Satellite maps help understand the relationship between disease outbreaks and vaccination rates October 12, 2016 Source: Bio Valley October 12, 2016 / Bio Valley BIOON/ -- By observing satellite images of population migration, researchers can help researchers investigate vaccine coverage and help stop the spread of disease. The latest study published in Scientific Reports examines satellite maps, vaccination records, and measles cases, and they believe that these data together can respond more quickly to disease. The study's author, Nita Bharti, an assistant professor at Pennsylvania State University, believes that in developing countries, many factors have led to low vaccination rates among populations, and that vaccination coverage in populations has changed over time. Seasonal migration and gatherings of people in developing countries have led to an increased risk of disease transmission, which also provides a good target for government and medical institutions to intervene in related diseases. Penn State's research team, by collecting satellite images of nighttime lights near Nigeria's capital, Niamey, can be used to understand the concentration of nighttime populations during the outbreak of the disease and to estimate the population size of the population and compare it with the vaccination data at the time. This retrospective estimate gives the proportion of vaccinations that are very close to the true vaccination ratio. They also built computer models based on vaccination rates, satellite maps, and measles cases. The model shows that the vaccination intervention on the eve of the outbreak of the disease can better reduce the extent of the disease outbreak, but has little to do with population fluctuations. The researchers also believe that although satellite maps are a very old means of migration research compared to mobile phones and social networks, the advantage is that satellite maps can study past data and understand patterns of migration and movement. Remote satellite images have been given new research hopes, combined with future big data trends, it is likely that there will be an automated disease warning system based on satellite images in the future. Veterinary drugs can be roughly classified into four categories: â‘ general disease control drugs; â‘¡ infectious disease control drugs; â‘¢ internal and external parasitic disease control drugs; â‘£ (including growth-promoting drugs). Except for Biochemical immune products (bacteria, vaccines, serums, antitoxins and toxoids, etc.) for the prevention and treatment of infectious diseases, and special veterinary drugs such as special parasitic drugs for livestock and poultry and growth-promoting drugs, the rest are the same as those for human use, but the dosage , dosage forms and specifications are different. It has long been widely used to control livestock and poultry diseases. Veterinary Raw list,Tulathromycin A Powder Prcie,Bulk Ethopabate Powder Price,Norfloxacin Powder Price,Isoprenaline Hydrochloride Powder Xi'an Henrikang Biotech Co.,Ltd , https://www.henruikangbio.com
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