Microbiology Altınbaş 24/25

By Zeinab Badran Categories: Medical
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About Course

For Altınbaş students will learn

  • Parasite Biology: Understanding life cycles, morphology, and host-parasite interactions for protozoa (Plasmodium, Toxoplasma, Leishmania, etc.) and nematodes.
  • Transmission & Epidemiology: Exploring how parasites spread (e.g., vectors like mosquitoes and ticks) and their global distribution, with a focus on risk factors and prevention.
  • Immune Response: Learning how the immune system reacts to parasitic infections and how parasites evade immune defenses.
  • Clinical Manifestations: Identifying symptoms and differentiating between parasitic diseases based on clinical presentations.
  • Diagnosis: Mastering techniques such as microscopy, PCR, and serological tests to diagnose parasitic infections.
  • Treatment & Prevention: Understanding drug treatments, resistance, vector control, and the development of vaccines.
  • Public Health: Studying strategies to prevent parasitic diseases through hygiene, sanitation, and public health interventions.
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What Will You Learn?

  • Altınbaş students will gain an understanding of parasite biology, including life cycles and host interactions for protozoa and nematodes. They will explore how these parasites spread through vectors and their global distribution, while learning about the immune response to infections. Students will identify clinical symptoms, master diagnostic techniques like microscopy and PCR, and study treatment options, resistance issues, and prevention strategies. Additionally, they will focus on public health measures to control and prevent parasitic diseases.

Course Content

Microbiology
The student will learn: Parasite Biology: Understanding life cycles, morphology, and host-parasite interactions for protozoa (Plasmodium, Toxoplasma, Leishmania, etc.) and nematodes. Transmission & Epidemiology: Exploring how parasites spread (e.g., vectors like mosquitoes and ticks) and their global distribution, with a focus on risk factors and prevention. Immune Response: Learning how the immune system reacts to parasitic infections and how parasites evade immune defenses. Clinical Manifestations: Identifying symptoms and differentiating between parasitic diseases based on clinical presentations. Diagnosis: Mastering techniques such as microscopy, PCR, and serological tests to diagnose parasitic infections. Treatment & Prevention: Understanding drug treatments, resistance, vector control, and the development of vaccines. Public Health: Studying strategies to prevent parasitic diseases through hygiene, sanitation, and public health interventions.

  • Malaria
    01:06:13
  • Toxoplasma gondii , Babesia and Trypanosoma cruzi
    49:40
  • Trypanosoma brucei, Leishmania and Free-living Amebae
    01:07:00
  • Urogential and intestinal parasite
    50:31
  • Nematodes part 1
    01:09:15
  • Nematodes part 2
    24:42
  • Urogential and intestinal parasite part 2
    34:17
  • Review part 1
    01:10:21

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