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Thermostable enzyme production and biochemical characterization studies

Agricultural Microbiology

Thermophilic Microorganisms in Composting Systems

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Genomic characterization of novel thermophilic bacterial isolates Metagenomic analysis of thermophilic microbial community dynamics Temperature-dependent metabolic pathway flux analysis using isotope tracing Horizontal gene transfer mechanisms facilitating thermophilic adaptation in composting Proteomic signatures and stress response pathways of thermophilic extremophiles Quorum sensing regulation in thermophilic biofilm formation during composting Anaerobic thermophilic digestion pathway optimization for methane production CRISPR-Cas systems and mobile genetic elements in thermophilic microbial evolution Transcriptomic responses to substrate depletion and nutrient limitation stress

Agricultural Microbiology › Thermophilic Microorganisms in Composting Systems

Thermostable enzyme production and biochemical characterization studies

Research focuses on isolating and purifying novel cellulases, proteases, and ligninases produced by thermophilic composting microorganisms under varying temperature and substrate conditions. This work generates biotechnologically valuable enzyme candidates with enhanced thermal stability for industrial bioremediation and biomass conversion applications.

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