found in high variability (13-58%). At least a 20% was suggested to guarantee the authentic avocado honey. Perseitol, sugar-alcohol identified only in avocado honey, fundamentally contributes to distinguish this kind of honey. The content varied between 0.31 and 1.56 g/100 g. The correlation between perseitol and avocado pollen was found to be significant. A minimum concentration of 0.30 g/100 g of perseitol is suggested to characterize the proposed monofloral avocado honey.
对来自安达卢西亚(西班牙南部)的鳄梨蜜(鳄梨 Persea americana Mill.)进行植物来源、理化参数和成分分析,以进行特征描述。灰分含量、总多酚和电导率与典型深色蜂蜜(>80mm 普方德 scale)相当。就矿物质元素而言,钾是主要元素,其次是磷和镁。抗氧化和转化酶活性具有一些理想的数值。在所分析的 20 个样本中,鉴定出了 48 种花粉类型,对应 33 个科。鳄梨花粉的变异性很高(13-58%)。建议至少 20%的花粉含量来保证鳄梨蜜的真实性。仅在鳄梨蜜中发现的糖醇——帕西醇,对区分这种蜂蜜有重要作用。其含量在 0.31 到 1.56g/100g 之间变化。发现帕西醇和鳄梨花粉之间存在显著相关性。建议将 0.30g/100g 作为帕西醇的最低浓度,以鉴定所提议的单一花种鳄梨蜜。