Non-Communicable Diseases

Describe how the interplay of genetic predispositions and lifestyle factors alters the risk of developing non-communicable human diseases, with particular focus on cardiovascular diseases, various cancers, lung/liver diseases, and nutrition-influenced conditions like type 2 diabetes.
Describe the correct methodology for practically investigating the effect of exercise on pulse rate and the subsequent recovery rate.
Analyze provided data to explain the prevalence of non-communicable diseases at local, national, and global scales, directly linking these patterns to lifestyle factors such as exercise, diet, alcohol consumption, and smoking.
Translate complex data related to disease causes, spread, effects, and treatments seamlessly between graphical and numerical formats.
Construct and interpret statistical representations including frequency tables, bar charts, diagrams, and histograms in a biological context.
Understand and confidently apply the core principles of statistical sampling to scientific data collection.
Utilize scatter diagrams to successfully identify and describe correlations between two specific variables.
Describe the complex interactions and compounded effects that can occur between different types of diseases within a single individual.

What you need to know