We offer various in vitro tests with fish cells to investigate Fish Feed & Health. For covering a broad range of effects, we are using different rainbow trout cell lines, such as from intestine (RTgutGC), skin (RTHDF), liver (RTL-W1) and gill (RTgill-W1).
Stephan Fischer
Division Head Fish Feed & Health
stephan.fischer@aquatox-solutions.ch
Phone: +41 (0)71 571 09 72
aQuaTox-Solutions set out to revolutionize how fish health and nutritional products can be assessed and improved without using live fish.
aQuaTox-Solutions set out to revolutionize how fish health and nutritional products can be assessed and improved without using live fish.
We offer various in vitro tests with fish cells to investigate Fish Feed & Health. For covering a broad range of effects, we are using different rainbow trout cell lines, such as from intestine (RTgutGC), skin (RTHDF), liver (RTL-W1) and gill (RTgill-W1).
Stephan Fischer
Division Head Fish Feed & Health
stephan.fischer@aquatox-solutions.ch
Phone: +41 (0)71 571 09 72
The RTgutGC cell line – Ideal alternative model to animal testing in aquaculture
The fish intestine comprises an important environment-organism interface that is essential for nutrient uptake, growth, health and pathogen defense. Using the RTgutGC cell line as 3D culture in a two compartment system, we can assess effects of various variables on the fish intestine.
The RTgutGC cell line – Ideal alternative model to animal testing in aquaculture
The fish intestine comprises an important environment-organism interface that is essential for nutrient uptake, growth, health and pathogen defense. Using the RTgutGC cell line as 3D culture in a two compartment system, we can assess effects of various variables on the fish intestine.