High School Applied Microbiology Interactive Videos

Explore the adaptations of microbial life in extreme environments, highlighting their roles in Earth's elemental cycles and energy exchanges. Gain insights into how these microorganisms can inform the search for extraterrestrial life and contribute to bio-fuel production advancements.

Explore the foundational concepts and diverse applications of biotechnology, integrating it with various scientific disciplines. Gain insights into its historical development and potential risks, equipping you to thoughtfully contribute to future innovations and solutions.

Explore the integration of career paths with microbiological knowledge, focusing on the significance of microbes in industrial applications and career growth within microbiology. Learners will enhance skills in understanding industry practices, managing microbial processes, and navigating career opportunities, improving their expertise in scientific disciplines.

Explore the diverse career pathways in microbiology by gaining essential skills and knowledge crucial for success in the field. Achieve a comprehensive understanding of career prospects, educational requirements, and the various sectors offering opportunities for microbiologists.

Examine the microbial processes responsible for plastic degradation, highlighting both the challenges and advancements in bioremediation. Understand the pivotal role microbes play in managing plastic waste and developing sustainable solutions. Gain knowledge of the underlying mechanisms and the cutting-edge developments facilitating environmentally friendly plastic disposal.

Explore the motivations and insights of renowned environmental microbiologist Gemma Reguera as she shares her journey into microbiology. Understand the significance of the quality of time in professional life and discover the surprising abilities of microorganisms. Learn about unique aspects of microbial research through real-world applications.

Exploring the impact of climate change in the Arctic, this educational resource examines the region's accelerated warming relative to global patterns. The curriculum emphasizes the importance of indigenous knowledge in addressing environmental challenges. Learners will gain insights into the distinct characteristics of Arctic ecosystems, the integration of scientific and traditional perspectives in crafting climate solutions, and the deep cultural ties to environmental studies.

Explore the significant contributions to anatomy and early microscopy with a focus on influential figures such as Andreas Vesalius. Gain insights into the historical advancements in scientific methodologies and the correction of anatomical misconceptions. Develop an understanding of the evolution of anatomical knowledge and the impact of these pioneering contributions on modern science.

Investigate the origins and functions of agar, highlighting its importance as a gelling agent extracted from red algae. Gain insights into its applications in various fields, including microbiology and the food industry. Understand its critical role in the cultivation of organisms such as bacteria and fungi, appreciating its significance and versatility.

Explore the potential of bacteriophages in treating bacterial infections, emphasizing their precision and effectiveness against antibiotic-resistant strains. Examine the historical development and the anticipated role of phage therapy in addressing multidrug-resistant infections.

Explore the foundational role of agar as a jelling agent in both microbiology and food preparation, focusing on its application in cultivating bacteria and fungi. Gain insights into various uses of agar and its importance in laboratory settings, enhancing understanding of essential microbiological techniques.

Explore the unique microbial and geological features of the Guaymas Basin, with a focus on its hydrothermal vent ecosystems and their formation. Understand how microbes utilize chemosynthesis and the significance of distinct life forms in extreme environments, highlighting potential applications for biotechnology.

Investigate the Guaymas Basin's underwater geography, featuring volcanic chimneys and hydrothermal vents. Gain insight into geological processes in the Gulf of California and explore how microbes use chemosynthesis. Discover the potential applications of this process in biofuel and pharmaceutical production.

Study key concepts and historical milestones in immunology, highlighting the development of vaccines and the functions of the immune system. Gain insights into immune defense mechanisms, recognize crucial figures in immunological history, and understand the role of immunity in health and disease.

Investigate the potential spread of fecal bacteria from hand dryers in public restrooms, highlighting contamination risks and assessing the efficacy of HEPA filters. Understand the implications of hand hygiene practices while evaluating the effectiveness of different antibacterial technologies in real-world settings.

Discover the intriguing realm of microbiology through the pioneering breakthroughs and techniques developed by early scientists, prominently featuring Leeuwenhoek. Gain insight into how these advancements have shaped contemporary scientific inquiry and understand the essential tools that facilitated these innovations. Learning outcomes include comprehension of historical scientific progress in microbiology and the foundational skills integral to modern laboratory techniques.

Trace the historical development of science through key breakthroughs in anatomy and microscopy, enhancing understanding of scientific milestones and the evolution of medical knowledge. Gain insights into how foundational instruments and discoveries shaped modern science, empowering learners with a comprehensive view of these transformative advancements.

Investigate a study conducted on the ISS that analyzes the antibiotic resistance of bacteria in space. Understand the implications of microbial resistance in space environments and assess the potential health risks posed by bacteria.

Explore the structure of a comprehensive biology curriculum by understanding foundational courses, specialized concentrations, and potential career paths for biology majors. Gain insights into essential biology concepts and their applications in various professional fields within the biological sciences.

Investigate the convergence of biotechnology, design, and equity, emphasizing innovative solutions and their societal effects. Gain knowledge in developing equitable solutions, engineering microbes for industrial applications, and conducting critical evaluations of biotechnological approaches within broader social and environmental frameworks.