Impedance Flow Cytometry Can Distinguish Good And Bad Bacteria

Do you run a pathology lab? If so, you are probably very familiar with the different types of bacteria that can be found in a sample. But what if you could distinguish the good bacteria from the bad bacteria? That would be very helpful, right? Well, impedance flow cytometry can do just that!

Good and bad bacteria can be distinguished by their size, shape, and charge. Good bacteria are typically smaller and have a more negative charge than bad bacteria. This is because the bad bacteria have a thicker cell wall that contains more positively charged molecules. If you want to know more about the good bacteria, check this link

Impedance flow cytometry is a type of technology that uses electrical impedance to measure the size and shape of cells. This information can then be used to identify different types of bacteria.

So how does this work? Let’s take a closer look.

How Can Impedance Flow Cytometry Be Used To Distinguish Good Bacteria From Bad Bacteria?

Impedance flow cytometry can be used to distinguish good bacteria from bad bacteria by measuring the electrical impedance of bacterial cells. This is done by passing a current through the cells and measuring the voltage drop across them.

The higher the impedance, the more resistant the cells are to electricity. This can be used to differentiate between Gram-positive and Gram-negative bacteria, as well as between viable and non-viable cells.

What Are Some Of The Benefits Of Using Impedance Flow Cytometry To Distinguish Bacteria?

Some of the benefits of using impedance flow cytometry to distinguish bacteria include:

–          Improved accuracy in identifying different types of bacteria

–          Can differentiate between viable and non-viable cells

–          Can identify gram-positive and gram-negative bacteria

How Is Impedance Flow Cytometry Helping To Improve The Accuracy Of Bacterial Identification?

The use of impedance flow cytometry has greatly improved the accuracy of bacterial identification. This is because it can help to distinguish between good and bad bacteria, which is not possible using traditional techniques. By being able to specifically identify the harmful bacteria, it is possible to treat the infection quickly and effectively.


In conclusion, impedance flow cytometry is a very useful tool that can be used to distinguish good bacteria from bad bacteria. This is done by measuring the electrical impedance of the cells and using this information to identify different types of bacteria. The use of this technology has greatly improved the accuracy of bacterial identification and has helped to improve the treatment of infections.

If you are interested in learning more about how impedance flow cytometry works, or if you would like to learn more about its benefits, please contact us today. We would be happy to answer any questions that you may have. Thank you for your time!

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