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The Master of Medical Sciences in Parasitology (Mixed Mode) at International Islamic University Malaysia (IIUM) offers a comprehensive foundation in the study of various parasite groups. The course provides essential knowledge on the morphology, geographical distribution, life cycles, pathogenesis, clinical manifestations, diagnosis, and treatment of parasites, including poisonous arthropods and venomous organisms.
Students will gain insights into both normal and abnormal body responses to parasitic infections, along with the resulting implications for overall health. The program emphasizes the analysis of disease control and prevention methods within affected communities, equipping students with practical skills to address public health challenges.
Additionally, the curriculum explores both the principles and applied aspects of parasitology and medical entomology, preparing graduates for diverse career paths in research, healthcare, and public health education. This master's program fosters expertise essential for tackling the complexities of parasitic diseases and their impact on human health.
Entry Requirements
• A relevant Bachelor’s degree (honours) from the IIUM or any other accredited institution of higher learning.
For other qualifications and certificates (e.g., Other qualifications equivalent to a Bachelor’s degree , etc..) please contact our educational consultants or submit your application for Admission assessment.
| Course Name | Course Classification | Credit Hours |
|---|---|---|
| Introduction to Medical Parasitology | Special Req | 2 |
| Oppurtunistic Infections | Core | 2 |
| Immunoparasitology | Core | 2 |
| Diagnostic Parasitology and Medical Entomology | Core | 2 |
| Tropical Diseases | Core | 3 |
| Control of Human Parasitic Diseases | Core | 3 |
Introduction to Medical
Parasitology
| No. | Topic |
|---|---|
| 1 | • Introduction to Medical Entomology • Introduction to Parasitology |
| 2 | • Introduction to Protozoology • Intestinal & Luminal Protozoa • Vectors of Diseases • Host-parasitic relationship |
| 3 | Intestinal & Luminal Protozoa |
| 4 | Blood Protozoa |
| 5 | • Tissue Protozoa • Introduction to Helminthology |
| 6 | Nematodes |
| 7 | • Cestodes • Trematodes • Ectoparasites & pests |
| 8 | • Myiasis • Venomous Organisms • Control of Vectors • Zoonosis • Immunity to parasite |
Opportunistic Infections
| No. | Topic |
|---|---|
| 1 | • Opportunistic protozoa diseases • Opportunistic helminth diseases |
| 2 | Opportunistic bacterial diseases |
| 3 | Opportunistic viral diseases |
| 4 | Opportunistic fungal diseases |
Immunoparasitology
| No. | Topic |
|---|---|
| 1 | • Parasites and parasitism • The immune response • Malarial infections • African trypanosomes |
| 2 | • Experimental immunoparasitology • Intracellular Protozoa |
| 3 | • Schistosomiasis • Trichinosis • Gastrointestinal nematodes • Nematodes which invade tissues |
| 4 | • Ectoparasitic arthropods • Immunological control of parasitic infections |
Diagnostic Parasitology and
Medical Entomology
| No. | Topic |
|---|---|
| 1 | Section 1. Specimens and Techniques • Laboratory set up and equipment (including microscopes) • Collection of specimens (sampling and factors involved) • Faecal specimens and techniques • Blood specimens • Urine specimens • Vaginal and urethral specimens • Skin specimens |
| 2 | Section 2. Identification of Organisms • Protozoa (keys) – Malaria – Amoebas (cysts and trophozoites) – Flagellates – Other protozoa • Helminthes – Nematode eggs and larvae – Microfilariae – Gross worms – Other helminths |
| 3 | Section 3. Basic Entomological Techniques • Insect collection methods • Mosquitoes – identification • Fly – Dipteria identification • Maintenance of insects in the laboratory • Preservation/mounting of insects |
Tropical Diseases
| No. | Topic |
|---|---|
| 1 | Parasitic diseases |
| 2 | Bacterial diseases |
| 3 | Viral diseases |
| 4 | Fungal diseases |
Control of Human Parasitic
Diseases
| No. | Topic |
|---|---|
| 1 | • Epidemiology and geographical distribution of parasites • Health education and control • Vectors and vector control strategy |
| 2 | • Control of vector-borne diseases • Control of malaria • Control of Chagas disease • Human African trypanosomiasis |
| 3 | • Control of water-borne diseases • Control of soil-transmitted helminthiasis • Control of lymphatic filariasis and onchocerciasis |
| 4 | • Control of schistosomiasis and other trematodes • Control of cestodes • Future challenges and prospects |
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