Intercalated Experimental Pathology

Program Overview

The Intercalated Experimental Pathology BSc at Queen Mary University of London is a one-year program designed for medical and dental students. It provides a thorough grounding in experimental pathology, enhancing students' understanding of disease and developing their research and experimentation skills. The program offers a range of modules, including Cancer Biology, Cardiovascular Pathophysiology, and Experimental Neuropathology, and culminates in an original research project. Graduates are well-prepared for careers in academic research, clinical research, education and teaching, and the pharmaceutical and biotechnology industry.

Program Outline

Degree Overview:

• Objectives:
• Advance understanding of major diseases and the latest research into treatments.
• Provide a thorough grounding in specific areas of experimental pathology.
• Develop research and experimentation skills, highlighting the importance of technological innovation in patient care.
• Enhance the student's understanding of their chosen speciality.
• Description:
• This one-year program is designed for students already enrolled in medical or dental degrees.
• It allows them to obtain an additional BSc in Experimental Pathology while broadening their studies and gaining valuable research experience.
• This program is particularly beneficial for those who wish to specialize in the study of disease or pursue academic research or education and teaching in clinical fields.

Outline:

• Year 1:
• Compulsory Modules:
• Cancer Biology
• Cardiovascular Pathophysiology
• Experimental Neuropathology
• Research Project
• Optional Modules (Choose one):
• Stem Cells and Regenerative Medicine
• Molecular Basis of Personalised Medicine
• Biocompatibility
• Structure:
• The program can be started after the second, third or fourth years of MBBS, BDS or BVetMed.
• It involves approximately three hours of weekly contact time per taught module, including lectures and independent study.
• Modules:
• Cancer Biology:
Focuses on the mechanisms of cancer development, progression, and treatment.
• Cardiovascular Pathophysiology: Explores the causes and mechanisms of cardiovascular diseases.
• Experimental Neuropathology: Examines the changes in the nervous system caused by disease.
• Research Project: An original research project supervised by faculty, allowing students to develop research skills and apply their knowledge.
• Stem Cells and Regenerative Medicine: Investigates the use of stem cells in regenerative medicine strategies.
• Molecular Basis of Personalised Medicine: Examines the genetic and molecular factors that influence individual responses to medications and disease.
• Biocompatibility: Explores the interaction of biomaterials with the body and their suitability for medical implants.

Assessment:

• Assessment methods vary depending on the module and may include:
• Exams
• Coursework assignments
• Project reports and presentations
• Research thesis

Teaching:

• Teaching methods include:
• Formal lectures by faculty and guest speakers, including experts from the NHS and international specialists.
• Individual and group tutorials.
• Laboratory sessions with hands-on research experience.
• Independent study and research.
• The faculty consists of experienced researchers with expertise in various fields of experimental pathology.

Careers:

• Completion of this program can lead to careers in:
• Academic research
• Clinical research
• Education and teaching
• Pharmaceutical and biotechnology industry
• Government and regulatory agencies
• State-of-the-art research laboratories
• A 400-seat lecture theatre
• The Queen Mary Whitechapel library
• QMPlus virtual learning environment
• Dedicated staff support

Home fees:

£9,250

Overseas fees:

£28,350