人类遗传数据的数量和可用性的不断增长，以及尖端基因组分析技术的应用，使我们可以更详细地了解我们的基因，我们对疾病的易感性以及我们对特定疗法的潜在反应之间的联系。这种增强的理解水平反过来又推动了个性化医学的发展，在个性化医学中，临床治疗决策变得更加明智，可以最大限度地提高特定患者对特定治疗方案的反应并从中受益。在关键医疗，临床和学术机构以及行业中，迫切需要在“基因组和精确医学革命”的应用和交付方面具有专业知识和理解以及关键技能的员工。Bangor GPM计划旨在提供一个机会，使人们对在人类基因组数据的收集和
The expanding amount and availability of human genetic data, together with the application of cutting-edge genomic analysis technologies, is allowing a more detailed understanding of the links between our genes, our susceptibility to disease and our potential responses to specific treatment therapies. This enhanced level of understanding is, in turn, driving the advance in Personalised Medicine, where clinical treatment decisions are becoming more informed to maximise specific patients responses to and benefit from specific therapy regimes.<br>Workforces with the specialised knowledge and understanding and key skill sets in application and delivery of the genomic and precision medicine revolution are urgently required in key medical, clinical and academic institutions and in industry. The Bangor GPM program aims to provide an opportunity to develop a fundamental understanding of the platform technologies employed in the collection and analysis of human genomic data and the application of genomic data in research and the clinic and in the importance of ethical, accurate reporting of findings to patients and the public.<br>The program's modular design and delivery formats are optimised for students and healthcare professionals and is linked to the Welsh Government all-Wales strategy offering training and education in Genomic and Precision Medicine related subjects to support the development of the clinical, and clinical-associated workforce in Wales.<br><br>Careers<br>Through part time or full-time study options, the course will enhance career development opportunities for personal already working in the clinical/healthcare sector and open new routes of employment in academic and industry. Successful graduates should be well-positioned to deliver support, implementation and development, and research roles in the rapidly expanding field of Genomic Precision Medicine, in medical and clinical institutions, academic institutions and industry.<br>Successful graduates will understand key genomic technologies and be able to use genomic data and information as part of research strategies, diagnostic, prognostic and treatment pathways and ethical reporting. Students will be able to engage and communicate effectively, with diverse communities, and summarise and disseminate information including test results in oral and written forms to colleagues, patients and the public.