Module Outline:

The aim of the course is to cover in depth the chemistry of three major classes of biologically important molecules; carbohydrates, peptides and proteins, and nucleic acids. In addition, the course will provide an introduction to molecular imaging and cover methods for labelling of biomolecules with fluorescent dyes and radionuclides.

Module Aims:

At the end of the module students should be able to:

Know the structure, conformation and stereochemistry of the carbohydrates, and to understand the chemical reactivity of mono-and di-saccharides.
	Recognise the structure and conformational properties of amino acids, peptide and proteins. To understand strategies and methods for the chemical synthesis of native and labelled proteins.
	Understand the relationships between structure and conformation of nucleic acids; to understand the chemical reactivity of nucleic acids, and to gain insight into how chemical reactivity affects the biological properties of nucleic acids.
	Appreciate the underlying principles for imaging with optical and nuclear techniques, and to understand in depth the methods for labelling of biomolecules. To know how radionuclides are produced, their radioactive decay properties and their applications for imaging.
Teaching and Learning Methods:

Lectures: The topics will be introduced through a blended delivery of asynchronous videos with online activities, and support hours.

Self-study: In addition to timetabled hours it is expected that you engage in self-study in order to master the material. This can take the form of practicing example questions (additional questions available on Moodle and past exam questions) and further reading in textbooks and online.

Aims:

To develop advanced skills in undertaking an individual research project including: critical literature survey, design of experiments/simulations,...

Chemical Process Engineering Research Project (CENG0057)

Aims:

To develop advanced skills in undertaking an individual research project including: critical literature survey, design of experiments/simulations, collection of data, analysis and presentation of results, conclusions and recommendations in a clear a concise manner at a level equivalent to published papers.

Learning Outcomes:

On completion of this module students are expected to:

be aware of advanced research methods including if applicable the use of relevant engineering/mathematical software or experimental techniques;
 be able to demonstrate independent thought and critical analysis of research results;
 have developed skills for presentation of their results in the research report in a clear and concise manner worthy of publication;
 present the research findings orally at a standard similar to that expected for presentations at national and international conferences.
Synopsis:

An individual research project working under the supervision of a member of the academic and/or research staff of the department. Topics are usually selected from aspects of a continuing research speciality of the department. Each student normally undertakes a literature survey, experimental/simulation work, discussion and analysis of data followed by conclusions and recommendations for future work presented in the form of a thesis and oral presentation.