【人教版】High School Biology Required Volume 1
This course is based on the PEP (People's Education Press) High School Biology Compulsory 1 textbook. Through in-depth exploration of cell composition molecules, basic structures, material input and output, energy supply and utilization, as well as the life历程, it leads students into the microscopic world of biology, establishing a material and systematic view of life.
Course Overview
Content Summary
This course is based on the People's Education Edition high school biology compulsory textbook 1. Through in-depth exploration of cellular molecular composition, basic structure, material input and output, energy supply and utilization, as well as the life cycle, it leads students into the microscopic world of biology, establishing a material and systemic view of life.
Explore the molecular mysteries of life's origin and operation, and master core high school biology knowledge.
Author: Biology Curriculum Textbook Research and Development Center, Curriculum Textbook Research Institute, People's Education Press
Acknowledgments: Approved by the Expert Committee of the National Textbook Committee in 2019; First Prize in the First National Textbook Construction Award
Learning Objectives
- Recognize that the cell is the basic unit of life activities, and understand the structural hierarchy of living systems.
- By comparing prokaryotic and eukaryotic cells, summarize the unity of cells; master the application of complete induction and incomplete induction.
- Master the operating skills of the high-power microscope, observe and describe the morphological structures of different cells.
- Explain the main elements and compounds that compose cells, illustrating the unity and diversity between the living world and the inorganic natural world.
- Explain the important roles of water and inorganic salts in cellular life activities.
- Differentiate the types of carbohydrates and lipids and their functions in energy supply and structural composition.
- Explain the fluid mosaic model of the cell membrane, and recount the historical exploration of the cell membrane's composition and structure through scientific history.
- Differentiate the structures and functions of various organelles (such as mitochondria, chloroplasts, etc.), and master differential centrifugation and high-power microscope observation techniques.
- Explain the synthesis and transport process of secretory proteins, understanding the application of isotope labeling and the significance of the endomembrane system in life activities.
- Be able to explain the principles of osmosis and analyze the phenomena of water movement into and out of animal red blood cells and plant cells.