首页> 外文期刊>Journal of Agriculture and Ecology Research International >Efficacy of Lippia multiflora (Verbenaceae) and Hyptis suaveolens (Lamiaceae) Leaves on Merchant Quality of Stored Maize Grain (Zea mays L.) in C?te d’ivoire
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Efficacy of Lippia multiflora (Verbenaceae) and Hyptis suaveolens (Lamiaceae) Leaves on Merchant Quality of Stored Maize Grain (Zea mays L.) in C?te d’ivoire

机译:多花的Lippia(Verbenaceae)和Hyptis suaveolens(Lamiaceae)叶片对科特迪瓦科特迪瓦(Zea mays L.)玉米储藏品质的影响

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The aim of this study was to monitor the merchant quality of maize grains stored for 9 months in polypropylene bags containing leaves of Lippia multiflora and Hyptis suaveolens . It was carried out in villages of Timbé and Soko respectively in departments of Katiola (Hambol region, Center-North) and Bondoukou (Gontougo region, Northeast) of C?te d'Ivoire. The parameters determined were weight loss, damages, moisture, fat, acidity and peroxide values. The mass losses and damages were determined by methods of Harris, Lindblad and Boxall respectively, while moisture, fat, values of acidity and peroxide were measured according to AOAC's standard methods. The batches treated with the leaves of L. multiflora and H. suaveolens recorded the best values compared to control batches irrespective of the type of leaf, the study site and the parameter studied. Indeed, the moisture levels of grains varied between 9.00% and 14% for control batches and were less than 13% for the treated batches. Concerning mass losses, the treated batches had rates of less than 15.25% while those of the control batches reached 24.25%. Grain damage was up to 47.40% in the control batches but remained below 32.40% in the treated batches. For the fat content of the grains, the averages decreased from 5.4% to 1.90% for control batches and remained above 2.4% for treated batches. The opposite phenomenon was observed in acidity and peroxide values which were higher in control batches than in treated batches. These results indicate that treatment of maize grains with leaves of L. multiflora and H. suaveolens makes it possible to inhibit activity of insects and to preserve quality of grains with a remanence of up to 9 months. This inexpensive and easy-to-use treatment should be popularized among farmers.
机译:这项研究的目的是监测在装有多花利比亚(Lippia multiflora)和猪hyptis suaveolens的聚丙烯袋中储存9个月的玉米谷物的商业质量。这项工作分别在科特迪瓦的Katiola(中北部的汉布尔地区)和Bondoukou(东北的Gontougo地区)的Timbé和Soko村进行。确定的参数是重量减轻,损伤,水分,脂肪,酸度和过氧化物值。质量损失和破坏分别通过Harris,Lindblad和Boxall的方法确定,而水分,脂肪,酸度和过氧化物的值则根据AOAC的标准方法进行测量。不论叶的类型,研究地点和所研究的参数如何,用多花L. suaveolens和H. suaveolens的叶子处理的批次均记录了与对照批次相比最佳的值。实际上,对照批次的谷物水分含量在9.00%和14%之间变化,而经处理的批次则低于13%。关于质量损失,处理批次的比率小于15.25%,而对照批次的比率达到24.25%。对照批次的谷物损伤高达47.40%,但在处理批次中仍低于32.40%。对于谷物的脂肪含量,对照批次的平均值从5.4%降至1.90%,处理批次的平均值保持在2.4%以上。在酸度和过氧化物值中观察到相反的现象,其在对照批次中高于在处理批次中。这些结果表明,用多花L.和suaveolens的叶子处理玉米籽粒有可能抑制昆虫的活动并保持籽粒的品质,而保留时间最长可达9个月。这种廉价且易于使用的治疗方法应在农民中普及。

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