Meat inspection and food safety concerns: open data kit (ODK)that Uganda is using to improve livestock disease surveillance and reporting.

 

Open Data Kit to improve livestock disease surveillance and reporting in Uganda.Surveillance of livestock diseases is key to reduce their harm to livelihoods, development and even humans. Meat inspectors in Uganda are using the Open Data kit (ODK) tool to improve animal disease surveillance and reporting, and sharing their experiences and knowledge with peers. The tool was rolled out at a training workshop held in October 2021 at the Makerere University College of Veterinary Medicine, Animal Resources and Biosecurity (COVAB). 

 The workshop aimed to boost, retool and equip inspectors in routine meat inspection procedures, hands-on skills in meat hygiene and food safety procedures, and knowledge of meat inspection regulations and standards. 

  Ensuring wholesome beef.

 How ODK works .

ODK is an open-source mobile data collection platform that enables users to fill out forms offline and send data to a server when a connection is found. 

 why reforms are necessary.

Once on the server, the data can be viewed, downloaded and acted upon. In the first six weeks following the training, the meat inspectors had uploaded more than 300 reports to the ILRI server.

 Collected data can be used to determine prevalence of diseases, locations and age-group of animals affected, and inform response. 

 Speaking at the review meeting, Annie Cook, a senior scientist at ILRI, commended the inspectors for their interest in improving the reporting of data on disease surveillance at the points of slaughter, saying: 'As pioneers at using the ODK tool in the meat inspection sector, your feedback and input is important in refining the tool so that it is useful and can be used in the future.' 

 Reporting their experiences, the meat inspectors noted that the tool was user-friendly and most did not have major challenges in uploading data. 

 

Agribusiness : Using GPS-on cows to track and stop cattle rustling.

 Cattle rustling is on the rise in Africa,but not limited to Africa. Farmers losing livestock to rustlers have increased,and a solution  to curb this trend has emerged. 

The solution is the use of technology, via tracking devices .It is a crime evoking bushrangers and cattle duffers of old, but stock theft has become a modern crime and researchers are hoping to find a technological solution. 

 

A team from Central Queensland University (CQU) in Rockhampton believes a motion-sensing GPS device may hold the clue.The device detects mustering activity and sends a message to a grazier's phone. 

 Researchers hope it might hold the answer to reducing cattle rustling which, according to the 2001/2002 National Farm Crime Survey, affected 6 per cent of farms at an estimated annual cost of $16 million. Project leader Associate Professor Mark Trotter said preliminary trials had been promising.

"The core technology already exists so things like GPS tracking and motion-sensing tracking [are] a little bit like a fitbit that you see people wearing," Dr Trotter said. continue

Mapping Zoonotic Disease.

Compiling data from hundreds of studies on past zoonotic disease outbreaks, Barbara Han, a disease ecologist at the Cary Institute of Ecosystem Studies in Millbrook, New York, and her colleagues have mapped where current reservoirs are most likely to be found. The goal was to be able to predict where future pathogenic leaps from mammals to humans are likely to occur. “What we really want to do is shift the strategy from one of being defensive—always running around putting out fires—to one that’s preemptive,” Han told The Washington Post. “One step toward that goal is to figure out where things are, what’s carrying the known diseases and what’s their distribution.” But the results, published today (June 14) in Trends in Parasitology, are only a piece of the puzzle, she added. “It’s a hard game to play because there’s hundreds and hundreds of combinations of different zoonoses and carriers. We’d hoped to find a unifying theme, and instead there’s just 45 more questions that need to be answered.” Zoonotic diseases are not, for example, concentrated in tropical environments, as might be predicted. In fact, the subarctic—Alaska, northern Canada, and northern Russia—had the same number of zoonoses as the tropics, despite being home to fewer reservoir species. “Even though there are more species in the tropics, fewer of them carry zoonoses,” Han said in a press release. “In contrast, more of the species living in northern latitudes, such as the Arctic Circle, carry more zoonoses. Understanding the implications of this pattern in light of climate warming trends will be an important line of inquiry that should be addressed sooner rather than later.” Other hot spots included Europe—consistent with previous zoonotic mapping efforts—as well as Southeast Asia. Han and colleagues also turned up surprises when assessing which types of animal hosts harbor the most zoonotic pathogens. Rodents, for example, carried about the same number as carnivores, despite having nearly 10 times as many species. “I’m hoping to work together with people who really understand public health to think about the wildlife human interface, and the cultural things that permit or prevent that from happening,” Han told The Washington Post. “This is a multifaceted question and very complex . . . and the devil’s in the details.” Contributed by the scientist.

HOW TO USE APPS TO CUT RISK OF RABIES .

Researchers are using the app to track free-roaming dogs that have been vaccinated against rabies.
Rabies could be eradicated from street dogs in India with the help of a new smartphone app, a study has shown.

Monitoring them in this way has enabled vets to vaccinate 70 per cent of the dog population in the City of Ranchi -which is the threshold needed to minimize the risk that the disease is passed to people.  Adopting the approach more widely could help to eliminate rabies from people and animals