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Cancer Molecular Pathology and Therapeutics MSc

Cancer Molecular Pathology and Therapeutics MSc

Different course options

Study mode

Full time

Duration

1 year

Start date

SEP-25

Key information
DATA SOURCE : IDP Connect

Qualification type

MSc - Master of Science

Subject areas

Pathology Oncology

Course type

Taught

Course Summary

Course description

This full time postgraduate degree will equip you with the knowledge, expertise and experience to make a real positive contribution towards the future research and treatment of cancer. You will study the mechanistic nature of cancer biology and apply that knowledge to better understanding and developing the future diagnosis, prognosis therapy and prevention of cancer. Building on a solid foundation of learned basic cancer cell biology, you will consider and experience the design of treatment modalities and prevention strategies, including the mechanisms of action of anti-cancer drugs and radiation treatment, therapy resistance and biomarker discovery.

The first part of the course comprises intensive lectures, tutorials and taught lab work, as well as advanced topic lectures delivered by scientists at the cutting-edge of translational research, focusing on therapeutics and prevention. A key component of the course is then the research project, which will give you the opportunity to study and research one of the department’s key research areas in much greater depth. As well as developing your understanding of the processes and techniques used in cancer research, you will learn how to critically analyse research data and research papers and how to communicate complex scientific concepts and processes.

What's the difference?

If you complete the taught modules but not the Research Project, you will receive a Postgraduate Certificate (PGCert).

Teaching and learning

The taught phase consists of lectures, tutorials, demonstrations and intensive laboratory classes each lasting either four-to-six days. Successful completion of the taught phase is required to proceed to the project stage.

Assessment is a mix of formal exams (MCQ, short-answer and long-answer/essay) and coursework including practical reports, presentations and other written tasks. Assessment of the laboratory research project is based on your lab performance, the written dissertation and a project presentation.

Careers and employability

The research training you receive and the research project you conduct will provide a training that PhD supervisors and employers value highly when recruiting their postgraduate research students from around the world.

Modules

‘Cancer therapeutics’ takes an in-depth look at the changing ways we approach cancer treatment, and discusses the ethical issues surrounding cancer research and treatment. We will consider the influences of diet, lifestyle and socio-economic status on cancer risk and survival. We will first investigate the current primary approaches to cancer treatment and critique their use and efficacy. We will explore the types of biomarkers used for cancer diagnosis/prognosis, and critically explain their discovery, validation, use and relative benefits.

Tuition fees

UK fees
Course fees for UK students

For this course (per year)

£10,950

International fees
Course fees for EU and international students

For this course (per year)

£23,650

Entry requirements

Students need to have 2:2 degree (or equivalent) in a relevant bioscience subject such as biology, molecular biology, biochemistry, biotechnology, pharmacology etc. We also welcome applicants with significant relevant industrial or professional experience, and medically qualified applicants with a strong background in molecular biology and/or cell biology.

University information

The University of Leicester, established in 1921, is celebrated for its pioneering research and inspiring teaching. Known for transformative discoveries like genetic fingerprinting and the identification of King Richard III, Leicester has earned a reputation for innovation and impact. With over 60 years of leadership in space research, the university has contributed more than 90 instruments to international space missions, including equipment on...more

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