Biology (SBI4U)

In this unit, learners will go on an exploratory journey to understand how cutting-edge technology shapes biological processes and cellular functions within the realms of food production, pharmaceuticals, and healthcare. They will delve into the fascinating world of molecules, uncovering how their chemical properties influence life at the cellular and biological levels. Through this exploration, students will gain insights into the critical structural and functional roles that various compounds play in the cells of all living organisms.

Students will embark on an exploration of metabolic processes, uncovering the chemical changes and energy transformations vital to life. The course emphasizes how understanding these processes can guide better choices in addressing personal health, societal issues, and environmental challenges.

Delving into the world of molecular genetics, students will showcase their understanding of DNA as the repository of all genetic information in living organisms. Their exploration will cover the role of proteins in regulating diverse cellular activities. Moreover, the course includes an evaluation of the social, legal, and ethical implications of genetic research and biotechnology advancements.

In this unit, students will gain insights into the narrow range of internal conditions that organisms can effectively manage. They will examine the vital role of organ systems in sustaining homeostasis and how these systems use feedback mechanisms to keep internal environments stable. The course also includes an analysis of environmental impacts on the balance of homeostasis.

Students will explore the reasons behind the predictable patterns of population growth. They will examine the connection between increasing resource utilization, waste production, and population expansion, identifying specific pressures that jeopardize the Earth's sustainability. The course also encourages students to assess various technological innovations that could either exacerbate or alleviate the environmental impact tied to population growth and the consumption of natural resources.

Final Exam: 3 Hours

A proctored test comprising 30% of the final grade.

RST (Research and Study Time): 6 Hours

A proctored evaluation, also worth 30% of the final grade.

• A laptop or personal computer, ideally with Google Chrome or Mozilla Firefox browsers installed.
• Devices capable of video recording and scanning handwritten work, such as a mobile phone, tablet, or webcam.
• A reliable internet connection.
• Downloadable high school biology software featuring interactive labs. Completion of these labs enables students to vividly understand metabolic processes, cellular and biological activities, as well as the intricacies of DNA replication and sequencing, translation, transcription, and gene synthesis.

• Access to Google Suites or Microsoft Education for word processing and presentation software, with accounts provided by the school.
• Supplemental Ebook materials tailored for biology courses.
• Availability of Canva for Education, upon request.
• Access to Gizmo and Labster for engaging in virtual laboratory simulations.
• Educational resources including video lessons, interactive Pear Deck lessons, and Quizlet activities.