Electrical impedance spectroscopy (EIS) is a way to check the amount of cells, particles or droplets. It sounds very general when it is explained like this, but it helps medical researchers to improve the counts of parts in a body. It is important to collect this information to, for example, improve a treatment of someone who has cancer. It is for example important to see how many cancer cells there are in a certain organ. This way the treatment can be determined and how someone can be treated. Sometimes it shows that someone is healthy. So, it can give a lot of different results for different important aspects.

Research for electrical impedance spectroscopy (EIS)

It is important that we perform research about electrical impedance spectroscopy (EIS). This technology gives us the opportunity to see how cells work and what their characteristics are. Above, there is mentioned that electrical impedance spectroscopy (EIS) is used to see what kind of cells there are in a body. If a researcher or a doctor takes a sample from a body and examines it with electrical impedance spectroscopy (EIS), he or she can determine what the results are of this group of cells by using this technology.

How it works

If you want to know how it works exactly you can look it up on the Internet. There is a lot of information about this technology. You can apply this technology for:

• Quality control within the food industry
• Counting and sorting of cells
• Blood analysis

These are only three examples. But you can see that the applications are very different from each other. It is important to realize that this technology can be used in different fields and different researches. You will find more information on the Internet about this technology.