When Should I Use Flow Cytometry Isotype Controls?

The modern world is changing quickly, and nowhere is that more true than in the world of science. You may have used something last week or last month, only to find out it has become old and obsolete, and all of a sudden you're living in the past.

The Importance Of Isotype Controls In Flow Cytometry

This is true in the field of flow cytometry as well. Take isotype controls, for example. At one point these weren't just the most effective negative controls, they were the only ones! And now, many believe their time is long gone.

But are these claims true? Is it time to put isotype controls out to pasture and move on?

Find out more on isotype controls (◄ read the full article here), and how you should (or shouldn’t!) make use of them in your tests from ExCyte, the leading authority on flow cytometry!

Of course, knowing when to use isotype controls is merely one of the numerous factors you need to know about flow cytometry clinical applications! One more is knowing when to use the right flow cytometry analysis software!!

Flow Cytometry In Clinical Diagnosis

Flow cytometry has made a big impact in the scientific world over the last several years, and its uses have gotten more common.

Running An Effective Flow Cytometry Experiment

So for those serious about boosting their STEM career, or getting it off to a good start, it doesn't get much better than this!

But clinical flow cytometry experiments are not an easy thing to do. Even the most skilled flow cytometrists could wind up missing out on certain crucial details and coming up with bogus or incorrect data.

Follow these Six tips, though, and your knowledge of and proficiency in flow cytometry clinical applications (◄ check out the full post here) will be better for it!

To get more on flow cytometry, like the significance of fluorescence staining and FACS data analysis, these posts will help!