p.1
Carbon as the Molecule of Life
What are some examples of organic compounds?
Glucose, proteins, and fats.
p.1
Macromolecules and Nutrition
What macromolecules are reviewed in the workshop?
Carbohydrates, lipids, proteins, and nucleic acids.
p.2
Carbon as the Molecule of Life
Why is carbon central to the structure of biological macromolecules?
Because it can form four stable bonds.
p.2
Macromolecules and Nutrition
What are the four main types of biological macromolecules?
Carbohydrates, lipids, proteins, and nucleic acids.
p.2
Biological Catalysts and Enzyme Activity
What factors affect enzyme activity?
Temperature, pH, and substrate concentration.
What are the key properties of water?
Polarity, cohesion, adhesion, high heat capacity, and its role as a solvent.
p.1
Carbon as the Molecule of Life
Why is carbon considered the molecule of life?
Because of its ability to form complex molecules and bond with other elements to create macromolecules.
p.2
Hypotheses and Variables in Experiments
What is the purpose of creating hypotheses in experiments?
To predict outcomes and identify variables.
p.2
Biological Catalysts and Enzyme Activity
What is the role of enzymes in the human body?
They act as biological catalysts.
p.3
Balanced Diet and Health
What risks are associated with synthetic supplements?
They may disrupt natural enzyme functions.
p.3
Data Interpretation in Biology
What should you review to interpret graphs related to enzyme activity?
How to interpret graphs and data.
p.3
Biological Catalysts and Enzyme Activity
Why is understanding enzyme activity important for digestion?
Enzymes play a crucial role in breaking down food.
p.3
Impact of Science on Society
What is the significance of understanding enzyme activity in medicine development?
Medicines can target specific enzyme pathways.
p.3
Impact of Science on Society
How does scientific knowledge of macromolecules and enzymes impact society?
It influences diet, health, and ethical issues.
