Summary

• Variables — storing and managing data such as patient age, height, or blood test results
• Data Types — working with strings (names), integers (counts), floats (measurements), and Booleans (True/False health flags)
• Operators — performing calculations and comparisons for medical indicators (e.g., BMI, dosage checks)
• Lists — organizing collections like medication names or lab values
• Dictionaries — storing structured data such as patient profiles or electronic medical records
• String Formatting — presenting readable reports or summaries for clinicians
• Control Structures — making automated decisions (e.g., flagging abnormal lab results) and repeating routine tasks using loops and functions

With these fundamentals, you can now:

• Store and manipulate clinical or research data
• Organize patient information using lists and dictionaries
• Automate decision rules and workflows with if-statements and loops
• Write reusable functions to calculate medical indices or summarize datasets
• Format output for reports, dashboards, or data summaries
• Debug and improve your scripts — a key step toward reliable data analysis

You’re now ready to advance to Intermediate Python for Medical Data Analysis, where you’ll:

• Build more complex functions and automate routine reports
• Use modules and libraries such as pandas, matplotlib, and numpy for data handling and visualization
• Handle data errors gracefully
• Develop scalable programs for hospital or research settings

The foundation you’ve built here will support your journey into data analysis, clinical research, and AI-driven health solutions.

Keep practicing — coding is a skill best learned through experimentation and application!