Detects the camel pox virus, responsible for skin lesions and systemic disease in camels, essential for herd health management.
Identifies MERS-CoV, primarily affecting camels and posing a zoonotic risk, highlighting the importance of surveillance.
Detects AHSV, a serious viral disease affecting horses, essential for outbreak control and vaccination strategies.
Identifies Brucella bacteria, linked to reproductive failures and systemic infections in equines and camels, facilitating early diagnosis.
Detects this bacterium, responsible for blackleg in livestock, critical for preventing severe disease in horses and ruminants.
Identifies Hendra virus, which can cause severe respiratory and neurological disease in horses, emphasizing biosecurity measures.
Detects the pathogens causing CEM, a contagious reproductive disease in horses, vital for breeding management.
Identifies the causative agent of dourine, a sexually transmitted disease in horses that can lead to significant health issues.
Detects the fungus causing this chronic infection, important for managing equine health, particularly in endemic regions.
Identifies EHV-1 and EHV-4, viruses associated with respiratory and neurological disease, essential for vaccination strategies.
Detects the equine influenza virus, a highly contagious respiratory disease, crucial for outbreak control in horse populations.
Identifies EAV, responsible for reproductive issues and respiratory disease in horses, essential for herd management.
Detects the WEE virus, causing neurological disease in horses, crucial for prevention and control.
Identifies the EEE virus, a serious mosquito-borne disease that can lead to severe neurological effects in horses.
Detects the VEE virus, associated with neurological disease in horses, highlighting the need for surveillance.
Identifies the bacterium causing glanders, a severe and contagious disease in equines, critical for public health safety.
Detects Streptococcus equi, the causative agent of strangles, a highly contagious respiratory disease in horses.
Identifies RVF virus, affecting multiple species including livestock, important for controlling outbreaks in equines.
Detects Leptospira spp., bacteria that can cause reproductive and systemic disease in horses and other livestock.
Identifies the rabies virus, critical for preventing this fatal zoonotic disease in equines and ensuring public safety.
Detects Cryptosporidium species, associated with gastrointestinal disease in horses and other livestock.
Identifies Salmonella species that can cause gastrointestinal infections in equines, facilitating timely management.
Detects Listeria monocytogenes, a bacterium that can lead to serious infections in horses, impacting overall herd health
Identifies rotavirus strains responsible for gastrointestinal disease in young horses, crucial for neonatal health management.
Detects pathogenic strains of Clostridium difficile, associated with gastrointestinal disease in horses.
Identifies this bacterium linked to tick-borne infections in horses, important for disease management.
Detects Borrelia, the causative agent of Lyme disease, which can impact horse health and performance.
Identifies this fungus linked to respiratory disease in horses, facilitating prompt diagnosis and treatment.
Detects Candida species, which can cause infections in horses, particularly in immunocompromised individuals.
Identifies Cryptococcus, a fungus that can cause systemic infections in horses, crucial for managing at-risk populations.
Detects Giardia lamblia, a protozoan associated with gastrointestinal disease in various animal species, including horses.
Identifies multiple pathogens associated with sepsis in equines, essential for managing critical cases effectively.
Detects Nipah virus, which poses a risk to both human and animal health, emphasizing the importance of surveillance.
Identifies this protozoan responsible for equine piroplasmosis, a serious tick-borne disease affecting horse health.
Detects EIAV, a viral disease that can cause severe anemia and is important for managing equine populations.
Identifies EHV-2 and EHV-5, associated with respiratory and other diseases in horses.
Detects Streptococcus equi and Streptococcus zooepidemicus, pathogens linked to respiratory disease in horses.
Identifies this protozoan parasite associated with equine babesiosis, crucial for managing tick-borne diseases in horses.