RAPD Markers and their Applications
Genetic Diversity Among Thermophilic Cellulolytic Fungi and Mutation Studies
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The fungi constitute a most fascinating group of organisms exhibiting great diversity in form, structure, habit, life history and mode of nutrition. Thermophilic fungi are the only representatives of eukaryotic organisms that can grow at temperatures above 45°C and have maximum temperature of growth extending up to 60 to 62°C. Due to this reason thermophilic fungi are considered a source of a variety of thermostable proteins/enzymes. Thermostable cellulase and Xylanases are well acknowledged due to their applications in different industries and also in popularly emerging "Biofuel Industry". ...
The fungi constitute a most fascinating group of organisms exhibiting great diversity in form, structure, habit, life history and mode of nutrition. Thermophilic fungi are the only representatives of eukaryotic organisms that can grow at temperatures above 45°C and have maximum temperature of growth extending up to 60 to 62°C. Due to this reason thermophilic fungi are considered a source of a variety of thermostable proteins/enzymes. Thermostable cellulase and Xylanases are well acknowledged due to their applications in different industries and also in popularly emerging "Biofuel Industry". Similar colonial morphologies of many fungal isolates can cause problems. Random amplified polymorphic DNA (RAPD) fingerprinting is a promising method to study dissimilarities of fungal isolates on genetic level. RAPD is the simplest and less time consuming marker system to study Genetic Diversity or correlation among different fungal strains. Moreover, RAPD is also very useful tool in mutation studies. We used this technique to study relationship among different thermophilic cellulolytic fungi and for detection and confirmation of mutations in the mutants of a cellulolytic fungi
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