分子和细胞生物学结合了遗传学和生物化学，以了解分子水平上的生命。它旨在了解分子功能如何产生活细胞，组织和整个生物的层次结构，并将其最终应用于人类和动物健康，粮食安全和合成生物学面临的重要全球挑战。格拉斯哥大学是英国最早提供分子与细胞生物学学位的大学之一：1965年获得该学位的第一批学生。我们的教学以前沿的研究为基础，并与分子，细胞研究所保持着密切联系。与系统生物学。该大学非常适合荧光成像和激光扫描共聚焦显微镜。我们的G-侏儒学会欢迎来自生物分子背景的学生，每月都会有来自顶级研究人员的定期客座讲座和每月一次
Biotechnology is essential for the development of new drugs, bio-control agents, energy, food security and vaccine development. Molecular cell biology is the fundamental discipline that underpins biotechnology. This covers understanding the molecular basis of gene and protein function and goes on to the design of completely artificial organisms. Biotechnology is a fascinating field of study with many practical applications to the challenges humanity faces.Molecular Cellular Biology with Biotechnolgy at the University of Glasgow continues to meet and exceed student expectations, combining both teaching excellence and a supportive learning environment. You’ll benefit from in depth lecture series on specialised topics that are aligned with practical laboratory classes, problem solving and critical thinking sessions.,. We strongly encourage applications for summer internships and help students to try to secure these either at the University of Glasgow or further afield.Practical classes access state of the art equipment and are developed and well supported by academic members of staff. You will study molecular aspects of protein design, biotechnology, plant biotechnology and antibody design. You will undertake a practical research project. This degree programme is professionally accredited by the Royal Society of Biology. You’ll be taught by world-leading scientists, whose research is making a world-changing impact in areas such as plant pest- and drought resistance, engineered CO2 assimilation, food security and vaccine design.Advances in molecular biology have been instrumental to the completion of many genome projects which in turn have led, and continue to lead, to exciting developments in medical science, agriculture, biotechnology and industry – for example, understanding the molecular basis of illness and disease to biotechnology for the development of new drugs, bio-control agents and the use of genetic engineering for vaccine development. Molecular biology is central to all biological processes and biotechnology applies the understanding of these processes to finding innovative solutions to today’s biological challenges.Many of our graduates go on to pursue a Masters degree or PhD in their area of specialism and work in research laboratories in academic institutions, biotechnology laboratories, or in industry. There are increasing opportunities in the agrochemical, pharmaceutical and fermentation industries, particularly for those graduates with interests in synthetic biology and biotechnology. Other areas of employment include the Scientific Civil Service and government research laboratories.In addition, the transferable skills you will develop such as communication (written and oral), critical thinking, problem solving, data analysis and interpretation, time management, adaptability, and teamwork, will leave you well equipped for a wide range of careers outside a laboratory setting. Recent graduates have secured positions in non-science careers as diverse as accountancy, IT, journalism, teaching, patent law, financeinvestment banking, data analyst, science communication, policy makers for government and law enforcement. With your degree you will be equipped with a large number of very desirable skills that will make you very competitive when applying to potential employers.