This is a two week Introduction and Orientation Module to Integrated Clinical Care in year 4 followed by Trust site inductions.

The introductory course...

Introduction and Orientation Module - Integrated Clinical Care (MBBS0061)

This is a two week Introduction and Orientation Module to Integrated Clinical Care in year 4 followed by Trust site inductions.

The introductory course in clinical methods is followed by three, twelve-week integrated modules of clinical attachments each preceded by a related core teaching week.

The clinical attachments are largely, but not exclusively, spent at the three main University NHS Trusts and in the community. The clinical attachments for all students address integrated clinical care and cover acute care and hospital admissions, hospital based care, outpatient care, & community based care in medical and surgical domains.

The vertical modules include teaching and learning sessions in a wide range of topics relevant to integrated care and clinical and professional practice and include a patient-based cancer patient pathway throughout the year.

This course aim is to introduce you to the theory and practice of citizen science and scientific crowdsourcing. Citizen science is the participation of members...

Introduction to Citizen Science and Scientific Crowdsourcing (GEOG0152)

Biochemical Engineering|Biochemistry and Molecular Biosciences|Biophysics|Biotechnology

The course will introduce protein biochemistry, with related analytical and molecular biology techniques, specifically tailored for biochemical engineers....

Biochemistry of Protein Production for Biochemical Engineers (BENG0013)

The course will introduce protein biochemistry, with related analytical and molecular biology techniques, specifically tailored for biochemical engineers. Fundamentals of protein expression, purification, structure, folding and stability will underpin case studies in protein manufacturing, including purification, formulation and associated problems such as aggregation.

Upon completion of the course, a student should be able to:

Become familiar with different protein types and structures used as therapies
	Understand different expression and purification methods for therapeutic proteins
	Familiarise with techniques available for modifying protein expression constructs and an understanding of how these may improve bioprocess manufacturing
	Evaluate the factors that influence protein stability, structure and functions
	Discuss the analytical tools available for measuring quality attributes of proteins during bioprocessing and product formulation, and appreciate their strengths and limitations in the regulatory context of pharmaceutical manufacture