Life Sciences Courses
The Utrecht Summer School offers a variety of academic courses in the fields of Medicine, Veterinary Medicine, Pharmcology, Global/Maternal/Child Health and Epidemiology.
All courses include the teaching format in the course description.
9 course(s) found
Advanced In Vitro Models
Learn about how Advanced In Vitro Models (AIM) holds the potential to reduce animal experimentation by scientific breakthroughs. The convergence of science, technology, legislation and extrapolation modelling in Utrecht is highlighted in this week-long course. This programme is comprised of meeting experts, hands-on bench work, modelling and demonstrations. It allows for a high amount of interaction among lecturers, keynote speakers and fellow…
Regenerative Medicine
Learn how regenerative medicine (RM) may hold the potential to bring (human and animal) therapies from the lab into the clinic. The convergence of science, technology and medicine in Utrecht is highlighted in this week-long course. This programme is comprised of meeting experts, patients, hands-on bench work, and demonstrations. It allows for a high amount of interaction among lecturers, keynote speakers and fellow participants.
Global Health Ethics & Equity
This summer course will focus on urgent topics in global health ethics and equity. With an enthusiastic team of experts from all over the world, we will discuss the major challenges to health equity in the world at this moment as well as potential solutions. This programme is a collaboration between the University Medical Center Utrecht and the Royal Tropical Institute.
Global Surgery & OBGYN
The Global Surgery & Obstetrics/Gynaecology summer course provides a unique overview of topics related to Global Surgery, Gynaecology and Maternal care, with an emphasis on essential surgical care from a worldwide perspective. A great variety of topics will be discussed in interactive lectures, case study sessions and small working group with experts in the field. The diverse composition of speakers and participants from all over the globe,…
Childhood Cancer: State-of-the-Art Treatment, Innovative (Bio)Medicine and Patient Centered Care
Throughout this course you will learn more about the latest knowledge in the area of childhood cancer. This course will bring students up to speed on state-of-the-art treatment, innovative (bio)medicine and patient centred care in childhood cancer. Students participating in this course on childhood cancer will receive training in a stimulating academic environment created by the interaction of committed paediatric oncologists, research-oriented…
Big Data
The digital universe is expanding continuously. This huge amount of information often referred to as big data have a huge potential to answer questions that could not be answered before. For example, in biomedical sciences, researchers increasingly make use of these Big Data, by pooling real-time data from multiple sources including electronic healthcare records in order to e.g. detect diseases at an early stage.
Fundamentals of Global Health
This summer course introduces the principles and scope of global health and health-related strategies which are important for a good understanding of health and disease in a global context. Topics discussed in this interdisciplinary course range from global health governance and policy, to the role of health systems, ethics and advocacy for research and development, to the effects of the COVID-19 pandemic, globalisation and climate change on…
Laboratory Animal Science
The objective of this two-week intensive course in laboratory animal science is to present basic facts and principles that are essential for the human use and care of animals and for the quality of research. When you successfully complete the basic course with the integrated species-specific course 'rodents and rabbits' you will be capable of designing procedures and projects and to execute simple procedures on these animals. The course is…
Mathematical Modelling of Infectious Diseases
The course focuses on concepts and methods of mathematical modelling of infectious diseases. Starting from basic assumptions on transmission of infection models will be formulated and key quantities will be derived. Mathematical tools to formulate and analyse compartmental infectious disease models will be introduced and applications to specific infectious diseases and intervention strategies will be discussed. Students will develop their own…