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The qualitative and quantitative identification of different microbiological organisms plays a decisive role in monitoring water quality. This applies to drinking water, industrial water and surface water. Regardless of whether it is a matter of determining the total bacterial load, detecting organisms as a key indicator of hygiene or potential contamination - the innuDETECT Water Pathogen Assays offer a range of excellent detection assays based on real-time PCR. 

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

TaqMan®-based innuDETECT Food Pathogen Assays enable specific analysis for a range of pathogens encountered in food control applications.

TaqMan®-based innuDETECT Food Pathogen Assays enable specific analysis for a range of pathogens encountered in food control applications.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The qualitative and quantitative identification of different microbiological organisms plays a decisive role in monitoring water quality. This applies to drinking water, industrial water and surface water. Regardless of whether it is a matter of determining the total bacterial load, detecting organisms as a key indicator of hygiene or potential contamination - the innuDETECT Water Pathogen Assays offer a range of excellent detection assays based on real-time PCR. 

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

TaqMan®-based innuDETECT Food Pathogen Assays enable specific analysis for a range of pathogens encountered in food control applications.

TaqMan®-based innuDETECT Food Pathogen Assays enable specific analysis for a range of pathogens encountered in food control applications.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.

The innuDETECT Internal Control DNA/RNA Assay is a highly sensitive, selective tool for detecting internal DNA and RNA controls. 

The qualitative and quantitative identification of different microbiological organisms plays a decisive role in monitoring water quality. This applies to drinking water, industrial water and surface water. Regardless of whether it is a matter of determining the total bacterial load, detecting organisms as a key indicator of hygiene or potential contamination - the innuDETECT Water Pathogen Assays offer a range of excellent detection assays based on real-time PCR. 

TaqMan®-based innuDETECT Food Pathogen Assays enable specific analysis for a range of pathogens encountered in food control applications.

TaqMan®-based innuDETECT Food Pathogen Assays enable specific analysis for a range of pathogens encountered in food control applications.

The innuDETECT Species ID Assays are a novel TaqMan®-based product line enabling a highly sensitive analysis of e.g. pork, beef, donkey, goat, chicken, turkey and fish DNA.