11th Grade Emerging Viruses Interactive Videos

Investigate the social, economic, and health insights derived from global COVID-19 lockdowns, examining the challenges and advantages of various country strategies. Gain an understanding of historical pandemic responses, evaluate current health policies, and analyze their impacts on global health governance and future pandemic preparedness.

Understand critical aspects of lab safety and biosecurity by exploring historical outbreaks, gain of function research, and potential pandemic pathogens. Gain insights into global safety standards and develop strategies to minimize human error. Enhance skills to effectively navigate and manage risks within scientific environments.

Examine the pollutants impacting water quality and their effects on ecosystems and human health. Identify and understand various water contaminants, recognize their sources, and evaluate their implications for environmental science.

Analyze the potential risks and future opportunities presented by the growing accessibility of bioengineering to the public. Gain insights into how bioengineering could mirror past technological revolutions and comprehend the necessity for proactive measures to mitigate possible threats. Learners will critically assess bioengineering's implications, identify parallels with historical technological advancements, and evaluate strategies for addressing challenges associated with its widespread adoption.

A comprehensive exploration of modern health challenges, highlighting global threats and evaluating policies that shape the current health landscape. Gain insights into the influence of nationalism on global health and assess the effectiveness of strategies against pandemics. Enhance understanding of health governance and crisis management, focusing on both theoretical and practical applications. Strengthen analytical skills by critiquing existing policies and proposing improvements for more effective health interventions.

Understand global power dynamics through the transition from a unipolar to a multipolar world, as explained by Ian Bremmer. Gain insights into the complexities of geopolitical influence, the emergence of technology companies as major players, and explore the consequences of a potential technology Cold War. Develop a comprehensive understanding of the current and future landscape of global power.

Examine the cutting-edge innovation where biological cells are programmed like software, leading to groundbreaking advancements in biochemistry and biotechnology. Gain insights into the complexities of programming biology, the interdisciplinary collaboration essential for success, and potential future applications. Develop a deep understanding of living software and its possibilities.

Explore key concepts in virology, focusing on viral replication mechanisms and structural components such as capsids and envelopes. Gain insights into how viruses interact with host cells to enhance understanding of virus biology and infection stages.

Examine the transition from the Cold War's bipolar global structure to contemporary unipolar and digital influences. Understand shifting geopolitical powers, the impact of technology companies, and their implications for global security and economic markets. Gain insights into the evolution of global power dynamics and develop a comprehension of current international relations and technological influences.

Investigate the surprising abilities of fat cells, including their roles in movement and aiding wound healing, as observed in fruit flies. Understand the diverse functions of fat cells and explore the roles of giant viruses, diving into the scientific research behind virology and cell biology.

Investigate the critical role of mRNA in modern medicine, focusing on its applications in vaccines and disease treatment. Gain insights into emerging biotechnologies and their potential to revolutionize healthcare by enabling rapid vaccine development and personalized treatments. Learners will explore the underlying science, practical applications, and future possibilities of mRNA technology in the medical field.

Examine the core characteristics of viruses, focusing on their structure, methods of entry, replication processes, and effects on host cells. Gain understanding of viral life cycles, their role in genetic diversity through evolution, and consider discussions on whether viruses are living organisms. Develop foundational knowledge in virology, emphasizing analytical skills in interpreting viral behavior and its implications on genetics and host interactions.

Explore the strategic preparedness essential for pandemic management, focusing on crisis management and dispelling vaccine misconceptions. Gain insights into crucial skills such as communication and diplomacy for outbreak management, while understanding the significant impact early intervention and vaccine development have on global health equity.

Investigate groundbreaking research from UC Davis exploring how viruses, such as influenza, can be transmitted via airborne dust particles. Gain insights into the mechanisms of virus transmission and their implications for public health and safety measures.

Study the essential roles and structures of viruses, focusing on their hereditary material and protein coats. Gain insight into how viruses interact with host cells and the body's immune response. Acquire foundational knowledge in viral mechanisms and immune defenses, enhancing understanding of virus behavior and the body's defense strategies.

Examine various theories on the origins of the COVID-19 pandemic, emphasizing the debate between natural occurrence and laboratory leak hypotheses. Develop skills in assessing evidence, constructing arguments based on reports, and critically evaluating scientific claims.