麻豆原创

How can we use gene-editing technology to understand and treat human disease or improve crop yield? What is big data and how can we use it to advance our understanding of biological systems? How are we using synthetic biology to engineer bacteria to clean up oil pollution? How does bioimaging allow us to see inside the molecular machinery of a cell?Integrative biology brings together all the tools of modern biology to unravel the complexity of living systems. Our BSc Biological Sciences covers the breadth of biology from molecules and cells, to whole organisms and ecosystems. In our School you鈥檒l discover how new developments in technology are driving current research, with research-based teaching delivered by leading scientists investigating global biological challenges.The vast and diverse world of living organisms offers a huge range of opportunities for study and work, and at Essex we give you the flexibility to shape your degree to suit your interests. Your first year offers broad insights into cell and molecular biology, genetics, ecology and evolution, as well as an overview of animal, plant, and microorganism diversity. Our Integrative Biology pathway allows you to choose from a broad selection of modules across different disciplines. Alternatively you can customise your degree to specialise in an area you enjoy most, choosing from either Molecular and Cell Biology, or Ecology and Conservation Biology.Choose to follow one of our three pathways:- Molecular and Cell Biology- Ecology and Conservation- Integrative BiologyYou鈥檒l receive hands-on experience to develop important practical skills both in the lab and in the field throughout your course. In your final year you鈥檒l carry out an independent research project allowing you to pursue your own interests and play your own part in adding to the ever-growing knowledge within biological sciences.Visit our biological sciences subject page for more information and content.

Life Sciences