Health Science Interactive Videos

Explore narratives on harmonizing college life with the creative dimensions of Health Science, focusing on how students acclimate to new environments and responsibilities. Understand their strategies for managing academic challenges while fostering creativity in health-related fields.

Develop hands-on expertise in practical healthcare skills, focusing on patient care and healthcare technology. Prepare for certification by cultivating competencies essential in health science.

Explore eligibility and fundamental topics such as Anatomy and Exercise Physiology within the IB Sports curriculum, gaining insights into assessments that foster a deep understanding of health sciences.

Examine the essential elements of healthcare career pathways, with a particular focus on credentials and practical training. Gain a deeper understanding of the typical features present in these careers and develop insights into what constitutes job readiness.

Focus on the core principles of managing support services by examining societal structures, such as families, and exploring concepts of vulnerability. Identify and assess societal needs and gain an understanding of legislative measures that provide support for children.

Investigate the fundamental principles and methodologies in biotechnology and genetic engineering, focusing on gene manipulation and cloning. Acquire an understanding of their applications and assess potential risks associated with these technologies. Develop skills to critically evaluate the impact of genetic advancements.

Investigate biotechnology by examining genetic engineering techniques and their applications. Understand how biotechnology contributes to creating beneficial products and resolving genetic issues. Focus on mastering principles, gaining insights into real-world applications, and addressing ethical and practical concerns in the field.

Investigate the implications and historical background of dark biotechnology, with a focus on bioweapons and genetic manipulation. Acquire an understanding of the ethical challenges involved and explore preventive strategies. Develop critical thinking skills to assess the impact of biotechnological advancements and engage with complex moral questions.

Hands-on learning in health sciences focuses on practical experiences and exposure to diverse career paths, enabling students to gain experiential knowledge for real-world applications. The emphasis is on developing critical skills and competencies necessary for success in the field, fostering an understanding of theoretical concepts through direct engagement and application in various healthcare settings.

Study the fundamental concepts of gene therapy, including the application of vectors and the challenges faced in biotechnology. Understand the potential of genetic solutions and develop critical thinking skills.

Explore the concepts of genetic engineering and biotechnology, with a focus on selective breeding and genetic modification. Gain insights into their applications and potential impacts on organisms. Understand the underlying scientific principles, evaluate the ethical considerations, and analyze real-world case studies to appreciate the influence of these technologies. Develop the ability to discuss implications, hypothesize future advancements, and critically assess the risks and benefits associated with modifying organisms at the genetic level.

Examine biotechnology's impact on managing diabetes, developing gene therapies, advancing bioprinting, and detecting pathogens. Understand how these areas enhance healthcare solutions. Aim to grasp how biotechnology contributes to innovative treatment approaches, acquire insights into the integration of gene therapy techniques, and appreciate the role of bioprinting in creating biological tissues. Furthermore, learn how biotechnology facilitates precise pathogen detection, leading to improved disease management. Develop critical thinking and analytical skills to evaluate biotechnology's potential in transforming modern healthcare.

Understand the transformative impact of enzymes on various industries by evaluating how they enhance efficiency and promote sustainability. Analyze their function as catalysts in developing environmentally-friendly industrial processes.

Examine how biotechnology plays a crucial role in increasing the nutritive value of foods and advancing preservation methods. Gain insights into biofortification and genetic engineering, with a focus on their potential environmental impacts. Achieve a comprehensive understanding of the strategies used to enhance food quality and shelf life through biotechnology, and evaluate the implications of these biotechnological advancements.

Explore the field of biotechnology and genetic engineering with a special focus on the genomic manipulation required to create dire wolves. Analyze DNA sequences and examine the ethical considerations surrounding genetic engineering, cultivating a comprehensive understanding of the scientific principles and ethical concerns involved.

Examine biopiracy and its effects on intellectual property rights and biodiversity. Gain the ability to recognize instances of biopiracy and comprehend its importance in the context of global ecosystems.

Explore the role of GMOs in agriculture and how they are perceived by the public. Gain understanding of scientific methodologies involved in GMO development and practices for responsible filmmaking. Focus on critical analysis to enhance insights and skills in evaluating both scientific data and media representations.

Investigate IT helpdesk structures and support levels, with a focus on escalation processes and expertise requirements. Enhance support management skills through understanding and application of these concepts.

Investigate the purpose, suppliers, and significance of funding in public services. Gain understanding of how these services contribute to societal well-being and economic growth. Develop insights into the mechanisms and impacts of financial allocation within public sectors, including the roles of various funding providers. Achieve a comprehensive appreciation of how such services underlie a balanced and flourishing society and economy.

Understand DNA extraction techniques essential for forensic analysis in biotechnology, with a focus on investigative procedures. Gain the ability to apply DNA analysis for solving forensic mysteries through practical application and critical examination of evidence.