Epidemiology Methods Interactive Videos

Explore key epidemiological concepts by examining processes for identifying and addressing health issues. Gain knowledge in investigative steps such as developing hypotheses, analyzing outbreaks, and implementing control measures, achieving a comprehensive understanding of public health interventions.

Examine Dr. John Snow's pioneering contributions to modern epidemiology through his innovative methods during the 19th-century cholera outbreaks in London. Gain insights into historical public health challenges and develop skills in analyzing the evolution of medical practices and theories.

Examine Dr. John Snow's influence on medicine, highlighting his pioneering work in anesthetics and epidemiology. Gain insights into 19th-century theories of disease transmission and learn to apply mapping techniques in contemporary public health strategies. Learners will understand the historical context of epidemiology and develop skills in disease mapping and public health analysis.

Learners will explore the connections between different dental floss brands and the presence of toxic PFAS chemicals in the human body. The focus is on understanding the effects of chemical exposure through everyday products and developing the ability to critically evaluate scientific studies concerning public health issues.

Explore the transmission, origin, and impact of the Zika virus, with a focus on the potential risks to pregnant women and events contributing to its spread. Gain a comprehensive understanding of effective control measures and the regulatory considerations surrounding genetically modified mosquitoes, enhancing knowledge of modern infectious disease management strategies.

Examine the role of biological vectors in the transmission of infectious diseases, with a focus on organisms such as mosquitoes and the illnesses they spread. Understand the mechanisms behind vector-borne diseases and explore strategies for their prevention and control. Learners will gain insights into the lifecycle and behavior of vectors, learn about the pathogens transmitted, and develop strategies to mitigate the impact of these diseases. Critical thinking skills will be enhanced through evaluating case studies and analyzing current prevention measures.

Analyze the potential impact of a second COVID-19 wave in Italy using data analysis and epidemiological methodologies. Foster skills in examining cultural, social, and epidemiological factors effectively.

Examine the multifaceted nature of outbreak science through interdisciplinary approaches that encompass genetics, epidemiology, and sociology. Gain insights into designing effective public health strategies for disease prevention, understanding the role of resilient social systems, and analyzing the historical impact of pathogens on human populations.

Examine the major factors causing foodborne illnesses, focusing on the stages where contamination occurs and identifying common pathogens involved. Gain insight into the effects of foodborne outbreaks and develop strategies for prevention to improve public health safety.

Focus on foundational concepts and methods of economic evaluation in the health sector, emphasizing decision-making processes and model analysis. Understand how to conduct economic evaluations, choose appropriate perspectives, and apply models to effectively assess health outcomes.

Explore the fundamentals of infectious disease outbreaks with a focus on understanding and prevention. Gain insights into key epidemiological concepts, the role of microbiologists, and the significance of effective communication in managing public health threats.

Examine the compelling arena of outbreak science, which showcases the integration of diverse disciplines to confront infectious diseases and enhance community responses. This learning experience empowers individuals to understand disease transmission dynamics and the significance of robust social frameworks in pandemic prevention.

Examine the environmental and health impacts of Concentrated Animal Feeding Operations (CAFOs), emphasizing their role in virus mutation and antibiotic resistance. Gain insights into modern farming practices and potential health consequences. Explore strategies to reduce pathogen spread, with a focus on understanding these practices' implications and evaluating solutions for mitigating risks.

Investigate the 1985 thyroid illness outbreak in South Dakota, focusing on the identification of symptoms and determining the causes. Gain an understanding of public health response strategies employed during the outbreak. Analyze the investigation's outcomes to develop skills in epidemiological analysis and public health decision-making.

Discover the role of diverse expertise and effective communication in collaboratively ending outbreaks. Explore interdisciplinary coordination with a focus on community involvement, gaining insights into outbreak science and the importance of disease surveillance. Learn practical measures to prevent and control the spread of diseases.

Explore diverse strategies for disease prevention and key public health surveillance techniques. Gain insights into the roles of various scientific perspectives and develop skills to effectively respond to outbreaks.

Explore the enduring impact of cholera in Haiti, focusing on control measures and the challenges in managing the epidemic. Understand effective epidemic control methods and analyze the role of international organizations in health crises.

Examine the discovery of the Zika virus, its global dissemination, and the associated health challenges, particularly its effects on newborn health in Brazil. Gain knowledge about prevention strategies and explore the potential future impact of the virus's mutation and spread.

Investigate the causes, symptoms, and transmission methods of typhoid fever, emphasizing the role of Salmonella typhi. Gain insight into disease spread, prevention strategies, and the historical impact of figures like Typhoid Mary on public health advancements.

Understanding R naught values is crucial in grasping how viruses spread. This analysis helps identify transmission factors, while learning methods to reduce virus spread is essential for predicting infection outcomes based on R naught data.