This document outlines the course structure and content for a Biomedical, Health and Life Science degree program. Over four years, students take core courses covering topics like genetics, anatomy, immunology, pharmacology, and neuroscience. In the third and fourth years, courses become more specialized, focusing on areas such as bioinformatics, disease mechanisms, stem cells, and clinical biomarkers. The degree prepares students for careers in translational research, drug development, the biotechnology sector, and medicine with further study.

1. Biomedical, Health
and Life Science.
Moaid Shatir 2192740

2. Biomedical, Health and
Life Science.
• Is the impaction of scientific research and technology on
human health.

3. First year:
• Science, medicine & society
• Genetics
• Basic tissues & early development
• Clinical human anatomy
• Physics
• Cell biology

4. Second year:
• Biostatistics.
• Immunity & Infection.
• Pharmacology.
• Neuroscience.
• Cardiac biology.
• Laboratory skills

5. Third year:
• Bioinformatics
• Mechanisms of disease
• Central nervous systems diseases
• Genetics & proteomics
• Endocrine, renal and reproductive pharmacology

6. Fourth year:
• Advanced neurochemistry
• Clinical biomarkers
• Cloning, gene therapy and stem cells
• Drug discovery & development
• Genetics, disease & behaviour
• Research project ( About a disease)

7. Optional subjects:
• First year:
1. Introductory Chemistry 1
• Second year:
1. Cell-cell Comm & Signalling 1.
1. Physiology of Sensing and
Responding to the Internal and
External Environment 2
2. Cardiac Biology 2
• Third year:
1. Receptor-mediated cell signalling 1
2. Stem Cells - An Introduction to
Regenerative Medicine 1
3. Chemotherapeutic Agents 1
1. Genetic Basis of Disease 2
2. Experimental Physiology 2
• Last year:
1. Advanced cardiovascular
pharmacology: mechanisms and …..
1
1. Cell growth, differentiation and
death 2
2. Advanced Cancer Biology and
Pharmacology 2
3. Advanced Cell Signalling 2
4. Drug Discovery and Development 2
5. Advanced Cell Signalling 2
6. Genetics, Disease and Behaviour 2

8. CAREER OPTIONS:
• Translational research
• Drug design & clinical trials
• Biotechnology sector
• Medicine (further study)

9. Why Biomedical, Health
and Life Science.
• The course has interested me because, it is a combination
of science where knowledge and information can be
investigated and medicine where these knowledge can be
applied to human health.

10. Thank You.
• Any question