理学硕士癌症治疗

癌症疗法理学硕士在英国是独一无二的。这是一门多方面的课程，并且是唯一结合了癌症生物学，药物发现，制剂和放射生物学与放射生物学的课程。您还将获得对实践，伦理和经济意义的理解该学位是针对那些寻求在理解和发展癌症疗法必不可少的主题方面有经验的毕业生的。斯特拉斯克莱德药房与生物医学科学研究所将为您授课，该学院被认为是其中之一。英国同类领导部门。该研究所拥有主要的放射生物学和放射性药物研究设施。它还拥有英国癌症研究药物配方部门-英国同类药物中的唯一部门。因此，您将由在生物医学和物理科学领域从事基础，转化，工业和临床
The MSc in Cancer Therapies is unique in the UK. It's a multifaceted course and the only one which combines a focus on cancer biology, drug discovery, formulation and delivery with radiation biology. You'll also gain an understanding of the practical, ethical and economic implications of personalised cancer therapy. The degree is for graduates seeking experience in the range of topics essential to the understanding and development of cancer therapies.You'll be taught in the Strathclyde Institute of Pharmacy &amp; Biomedical Sciences, recognised as one of the leading departments of its kind in the UK. The Institute has major facilities for radiobiology and radiopharmaceutical research. It also hosts the Cancer Research UK Drug Formulation Unit – the only one of its kind in the UK. You'll therefore be taught by researchers working at the forefront of basic, translational, industrial and clinical cancer research in the biomedical and physical sciences arenas.The course has been developed to produce world-class graduates with the skills to contribute to the global drive in advancing cancer treatment through research, teaching, industry and public sector employment.<br>What you'll study<br>Studying our MSc Cancer Therapies provides you with the skills to assess, analyse, critically appraise and evaluate current and emerging anti-cancer therapies including the drug discovery cascade from target evaluation and engagement, to clinical trials. The course also equips you with specialist research training and a breadth of skills needed for your future career. It's been designed in response to a growing demand from academia, industry and healthcare providers for a course that focuses on current and emerging cancer therapies. It's taught in a format that covers essential multidisciplinary aspects of the topic.By the end of this course you'll:have a working knowledge of the range of topics in biology, physical sciences and radiobiology. These are essential for a career in cancer therapies<br>understand the principles of developing drugs for cancer therapies. This is also highly relevant for therapy development in other diseases<br>be able to carry out independent work of a publishable standard<br>have unique skills which are suitable for a career in the pharmaceutical or health care industries<br>be able to continue your research career into a PhD programme<br>The generic skills you'll gain will help you excel in your future career and also provide specialist subject experience in:personalised cancer medicine in the global context<br>radiotherapy as a diagnostic and as a single or combinational treatment with drugs<br>current and future radiotherapy provision, nuclear medicine and radiopharmaceuticals<br>the challenges of drug discovery, formulation and delivery enabling you to evaluate the drug discovery pipeline including:<br>the opportunity to develop anti-cancer agents<br>medicinal chemistry<br>screening<br>secondary assays.<br>Career paths:<br>This course provides the background training for a career in:clinical research<br>pharmaceutical &amp; biotechnology industry laboratory research posts<br>laboratory technical support<br>medicalpharmaceuticallife science sales<br>charity funding support<br>medical writing, patent and ethics destinations<br>academia (research and teaching) – following a further PhD route