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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 business environments). These programs also provide an opportunity to test the waters of doctoral study if you're uncertain about committing to a full PhD. Notably, a Master's degree can be particularly beneficial for aspiring PhD candidates whose current academic credentials may not meet doctoral program requirements.
The Biomineralisation research team investigates skeletal biology across its entire lifecycle, from development to breakdown, and from genetic foundations to physical manifestations, while also creating biomimetic solutions throughout the innovation pipeline. Our work involves studying biological, molecular, and physical-chemical processes in biomineralisation, examining connections between oral and overall skeletal health, and pinpointing genetic mutations responsible for inherited dental and bone disorders. For instance, by studying families with Amelogenesis Imperfecta (AI) - a diverse category of hereditary enamel abnormalities - Leeds researchers have gained international recognition for identifying genetic factors essential to proper enamel development. We're currently applying genetic findings to improve NHS patient care protocols and treatment standards, while also advancing biomimetic technologies for bone and tissue restoration. This includes our patented structured mineral membranes and commercially available self-assembling peptide (SAP) treatments for early-stage tooth decay, dental sensitivity, and cavity prevention.