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首页> 外文期刊>Acta Horticulturae >Control of plantain ( Musa paradisiaca ) fruit rot caused by Fusarium verticillioides using heat treatment.
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Control of plantain ( Musa paradisiaca ) fruit rot caused by Fusarium verticillioides using heat treatment.

机译:利用高温处理控制由腐皮镰刀菌引起的车前草(Musa paradisiaca )果实腐烂。

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The control of plantain fruit decay by F. verticillioides initiated at the stalk was carried out using prestorage heat treatment - hot air (HA), steam (ST) and hot water (HW). Green, mature fruits harvested 80, 90 and 100 days after shooting were used. In preliminary experiments, HA and ST were tested at 50-55 degrees C for 1, 2, 3 h to identify the temperature-time range of efficacy for disease control. These were then tested at narrower ranges which were different and specific for each heating method. Earlier investigations had identified the useful temperature-time combinations for HW, so the effect of fruit maturity on response to these treatments was investigated. All fruits were stored at 28 degrees C and 98-100% RH after heat treatment. Results show that the stage of fruit maturity affected the efficacy of the various treatments. Fruits harvested at 100 days after shooting were the least responsive to HA and ST but HW at 53 degrees C for 3 min and 50 degrees C for 5 min was very effective on them. There was no significant advantage of prestorage HA treatment on 80 and 100-day fruits but significant disease control occurred in 90-day fruits with treatment at 50 degrees C for 50 min. Significant disease control also occurred with steam treatment at 50 degrees C for 5 and 40 min in 80- and 90-day-old fruit which remained healthy throughout their 50 days of storage. For 100-day-old fruit, ST treatment was effective in decay control till the 20th day of storage only; by which time control fruits were 90% rotten. HW controlled decay on all ages at the two treatment types tested. All heating methods tested showed potential benefit in decay control.
机译:i对车前草果实腐烂的控制。在茎秆上生长的丝状类维生素是采用预先存储的热处理进行的-热空气(HA),蒸汽(ST)和热水(HW)。使用射击后80、90和100天收获的绿色成熟果实。在初步实验中,在50-55摄氏度下对HA和ST进行了1、2、3小时的测试,以鉴定控制疾病功效的温度时间范围。然后在较窄的范围内进行测试,这些范围对于每种加热方法都是不同且特定的。较早的研究已经确定了HW的有用的温度-时间组合,因此研究了水果成熟度对这些处理的响应的影响。热处理后,所有水果均储存在28摄氏度和98-100%相对湿度下。结果表明,果实成熟阶段影响了各种处理的功效。射击后第100天收获的果实对HA和ST的响应最少,但在53°C下3分钟和50°C下5分钟的HW对它们的效果非常好。在80天和100天的果实上进行储藏HA处理没有明显优势,但是在50摄氏度下处理50分钟的90天果实具有显着的疾病控制能力。在80天和90天的果实中,在50摄氏度下进行蒸汽处理5分钟和40分钟也能显着控制疾病,这些果实在整个50天的储存过程中都保持健康。对于100天龄的水果,仅在储藏20天之前,ST处理才能有效控制腐烂。到那时,对照果实腐烂了90%。在两种测试类型下,硬件控制了所有年龄段的衰变。测试的所有加热方法均显示出在衰减控制方面的潜在优势。

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