@nwnancy @mkwalters3 @TAlexPerkins ... do you know that my paper published on @PLOSONE about human movement and contact-borne disease started as a videogame. I made it when I was a post-doc at @Emory, during a boring afternoon... https://t.co/A15WTkSGLY. T
A few years ago, I have published a paper showing that movement in Iquitos, Peru, was affected by age and sex. This movement heterogeneity have a great impact on contact-borne diseases: https://t.co/ZHdHE3qZVN
RT @prokopeclab: In times of COVID-19, a paper I published in 2013 shows how 'random' contacts boost influenza transmission. Stay Home and…
RT @prokopeclab: In times of COVID-19, a paper I published in 2013 shows how 'random' contacts boost influenza transmission. Stay Home and…
RT @prokopeclab: In times of COVID-19, a paper I published in 2013 shows how 'random' contacts boost influenza transmission. Stay Home and…
RT @prokopeclab: In times of COVID-19, a paper I published in 2013 shows how 'random' contacts boost influenza transmission. Stay Home and…
RT @prokopeclab: In times of COVID-19, a paper I published in 2013 shows how 'random' contacts boost influenza transmission. Stay Home and…
and I am the mind (second author) behind the model published in this article..... Fewer palces visited, smaller will be the peak.. We were ahead of everyone! Righ Gonzalo (@prokopeclab)? ;-)
In times of COVID-19, a paper I published in 2013 shows how 'random' contacts boost influenza transmission. Stay Home and be safe. Gonzalo. #PLOSONE: Using GPS Technology to Quantify Human Mobility, Dynamic Contacts and Infectious Disease Dynamics i ... ht
A few years ago, I have published an article showing how different movement routines can impact the transmission of diseases like #COVID19. The main message was that reducing visited locations results in low infections but increases the epidemic duration:
@jessieabbate @sarah_kada @flodebarre @DanielStreicker @DFisman ... if your code is written with R, try the animation package. Check Supporting video files S3 in my paper about movement and spread of contact-borne disease published on @PLOSONE: https://t
People movement routine of cities in low-, middle-, and high-income country can affect R0 of flu-like. Taking in account people behaviour in different setting is crucial to predict #2019nCoV outbreaks. To know more, read about my ABM @ https://t.co/WgP8hJN
People movement routine of cities in low-, middle-, and high-income country can affect R0 of flu-like. Taking in account people behaviour in different setting is crucial to predict #2019nCoV outbreaks. To know more, read about my ABM @ https://t.co/WgP8hJN
RT @donal_bisanzio: People movement routine of cities in low-, middle-, and high-income country can affect the flu-like disease spread. Tak…
RT @donal_bisanzio: People movement routine of cities in low-, middle-, and high-income country can affect the flu-like disease spread. Tak…
People movement routine of cities in low-, middle-, and high-income country can affect the flu-like disease spread. Taking in account people behaviour in different setting is crucial to predict #2019nCoV outbreaks. To know more read about my ABM @ https://
さぁやれるものならやってみろ! Using GPS Technology to Quantify Human Mobility, Dynamic Contacts and Infectious Disease Dynamics http://t.co/vRS8ZS4afy
さぁやれるもんならやってみろ!私の土俵へようこそ!(震え声) http://t.co/vRS8ZS4afy
Check-out our new paper published in PLOSONE # http://t.co/G0bBQT2N1B
Using GPS Technology to Quantify Mobility, Dynamic Contacts and Disease Dynamics in a Poor Urban Environment http://t.co/8b634xXZlR
Using GPS Technology to Quantify Mobility, Dynamic Contacts and Disease Dynamics in a Poor Urban Environment http://t.co/8b634xXZlR
Using GPS Technology to Quantify Mobility, Dynamic Contacts and Disease Dynamics in a Poor Urban Environment http://t.co/8b634xXZlR
characterizing human movement in a resource-poor setting using #GPS devices. lots of implications for disease spread http://t.co/E1kt2ZpNXL
Just out. Using GPS to measure individual movements for estimating exposures. http://t.co/qGsKpHUDEZ