Successful Multicolor Flow Cytometry
Course 7 of the Fundamentals of Flow Cytometry Series
This is course 7 of a 10-part Fundamentals of Flow Cytometry series. It is aimed at anyone who would like to have a detailed understanding of the basics of flow cytometry and stay ahead in all experiments.
Courses are led by Bio‑Rad's flow cytometry experts who have diligently compiled all the questions they are regularly asked about the application and have designed this program to be both comprehensive and efficient.
You will receive a downloadable certificate upon completion of each course.
This is a preview, please enroll to access these lessons
Welcome to the course
How to use this course
Meet the instructor
Fluorescent Dye Selection
Chapter 1 Quiz
Example of Multicolor Panel Building
Chapter 2 Quiz
Useful Guides and Tools
This course is designed for people who want to have a fundamental understanding of how flow cytometry works and how it can be used to answer research questions.
This class should take approximately 40 minutes to complete.
Once all sections of this course have been completed a certificate with your name and course name will be available for download.
By enrolling in this class you will be automatically added to Bio-Rad's Flow Cytometry Community. This is a highly collaborative place to ask questions and share flow cytometry ideas with the instructors and your peers. You can post pictures, comments, and reply to others.
There are ten classes in the Fundamentals of Flow Cytometry Series. Course 1: Flow cytometry basics. Course 2: Inside a flow cytometer. Course 3: Fluorescence and flow cytometry principles. Course 4: Sample preparation essentials. Course 5: Target protein detection. Course 6: How to use controls. Course 7: Successful multicolor flow cytometry. Course 8: Data acquisition and analysis. Course 9: Cell sorting essentials. Course 10: Planning flow cytometry experiments.
In the fundamentals of flow cytometry series
Course 1: Flow cytometry basics
Course 2: Inside a flow cytometer
Course 3: Fluorescence and flow cytometry principles
Course 4: Sample preparation essentials
Course 5: Target protein detection
Course 7: Successful multicolor flow cytometry
Course 8: Data acquisition and analysis
Course 9: Cell sorting essentials
Course 10: Planning flow cytometry experiments
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