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Changes in Quality of 'Mipung' Chestnut during Storage by Pre-treatment Methods after Harvest

机译:收获后采用预处理方法保存的'Mipung'栗子的品质变化

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摘要

The effects of pre-treatment methods (water cooling, water cooling+ozone, precooling+microbubble, water cooling+ozone+microbubble) after harvest on the quality of 'Mipung' chestnut were studied. Changes in quality of chestnut were greater precooling treatments effect than washing treatments. But, decaying rate and total microorganism were significantly differences among treatments. The decaying rate after 12 weeks storage was highest at 20.0% in non-treatments and lowest at 3.3% in water cooling+ozone and water cooling+ ozone+microbubble treatments. The total microorganism immediately after washing treatments was in the order non-treatments (4.4 log CFU/g) > water cooling treatments (4.0 log CFU/g) > water cooling+ozone+microbubble treatments (3.5 log CFU/g) > water cooling+ozone treatments (3.4 log CFU/g) > water cooling+microbubble treatments (3.3 log CFU/g), and after 12 weeks storage was increased within 4.7 to 5.9 log CFU/g. Thus, the washing treatments, especially ozone treatments, extended the shelf-life of the 'Mipung' chestnut by inhibiting the decaying.
机译:研究了收获后预处理方法(水冷却,水冷却+臭氧,预冷却+微泡,水冷却+臭氧+微泡)对'Mipung'栗子品质的影响。板栗品质的变化比洗涤处理具有更大的预冷处理效果。但是,腐烂率和总微生物之间有显着差异。储存12周后的腐烂率在非处理中最高,为20.0%,在水冷+臭氧和水冷+臭氧+微泡处理中最低,为3.3%。洗涤处理后的总微生物量依次为:非处理(4.4 log CFU / g)>水冷处理(4.0 log CFU / g)>水冷+臭氧+微泡处理(3.5 log CFU / g)>水冷+臭氧处理(3.4 log CFU / g)>水冷+微泡处理(3.3 log CFU / g),在12周后,储存量在4.7 log CFU / g之内增加。因此,洗涤处理,特别是臭氧处理,通过抑制腐烂而延长了“ Mipung”板栗的货架期。

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