@KappacherS @SebRei Najo... zwischen Human- und Veterinärepidemiologie gibt es durchaus Unterschiede. Schon allein deswegen, weil Schweine nicht (in den Urlaub) fliegen. Speziell, wenn man agent-based modelling betreibt. https://t.co/hw8293JgFc
RT @HaiderNajmul: Very happy to see my ex-colleague at DTU published this interesting article on "Prediction Models in Veterinary and Human…
RT @FrontVetScience: New Research: Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread:…
Very happy to see my ex-colleague at DTU published this interesting article on "Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread". https://t.co/xQC8jWc52t
prediction models in veterinary and human epidemiology: our experience with modeling #Sars-CoV-2 spread https://t.co/8BCGBORdul
RT @FrontVetScience: New Research: Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread:…
RT @Lisa_A_Boden: One Health 👇 https://t.co/0hopdI9ZAO
One Health 👇
RT @FrontVetScience: New Research: Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread:…
RT @FrontVetScience: New Research: Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread:…
New Research: Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread: The worldwide outbreak of Sars-CoV-2 resulted in modelers from diverse fields being called upon to help predict the spread… https://t.co/T
Prediction Models in Veterinary and Human Epidemiology: Our Experience With Modeling Sars-CoV-2 Spread https://t.co/3coYorNMZc @FrontVetScience