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Fundamentals In Immunology and Infection

This course aims to provide basic knowledge and practical skills in infection immunology. With this objective as a basis, students work as a team in the presentation and discussion of scientific articles and bibliographic research works that are discussed together with the teachers. In this way, it promotes teamwork, facilitating the integration of acquired knowledge with the need to investigate and communicate science.
z
150.00€

Learning goals:  

  • Identify the organization of the body’s defenses against pathogens: from innate to adaptive immunity.
  • Describe the ontogeny of cells of the innate and acquired immune system, their relevance and how they interact during an immune response.
  • Understand how the immune system senses danger and how that initiates an immune response.
  • Recognize the immune system’s antimicrobial mechanisms: from toxic intermediate to cell death.
  • Identify the major T cell phenotypes, the cytokines and transcription factors required for their differentiation and function.
  • Recognize the importance of the metabolic choices of different immune cell subsets.
  • Recognize the impact of the microenvironment in T cell function.
  • Identify Mendelian and complex susceptibility to infectious diseases.
  • Define strategies for genome variation analyses.

 

More information: www.med.uminho.pt/en/Post-Graduation/courses/fii

Learning goals:  

  • Identify the organization of the body’s defenses against pathogens: from innate to adaptive immunity.
  • Describe the ontogeny of cells of the innate and acquired immune system, their relevance and how they interact during an immune response.
  • Understand how the immune system senses danger and how that initiates an immune response.
  • Recognize the immune system’s antimicrobial mechanisms: from toxic intermediate to cell death.
  • Identify the major T cell phenotypes, the cytokines and transcription factors required for their differentiation and function.
  • Recognize the importance of the metabolic choices of different immune cell subsets.
  • Recognize the impact of the microenvironment in T cell function.
  • Identify Mendelian and complex susceptibility to infectious diseases.
  • Define strategies for genome variation analyses.

 

More information: www.med.uminho.pt/en/Post-Graduation/courses/fii