Virtual Life Science Bootcamp (Grades 6-9)

Class 1: You Are What You Eat - Biochemistry and the Body

Objective: Introduce students to the basics of biochemistry and how it relates to human health and nutrition. 

Topics:

• Understanding the building blocks of life: proteins, carbohydrates, fats, and nucleic acids.
• How food turns into energy: a simple look at metabolism and digestive processes.
• The importance of a balanced diet and its effects on the body.
• Activity: Analyzing different foods for their nutritional content and planning a healthy meal.

Class 2: Cells Everywhere! - Cell Biology

Objective: Explore the fascinating world of cells, the basic units of life. 

Topics:

• Cell structure and function: differences between plant and animal cells.
• Introduction to cell organelles and their roles (nucleus, mitochondria, chloroplasts, etc.).
• Cell Communication
• Activity: Observing different cell types and learning about their functions.

Class 3: You and Your Genes - Genetics

Objective: Unravel the mysteries of genetics and how traits are passed from one generation to the next. 

Topics:

• DNA and genes: understanding the blueprint of life.
• Basics of inheritance: dominant and recessive traits.
• Introduction to genetic variation and mutation.
• Activity: Punnett square and pedigree problems

Class 4: You and the Planet - Environmental Science

Objective: Discover the interconnections between humans and the environment, emphasizing the importance of conservation. 

Topics:

• Alabama Ecosystems and biodiversity: exploring the variety of life on Earth.
• Human impact on the environment: pollution, deforestation, and climate change.
• The importance of conservation and sustainable living practices.
• Activity: Research and present on an endangered species or a conservation effort.

Class 5: Life Science Project

Objective: Complete a project where students will apply concepts learned in previous classes.

Topics:

• A digital poster that demonstrates how the food we eat can be used in the body.
• Designing a cell city.
• Completing a family tree to analyze genetic traits.
• A mini-research project on a local environmental issue.