热成像技术作为一种新的方法来测定斑点麻孢的体外生热作用

Ahmed Ameen Heba M.
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引用次数: 0

摘要

甜菜斑孢叶斑病是由甜菜斑孢真菌引起的甜菜产量损失最大的病害之一。通过菌落温度的热成像和真菌的线性生长曲线,测定了三种植物提取物对甜菜卷孢菌生长的抑菌效果。采用不同浓度的植物提取物Haloxylon spp、Chicory Cichorium spp和Capparis spp,研究了三种植物提取物对斑点Cercospora beticola线性生长的抑制作用。高浓度的三种植物提取物均能抑制斑点斑孢菌的生长,提高斑点斑孢菌的菌落温度,而低浓度的三种植物提取物的菌落温度均低于未加植物提取物的对照菌落温度,但相对较高。结果表明,利用热成像技术可为确定植物提取物与红麻虫线性生长之间的相互作用提供一种替代方法。此外;该技术可作为植物病理学研究的一种创新手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal Imagingas a New Approach for Determining Bio-Thermogenesis of Cercospora beticola in Vitro
: Cercospora leaf spot disease is one of the most diseases causing great losses in sugar beet yield which causes by Cercospora beticola fungus. The anti-fungal effective of three plant extracts in growth of Cercospora beticola have been determined by the thermal imaging of colony temperature and linear growth curves of the fungus. In vitro study three plant extracts Haloxylon spp , Chicory Cichorium spp and Capparis spp were used with different concentration to inhibit the linear growth of Cercospora beticola . All plant extracts with high concentration inhibited fungal growth of Cercospora beticola and increasing the colony temperature of Cercospora beticola whereas with the low concentration of three plant extracts the colony temperature was lower but relatively higher than the colony temperature of control which not treated with plant extracts. Results revealed that the use of the thermal imaging offers an alternative method to identify the interaction between plant extracts and linear growth of Cercospora beticola . Moreover; it could apply this technique as anew innovative approach in plant pathology field.
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