Program Description
The programme started in the 2018/19 selection of pioneer students has already been done. Graduates in Immunology, based on their knowledge and expertise, can work in medical laboratories research laboratories and the pharmaceutical industry.
They can also help in coming up with new vaccines and effective treatment for diseases such as Tuberculosis (TB), HIV and AIDS, Cholera, Ebola and many more. Essentially, a career in this field is about saving lives. The degree programme will also provide an ideal preparation for future researchers in the fields of immunology.
Criteria for Admission
Entry in Year 1: MSCE, “O” Level, IGCSE, and GCE at least six credits including; Biology, Physics, Chemistry (or Physical Science), Mathematics and English.
Entry in Year 2: A-level with at least C grade in the following subject Physics, Chemistry, and Mathematics, with Biology at
O level. But must take and pass Drawing 1 and Drawing 2.
Entry in Year 3: A degree in MBBS, Medical Laboratory
Sciences, or any Biomedical Sciences with a credit and above.
OR
Any other related qualification from a recognized institution of
higher learning may be assessed by the Admissions Office.
Structure of the program
Sem
1
-General Biology
-General Chemistry I
-Mechanics & Thermal Properties of Matter
-Algebra & Trigonometry
-Language and Communication
-Introduction to Computer Application
Sem
2
-Human Anatomy and Physiology I
-Chemistry II
-Electricity and Magnetism, Vibration and Waves
-Calculus I
-Technical and Business Communication
-Computer Programming
Sem
3
-Introduction to Immunology
-Molecular Biology I
-Introduction to Biochemistry
-Introduction to Biostatisctics
-Introduction to Microbiology
-Practical I (Molecular Biology)
Sem
4
-Cell Biology & Biotechnology
-Human Anatomy & Physiology II
-Innate and Adaptive Immunity
-Tropical Health & Epidemiology
-Human and Microbial Genetics
-Practical III (Physiology)
Sem
5
-Ontogeny & Architecture of the Immune System
-T Cell: Differentiation, Priming, Effector Functions
-B Cell Differentiation. B-to-T Interaction/Cooperation
-Antibodies: Types, Sources and Roles
-Practical V (The Basis of ELISA tests)
-Fundamentals of Flow Cytometry
Sem
6
-Practical VI (Fundamentals of Flow Cytometry): Flow Cytometry Analysis of Blood Samples
-Introduction to Pathology
-Immune Response to bacterial Infections
-Viral Immunology
-Immunity to Protozoa Helminth and Fungal Infections
-Research Methods and Data Analysis (Bioethics and Project Development)
Sem
7
-Role of Complement in Immunity
-Regulation of the Immune System
-Cytokines and Chemokines
-Autoimmunity Allergy and Atopy
-Introduction to Bioinformatics
-Bioethics and Research Ethics
Sem
8
-Vaccinology: Basis and Application
-Research Projects
-Immunology of NCDs
-Cancer Immunology
-Diagnostic Methods in Immunology
-Business Management and Entrepreneurship