High School Plant Biotechnology Interactive Videos

Explore how biotechnology is transforming plant growth through genetic modifications, including increased resistance to pests and improved nutrient content. Learners will understand the collaborative roles of scientists and farmers in these biotechnological advancements and examine their impact on agriculture and soil conservation practices.

Explore open-source plant breeding principles and their critical role in conserving plant diversity for public benefits. Gain insights into genetic concepts and biotechnology applications to enhance understanding of plant genetics and sustainable practices.

Examine the structure and functions of permanent plant tissues, with a focus on xylem, phloem, and ground tissue systems. Develop an understanding of their roles in plant growth and development, emphasizing commercial applications and physiological contributions.

Explore how biotechnology advances material design, focusing on the contributions of bacteria and synthetic biology in creating sustainable materials. Gain an understanding of biotechnology's potential to revolutionize industries by promoting sustainability and fostering innovation.

Investigate the core aspects of cell biology by examining cell structure and function, and gain a foundational understanding of biotechnology applications. Learners will explore the roles of various cellular organelles and differentiate between plant and animal cells, thereby reinforcing their knowledge of key biological concepts.

Examine key concepts of the bioeconomy and sustainable practices, focusing on the transition from fossil fuels to renewable resources, as well as innovations in agriculture and bioplastics. Evaluate the challenges and benefits of these practices to enhance understanding of sustainable economic models.

Examine the complexities of the phosphorus crisis and its impact on ecosystems globally, with a particular focus on agricultural practices and environmental sustainability. Gain insights into the crucial role of phosphorus in biological systems, and explore potential solutions for enhancing agricultural efficiency and ecosystem balance, such as the implementation of mycorrhiza.

Explore how design fiction merges with synthetic biology to investigate the potential of plants in indicating soil toxicity, and examine speculative design in the realm of olfactory experiences. Investigate biotechnological innovations developed at MIT to understand the integration of technology into creative, emotional, and artistic applications, enhancing both scientific and creative viewpoints. The focus will be on broadening perspectives through interdisciplinary approaches.

Engage in an exploration of biotechnology concepts with a focus on genetic engineering techniques integral to AP Biology. Develop proficiency in key biotechnological methods, including gel electrophoresis and PCR, to effectively apply these techniques in practical scenarios.

Explore the applications of biotechnology in food production with an emphasis on genetic engineering and the creation of transgenic crops. Gain insights into the benefits and challenges associated with biotechnology, enhance understanding of biosafety regulations, and examine the potential for biotechnology to contribute to sustainable agriculture.

Examine how acoustic techniques, including proteodies and classical music, influence plant growth, sugar content, and metabolite levels. Gain an understanding of sound's role in agriculture, methods for assessing chemical changes in plants, and the biological significance of enhanced metabolite production.

Investigate advanced biotechnology concepts by focusing on genetic modification, cloning, and the pivotal role of stem cells in scientific progress. Develop the capability to thoroughly understand DNA sequencing applications and the ethical implications involved, equipping yourself to assess and engage in discussions on biotechnological innovations effectively.

Examine how technological advancements such as the Internet, 3D printing, and the Internet of Things affect criminal behavior and introduce new public safety challenges. Gain insight into the dual nature of technology, recognize potential threats from emerging technologies, and understand the necessity of public involvement in developing effective safety measures.

Examine the intricate processes of gene regulation, with a focus on transcription and the effects of mutations. Gain an understanding of the mechanics of gene expression, the significance of regulation, and the essential role these concepts play in cellular functions.

Explore the complexities of the genetic code, highlighting its redundancy and the role of RNA in its transmission. Examine techniques to reprogram the genetic code for advanced biotechnological applications while understanding the potential benefits and challenges of these innovations. Enhance comprehension of cutting-edge biological advancements and the skills necessary to navigate this evolving field.

Explore the complexities of biotechnology, examining ethical implications related to areas such as xenotransplantation, biopiracy, and genetic modification. Gain insights into significant ethical concerns, regulatory frameworks, and the societal impacts associated with biotechnology advancements.

Investigate the variety of habitats where plants thrive, including urban parks and rural fields, to understand plant distribution and the environmental factors that support plant life globally. Gain knowledge of ecological relationships and environmental science, developing critical thinking and observational skills in the process.

Explore fundamental concepts and techniques in recombinant DNA technology, focusing on gene isolation, vector use, and gene expression. Understand the primary objectives of genetic manipulation, identify the tools used in the process, and explain the outcomes of genetic transformations.

Explore the principles and applications of gel electrophoresis in genetics, highlighting its role in the separation of molecules by size and its ability to reveal DNA's structural characteristics. Discover how this technique aids scientific research and forensic investigations by identifying genetic differences and similarities. Understand its significance in analyzing DNA to support research advancements and solve criminal cases.

Explore the foundational concepts of genetic engineering and the revolutionary CRISPR technology, covering key figures, historical manipulation methods, and potential applications. Gain insights into DNA structures, enhance understanding of genetic manipulation, and assess the ethical implications of these biotechnological advancements.