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Extracting information from biological systems and networks with specific focus in the information stored at the structural level: neutral evolution and RNA, topological networks, and sequential dynamical systems.

Mathematical Biocomplexity

Using information science to create solutions for complex societal problems. Our simulation systems are critical to the success of detecting new threats and planning strategic responses.

Network Systems Science and Advanced Computing

Channeling data science to improve the impact of decision making for the public good.

Social and Decision Analytics

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The University of Virginia’s Biocomplexity Institute announces that it has entered into a Memorandum of Understanding (“MOU”) with five entities in Turkey, establishing the Data Science for the Public Good (DSPG) Young Scholars program in Istanbul and Ankara, Turkey’s capital city.

Biocomplexity Institute Helps Launch First All-Virtual Data Science for Public Good Young Scholars Program

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Biocomplexity Institute Develops COVID-19 Dashboard Projecting Hospital Capacity Scenarios in Virginia

Biocomplexity Institute Releases Enhanced COVID-19 Surveillance Dashboard to Provide Greater Understanding of Pandemic Through Visualization

More Institute News >

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Researchers convert female mosquitoes to nonbiting males with implications for mosquito control

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July 14, 2020

Researchers have proven that a single gene can convert female Aedes aegypti mosquitoes into fertile male mosquitoes and identified a gene needed for male mosquito flight.

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July 1, 2020

Mandy Wilson joined Virginia's First Lady, Pamela Northam, student STEM Advocate, Jordan Wright and other women in science to discuss women in STEM and give advice as to the field.

A Boston EMS ambulance crew wheeled in a patient to Mass. General Hospital from an ambulance in April. While COVID-19 numbers have been decreasing in Massachusetts, cases have surged in parts of the world, including in the South and West of the United States.

Actual number of COVID-19 cases is 12 times higher than reported, with 50 percent more deaths, says MIT study

The Boston Globe

June 30, 2020

The true number of COVID-19 cases around the world is roughly 12 times the official count, and the number of deaths is 50 percent greater, according to a study by Massachusetts Institute of Technology researchers, who contend that a swifter response could have prevented one-third of fatalities.

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Stefan Hoops

Meet Stefan Hoops! Prior to joining the Biocomplexity Institute, Stefan外国金融平台服务器公司电话-【万维讯通】:2021-5-27 · 外国金融平台服务器公司电话[xr55jB]外国金融平台服务器公司电话app推广服务器分为企业app和个人app两大类。企业app有优秀的网络用户体验，仅只是不能实现自己的品牌营销和网络推广，仅 …He then went on to serve as a software developer for Schumann Consulting Corporation in Germany. In 2006, he was elected as one of the five editors of the Systems Biology Markup Language (SBML), where he served from 2007-2009.

Today at the Biocomplexity Institute, Stefan is a research associate professor within our Network Systems Science and Advanced Computing division. His research interests include modeling and simulation of biochemical systems, management and analysis of systems biology data sets, and reverse-engineering of biochemical networks.

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