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   molecular detection of lecanicillium fungicola on white button mushroom (agaricus bisporus), using speciesspecific primer set  
   
نویسنده rokni nader ,zare rasoul ,shafeinia alireza
منبع رستنيها - 2020 - دوره : 21 - شماره : 2 - صفحه:206 -217
چکیده    The dry bubble disease (caused by lecanicillium fungicola) is the most threatening disease of cultivated button mushrooms throughout the world. most of the symptoms shown by the dry bubble are also shown by the wet bubble (mycogone perniciosa) and they may even be confused. early detection and precise monitoring of the diseases are very important for managing effective treatments. a pcrbased assay for a specific diagnosis of the disease in various stages of the disease development was developed. a primer pair designed based on ribosomal dna generated two bands, 650 and 800 bp, specific for the detection of l. fungicola. additionally, a simple and timesaving method for direct extraction of dna from the affected sporophores is presented and the impact of sample pretreatment on the efficiency of dna isolation is highlighted. here, we also report simplicillium lamellicola from iran, using the nuclear ribosomal internal transcribed spacer (its) region.
کلیدواژه dna extraction ,dry bubble disease ,molecular markers ,simplicillium lamellicola ,wet bubble
آدرس jundi-shapur university of technology, department of science, iran, agricultural research, education and extension organization (areeo), iranian research institute of plant protection, department of botany, iran, ramin agricultural and natural resources university, faculty of agriculture, department of biotechnology, iran
 
   Molecular detection of Lecanicillium fungicola on white button mushroom (Agaricus bisporus), using speciesspecific primer set  
   
Authors Rokni Nader ,Zare Rasoul ,Shafeinia Alireza
Abstract    The dry bubble disease (caused by Lecanicillium fungicola) is the most threatening disease of cultivated button mushrooms throughout the world. Most of the symptoms shown by the dry bubble are also shown by the wet bubble (Mycogone perniciosa) and they may even be confused. Early detection and precise monitoring of the diseases are very important for managing effective treatments. A PCRbased assay for a specific diagnosis of the disease in various stages of the disease development was developed. A primer pair designed based on ribosomal DNA generated two bands, 650 and 800 bp, specific for the detection of L. fungicola. Additionally, a simple and timesaving method for direct extraction of DNA from the affected sporophores is presented and the impact of sample pretreatment on the efficiency of DNA isolation is highlighted. Here, we also report Simplicillium lamellicola from Iran, using the nuclear ribosomal internal transcribed spacer (ITS) region.
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