COVID-19 - A collection of useful infographics related to the Coronavirus Disease 2019 pandemic
#COVID19+Summary - One page summary sheets for the intensivist, hospitalist, and more
#COVID19+Diagnosis - Diagnostic Algorithms, Signs and Symptoms for Diagnosis
#COVID19+Management - Medications and Treatment Protocols
#COVID19+Checklist - Donning/Doffing, Intubation Checklists
#COVID19+Intubation - Resources for Intubation
#COVID19+PPE - Personal Protective Equipment Standards, Donning and Doffing 
#COVID19+Chest+CT - Computed Tomography Examples - Ground Glass, ARDS
#COVID19+POCUS - Point of Care Ultrasound Examples
#SocialDistancing - How we can mitigate the burden of this virus.
#PUI - Criteria for screening a Patient Under Investigation
#R0 - "R Naught" - Reproductive Number or average number of people infected by one person with the disease.
#COVID19+Mortality - Infographics that compare the mortality rate of the Novel Coronavirus to prior outbreaks (Ebola, SARS, MERS, etc)

Internet Book of Critical Care - Dr. Josh Farkas - https://emcrit.org/ibcc/covid19/
Brigham and Women’s Hospital COVID-19 Critical Care Clinical Guidelines https://www.covidprotocols.org/

clinical pocus diagnosis management ct intubation checklist mortality summary r0 persistence pui ppe
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Case Fatality Rate (CFR) and R0 of the Novel Coronavirus 2019 compared to other famous contagious
Coronavirus #COVID19 #NCOV2019
How does the 2019 Novel Coronavirus (nCoV2019) compare to Ebola, SARS, MERS? Cases and Deaths
Weighing diseases
Novel Coronavirus (nCoV2019 ... into perspective. nCoV2019 ... Vaccinologist #nCoV2019
COVID-19 Mortality by Age Group

#COVID19 #NCOVID2019 #Mortality #Age #Group #Distribution #Coronavirus
Group #COVID19 #NCOVID2019
Reproductive Number (R0 "R Naught") showing how contagious / transmissible a pathogen is.  The R0
The R0 for Wuhan nCoV2019 ... RNaught #Contagious #nCoV2019
Criteria for Patients Under Investigation for 2019 Novel Coronavirus (2019-nCoV) / COVID-19

Fever or signs/symptoms of lower
#Coronavirus #nCoV2019
All masks will filter particles of 0.3 microns or bigger (i.e. 95 will filter out 95%
AirborneIsolation #nCoV19
Persistence of clinically relevant viruses on dry inanimate surfaces

Most common viruses persist on surfaces for days
contagiousness #COVID19 #ncov2019