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for women with breast cancer[1]) to predict the risk of first-ever and recurrent stroke; this could allow women to make better-informed choices about medical treatment and lifestyle. The research will adopt a
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for an enthusiastic, creative and collaborative candidate with a degree in a relevant biological subject and previous experience in immunology, molecular biology or genetics. A Masters degree in a related field will be
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4 Apr 2024 Job Information Organisation/Company Trinity College Dublin Department Chemistry Research Field Chemistry » Organic chemistry Chemistry » Biochemistry Researcher Profile First Stage
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Pharmaceutical Sciences’ working on the project ‘Theoretically informed and data-driven innovations in medication self-management and breast-feeding’. This is a collaborative project supervised by Associate
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Post Summary Background: Medicines optimisation improves medication appropriateness and reduces medication related adverse effects and harm. A medicines optimisation tool, OPTIMA-ID (Optimising
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for an enthusiastic, creative and collaborative candidate with a degree in biological or brain sciences and previous experience in molecular biology, neurobiology, genetics, or neuroimmunology. A Master’s degree in a
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. The candidate will join a dynamic and growing team of researchers at the EXG Research Group under the supervision of Dr Lara McManus, hosted in the Trinity Biomedical Sciences Institute 's AUoN. AUoN is a