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Research-based Master's degrees are valuable for various professions involving research components that don't necessarily demand a PhD (such as in commercial industries). These programs also provide an opportunity to test the waters of PhD-level study if you're uncertain about committing to a full doctoral program. Notably, a Master's degree can be particularly beneficial for aspiring PhD candidates whose current academic credentials may not meet doctoral program requirements.
The microbiology and cell biology research team focuses on investigating microbial functions and host reactions in both healthy states and during infectious or cancerous conditions. Their work encompasses: Analyzing and managing oral biofilms (through metagenomic and transcriptomic studies) to examine both structure and function, using mathematical models to forecast biofilm development, applying antimicrobial treatments (including photodynamic therapy), modifying biofilm activity, and creating antimicrobial materials. They also study the oral microbiome's impact on health and disease, especially how resident bacteria influence host cell reactions, the use of prebiotics and probiotics, and environmental factors affecting microbial virulence. Additional research areas include cellular communication (particularly through the insulin-like growth factor/IGF system) and host defense mechanisms against infections and cancers, involving antimicrobial peptides (like defensins and LL-37), natural killer cells, and neutrophils.