comments

Nonpharmaceutical Interventions (NPIs)

Tags: NPI, quarantine, quarantines, social distancing, mobility restrictions, lockdowns, masks, mask

RELATED ARTICLESExplain
⌅
EIDM 
⌃
Research interests
■
Nonpharmaceutical Interventions (NPIs)
⇤
Lisa Kanary
⇤
04 Intervention and Control
⇤
Ashleigh Tuite
⇤
David Fisman
⇤
Iain Moyles
⇤
James Watmough
⇤
Jude Kong
⇤
Huaiping Zhu
⇤
Julien Arino
⇤
Beate Sander
⇤
Jane Heffernan
⇤
Nick Ogden
⇤
Jacques Bélair
⇤
Natalie Anne Prystajecky
⇤
Amy Greer
⇤
Lloyd T. Elliott
⇤
Lindsay Crowshoe
⇤
Rita Isabel Henderson
⇤
Jianhong Wu
⇤
Edward Thommes
⇤
Monica Cojocaru
⇤
Seyed Moghadas
⇤
Mark Loeb
⇤
Swetaprovo Chaudhuri
⇤
Kumar Murty
⇤
Sharmistha Mishra
⇥
23/11/16 Julien Arino
⇥
Mathematical modelling of human response behaviour during pandemics
⇥
4b Evaluate impact of NPI policy on future disease outcomes
⇥
2022/04/05 Jorge Velasco-Hernandez
⇥
221026 Success or Failure of Nonpharmaceutical Interventions
⇥
221117 Stochasticity in adherence to nonpharmaceutical interventions
⇥
221215 Compliance with social distancing and vaccination for COVID-19
⇥
One Health Modelling for Emerging Infectious Diseases – Fall 2022
⇥
Lecture 15: Controlling infectious disease
⇥
230208 Martin Grunnill
⇥
230412 Jingjing Xu
⇥
231011 Rado Ramasy
⇥
231206 Mortaza Baky Haskuee
⇥
240214 William Ruth
⇥
240228 Tanya Philippsen
□
Actuarial science
□
Agent-based models
□
Agriculture
□
Animal health
□
Antimicrobial resistance
□
Arthropods
□
Artificial intelligence
□
Bayesian analysis
□
Bioinformatics
□
Biometrics
□
Biostatistics
□
Cancer
□
Category Theory
□
Causal inference
□
Cellular biology
□
Chikungunya
□
Child health
□
Cholera
□
Climate change
□
Clinical trials
□
Clostridium difficile
□
Community health
□
Conservation
□
Contact tracing
□
COPD
□
Covid-19
□
Data mining
□
Decision making
□
Defence
□
Dengue
□
Diabetes
□
Diagnostic testing
□
Digital Twins
□
Dynamical systems
□
Ebola
□
Ecology
□
Economics
□
Energy
□
Enteric infections
□
Environment
□
Equity
□
Ethics
□
Finance
□
Food safety
□
Food security
□
Foot and Mouth Disease
□
Forest fires
□
Games
□
Gender
□
Genomics
□
Global health
□
Graphs
□
Health economics
□
Hepatitis
□
HIV
□
Homelessness
□
Human papillomavirus (HPV)
□
Immunology
□
Indigenous health
□
Influenza
□
Informatics
□
Insurance
□
Livestock
□
Lyapunov functions
□
Lyme disease
□
Machine learning
□
Malaria
□
Manufacturing
□
Markov chain
□
Mental health
□
Microbiology
□
Mobility
□
Model‐informed drug development
□
Mortality
□
Mosquitoes
□
mpox
□
Natural resource management
□
Neisseria meningitidis
□
Neural networks
□
Nutrition
□
Pathogens
□
Pertussis
□
Physics
□
Pneumonia
□
Primary care
□
Probiotics
□
Psychology
□
Rabies
□
Race
□
Respiratory infections
□
Respiratory syncytial virus (RSV)
□
SARS
□
Schools
□
Sentiment analysis
□
Serosurveillance
□
Sexually transmitted infections
□
Simulation
□
Social determinants
□
Social networks
□
Sociology
□
Spatio-temporal analysis
□
Stem cells
□
Streptococcus pneumoniae
□
Substance use
□
Surveillance
□
Sustainability
□
Syndemics
□
Synthesis
□
Text mining
□
Tuberculosis
□
Vaccination
□
Wastewater-based surveillance (WBS)
□
West Nile virus
□
Workforce impact
□
Zika
□
Zoonosis
□
Graph of this discussion
Enter the title of your article


Enter a short (max 500 characters) summation of your article
Enter the main body of your article
Lock
+Comments (0)
+Citations (39)
+About
Enter comment

Select article text to quote
welcome text

First name   Last name 

Email

Skip