Articles tagged with Hoof and Mouth Disease
A new foot-and-mouth disease vaccine developed by Diamond Light Source is projected to deliver over $1.3 billion in annual benefits, transforming global livestock resilience. The vaccine's unique features, including heat stability and scalability, make it a game-changer for farmers worldwide.
A comprehensive study reveals repeated incursions of Foot-and-Mouth Disease virus in Israel and neighboring areas, emphasizing the importance of improved surveillance, vaccination efforts, and cross-border cooperation. The research underscores the necessity for unified strategies to effectively combat FMD and reduce its economic and ag...
Biologists at the University of Leeds created high-resolution images of the foot-and-mouth disease virus, revealing fibril structures that play a key role in replication. These findings could lead to new antiviral treatments for diseases caused by the virus.
A simple sampling method using swabs from environmental surfaces has been shown to detect viral genetic material in foot and mouth disease outbreaks. This method can be easily performed by smallholder farmers without clinical expertise, providing an effective tool for early detection.
Researchers identified a tiny viral protein, 3B3, that plays a key role in the replication of foot-and-mouth disease virus. This discovery could lead to the development of more effective vaccines against the disease.
A Kansas State University research project developed a simulation model to assess the impact of vaccination strategies and livestock herd types on foot-and-mouth disease outbreaks. The study found that effective control methods can be implemented while minimizing harm to the livestock industry.
A new adaptive management approach could improve outcomes in disease outbreaks by allowing for quick updates to interventions based on real-time information. This flexible approach has been proposed as a way to contain outbreaks more efficiently and effectively, saving lives and millions of dollars.
A flexible approach to managing disease outbreaks, called adaptive management, allows for real-time updates to contain outbreaks more quickly and efficiently. This approach could lead to significant savings in livestock losses and improved outcomes in cases like foot-and-mouth disease.
A new approach to disease outbreak management proposes using real-time information to adapt interventions, potentially saving up to £20 million in livestock losses. This flexible approach aims to improve outcomes by incorporating scientific discovery with policy making.
A new study considers how to manage epidemics in information blackouts, particularly in the US where privacy laws restrict data accessibility. The researchers used land cover maps to approximate farm locations and developed a mathematical model that can provide accurate predictions about disease spread.
A recent study published by Wildlife Conservation Society reveals that livestock, not Mongolian gazelles, are the primary drivers of foot-and-mouth disease (FMD) outbreaks in Mongolia. The research found that FMDV antibody prevalence in gazelle populations mirrored the dynamics of FMD in livestock across the Eastern Steppe.
A new system tracks cattle's feeding patterns and behavior using RFID technology, enabling early detection of illnesses and improving treatment outcomes. The system has shown promising results in detecting subtle changes in animal behavior indicative of health challenges.
Enterovirus 71, closely related to poliovirus, causes major outbreaks in Asia-Pacific region. Rapid evolution and family transmission facilitate severe cases of neurological disorders like meningitis and paralysis.
Researchers at Kansas State University developed a predictive model to forecast the spread of foot-and-mouth disease. Their study found that preemptive vaccination is effective in halting the disease's spread when an outbreak is not in its epidemic stage.
A K-State study predicts devastating economic impacts if foot-and-mouth disease were to occur in Kansas, with estimated losses of $36 million, $199 million, and $945 million for the state. The study analyzed three scenarios and found that larger outbreaks would result in longer durations and greater economic ruin.