Why take this course?

Why take this course?

This short course is designed to teach researchers about statistics applied to laboratory data.

Learning Objectives 

  • Define key terms like populations, samples, and distributions

  • Understand the basic principle of experimental design

  • Summarize data using measures like mean, median, and standard deviation

  • Understand the common distributions (e.g., normal, binomial)

  • Perform hypothesis tests and understand confidence intervals

  • Analyze relationships between variables using correlation and linear regression

  • Recognize which statistical test is the most appropriate for your research

  • Conduct T-tests and ANOVAs and understand experimental design principles like randomization

  • Apply non-parametric tests when data assumptions are not met

Statistics for Life Scientists

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Welcome!

  • Course Introduction

Chapter 1: Introduction to Statistical Thinking and Data Analysis

  • Why take this course?4
  • Experimental Design
  • Biological and Technical Controls
  • Choosing the Right Sample Size2
  • Randomization Techniques for Reducing Bias
  • Data Collection and Management
  • Background Readings1
  • Chapter 1: Test Yourself

Chapter 2: Understanding Probability Concepts in Statistics

  • Descriptive Statistics
  • Probability Distributions
  • Normal Distribution
  • Normality Testing
  • Skewed Data and Logarithmic Transformation
  • Chapter 2: Test Yourself

Chapter 3: Comparing Groups with Statistics

  • Formulating Null and Alternative Hypotheses
  • Understanding T-tests and ANOVAs 1
  • ANOVA
  • Post-hoc Tests
  • Interpreting P-values for Biological Significance
  • Chapter 3: Test Yourself

Congratulations!

  • Learning Checklist11