Module 1: Introduction to Stem Cell Biology

Introduction and Learning Objectives: 

The first module, “Introduction to Stem Cell Biology,” will provide students with the building blocks necessary for understanding, examining, and dissecting the dynamic field of stem cell research. This course will delve into the basic research that uncovers the molecular mechanisms and cell biology of stem cell properties and functions as well as translational research and applications of stem cell science to human health. This first module will cover the fundamentals of stem cell biology necessary for progressing to more advanced core concepts. 

At the conclusion of this module, students should be able to:

• define what characterizes a stem cell;
• list and compare different types of stem cells;
• describe the stem cell niche and its role on stem cell regulation;
• explain stem cell differentiation in vivo and in vitro;
• summarize different types of pluripotent stem cells and how they are induced;
• analyze key experiments that define pluripotency;
• design future experiments based on a data figure from a scientific paper.

Core Concepts

1. What defines a stem cell? 
2. Types of stem cells 
3. Stem cells in vivo
4. Stem cells in vitro

This module is part of the ISSCR's Core Concepts in Stem Cell Biology: Syllabus and Learning Guide. To access the experiments, theories, and primary and secondary literature that support each of these concepts, download the complete resource by using the form on the right-hand side of this webpage.