Genekam pathogen catchers are new kinds of advanced medical solutions, where the backbone of the pathogen catcher is modified magnetic beads. These modified magnetic beads can be added to the solution containing pathogens like bacteria, parasites, viruses, etc. Once the pathogen catcher is released in solutions containing specific pathogens, these specific pathogens will attach to magnetic beads; hence, these can be pulled out easily in the magnetic rack. Once the user has pathogen catcher beads with a specific pathogen. This can be used to conduct the different assays, e.g., isolation of DNA/RNA of this pathogen, to conduct the cell culturing in case of viruses as well as bacterial cultures, along with conducting immunological assays, e.g., ELISA, rapid test, and fluorescent assays. These pathogen catchers are sterile in many cases; it means that one can use isolated pathogens to conduct the various cell cultures, but the user must be very careful if he is not coming from the microbiology or medical field and he is working with fatal pathogens; therefore, he needs a proper sterile environment.

Genekam pathogen catchers have one big advantage: they can provide highly purified strains of pathogens, which may be the case for the development of vaccines as well as testing the efficiency of therapeutic antibodies as well as molecules.  Pathogen catchers can save time, and there is no need for cell sorters, which are very expensive.

The Genekam pathogen catcher can concentrate the pathogens, which are in fluid, e.g., cell cultures, urine samples, water samples (legionella), etc. This will make conducting the assays easy. These catchers can be used to isolate the cells expressing the viral antigens on their cell wall.

These are a few examples of where Genekam pathogen catchers can be used; therefore, they must be part of each laboratory in the world.

These pathogen catchers can be used to teach the students how to work with magnetic beads, as the applications of magnetic beads are increasing with time.

Pathogen catchers can be used to develop new kinds of rapid tests as well as ELISA tests, which can be completed in a few minutes rather than hours. These have better sensitivity.