This page collects all initiatives of the In Silico community toward the fight against coronavirus.
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Research projects
- Excalate4CoV: supercomputing resources to scan molecules against coronavirus
- Collection of open source projects on Covid-19
- AI-project on CT-scans for diagnosis of COVID-19
- Computational Fluid Dynamic for assessing the role of surgical mask for prevention
- European standards for medical supplies made freely available to facilitate increase of production
- Free cloud computing resources to studying public health and/or COVID-19 (and instructions)
- Structures from beta-coronavirus with a focus on SARS-CoV and SARS-CoV-2
- RAPID ASSISTANCE IN MODELLING THE PANDEMIC: RAMP
- GLOBAL MOLECULAR MODELLING & SIMULATION EFFORTS TOWARD COVID19
- SIMID Simulation Models of Infectious Diseases
- Modeling the Spread and Prevention of COVID-19
Use case scenarios
- “Rapid development of the drug manufacturing process from the bench to manufacturing scale” – Marc Horner
- “Forecast of disease spread, prediction of incidence per subgroup of citizens (by age, co-morbidities, etc.), and optimisation of scarse resources (such as ICU beds)” – Marco Viceconti
- “Rapid development and in silico certification of medical devices related to Covid-19” – Marco Viceconti
Possible applications
- “Example of application of modeling and simulation in the planning of repetitive disinfection against COVID-19″ – Luca Emili
- ANSYS Simulation-based insights to limit the spread (social distancing during conversation and exercise, proper mask wearing)
- Industrial and Scientific Applications with ANSYS (disinfection, vaccine production, ventilator design and manufacturing, inhalation and drug delivery)
- Example of drug repurposing
- CompBioMed and coronavirus
- An in silico patient cohort for device design and virtual clinical trials to provide a resource towards improving patient-specific ventilator settings to optimise gas exchange and minimise ventilator-induced lung damage – Auckland Bioengineering Institute
- CFD Research’s scientific efforts to help combat the COVID-19 pandemic