At Bioactiva we are aware of the full range of animal diseases that need the proper laboratory equipment and diagnostic tools. In the Bioactiva catalog, cold lasers for animal rehabilitation are ... Read More
At Bioactiva we are aware of the full range of animal diseases that need the proper laboratory equipment and diagnostic tools. In the Bioactiva catalog, cold lasers for animal rehabilitation are available. Our products support veterinarians, as well as livestock producers or even pet owners, that want to make sure that their animals are well taken care of. Whether for confirming the health status of a breed or identifying pathogens, early detection and control of animal diseases, including zoonosis, is essential to expedite the safe trade of animals and animal-related products. Bioactiva partnerships with ViroReal diagnostic kits from Ingenetix toallow the detection of different types of animal pathogens (e.g., bacteria, virus, parasites, fungus), toxins, metabolized drugs, or biological disease markers, using the latest Polymerase Chain Reaction (RT-PCR)-based test systems and molecular biology techniques. Bioactiva easy-to-use certified cost-effective testing tools available across multiple species, will give your laboratory fast, accurate results to make better-informed animal care decisions.
ViroReal® Kit ASF Virus basiert auf der Amplifikation des capsid protein Gens p72 für den Nachweis von African Swine Fever Virus mittels real-time PCR.
ViroReal® Kit ASF Virus basiert auf der Amplifikation des capsid protein Gens p72 für den Nachweis von African Swine Fever Virus mittels real-time PCR.
BactoReal® Kit Bordetella Multiplex ist ein nicht automatischer IVD Test zum qualitativen Nachweis der DNA von Bordetella pertussis, Bordetella parapertussis, Bordetella holmesii und einiger Stämme von Bordetella bronchiseptica mittels real-time Polymerase-Kettenreaktion.
BactoReal® Kit vanA & Enterococcus spp. ist ein nicht automatischer in-vitro Diagnostik Test zum qualitativen Nachweis und Identifizierung der extrahierten DNA von Enterococcus spp. (23S rRNA Gen) und des Vancomycin A Resistenz Gens (vanA) aus humanem EDTA Blut, Punktaten, Liquor und Biopsien mittels real-time Polymerase-Kettenreaktion.