These are resources I refer to frequently or which help with a specific topic like Covid-19 decontamination. Currently they are listed in the order I find them.
There are many COVID-19 status sites. I like this one because a 17-yo Seattle area high school student set it up in December 2019, before the Chinese even reported COVID-19 to WHO. It scrapes status sites around the world and updates once a minute.
This guide covers not only food safety, but also how to protect against the COVID-19 virus in general. COVID-19 attacks the respiratory system, not the digestive system.
“[R]espiratory viruses reproduce along the respiratory tract—a different pathway than the digestive tract food follows when you swallow it. And while you might say that you just inhaled that salad, more likely you ate it with a fork and swallowed it.”
I wrote about the protocol I use to decontaminate food I bring into my apartment in the 26 March 2020 entry. Read up and find a protocol that works for you.
What options to governments in the face of a COVID-19 epidemic? Quite a few, it turns out. However there is one option that, in the absence of extensive early testing, has the best outcome in terms of both public health and the health of the economy. This article calls it the “hammer,” but you know it as a lockdown.
This dashboard is easy to navigate and provides historical and trend view of worldwide Covid-19 statistics.
Dr. David Price of Weill Cornell Medical Center in New York City is an ICU physician. This is his useful (and 1 hour long) tutorial on Covid-19 including infection, symptoms, treament, and protection. His advice boils down to:
- clean your hands
- be aware of where your hands are and keep them off your face
- wear a general purpose mask – you don’t need an N95 mask
- keep distance from others and avoid sustained contact in close quarters with people who might be infected
- if you feel short of breath, go to the hospital
A database of the hundreds of Covid-19 clinical studies with information about each study’s purpose, organizer, and stage.
The Saw Swee Hock School of Public Health presents emerging Covid-19 science reports for researchers, policymakers, and regional colleagues.
The reports are based on searches of research databases, relevant journals, science reports and expert comment. New research is added regularly and is clearly marked as new.
Categories include Clinical Characteristics, Diagnostics, Treatments, Vaccines, Containment Measures, and Social Distancing and Lockdowns.
Large data sets differentiate the Covid-19 pandemic from previous epidemics. This data lake provides researchers everywhere with Covid-19 data for big data analysis and machine learning.
A record of R values for each US state. Rt is the average number of people who become infected by an infectious person. If Rt is above 1.0, the virus will spread quickly. When Rt is below 1.0, the virus will stop spreading.
Derek Lowe’s commentary on drug discovery and the pharma industry. Useful for reasoned insights on Covid-19 treatments and vaccines.
A volunteer effort to track the number of Covid-19 tests in the US, including test results.
Someone had to do it. Two lists, one for all the treatments under development, another for all the vaccines under development. The good news is that there is a lot of Covid-19 development!
Great info on Covid-19 cases, mortality, and testing by country. Easy to make comparisons between countries, too.
There are hundreds of Covid-19 clinical trials for treatments and vaccines. BioCentury provides updates to trial status and timelines.
A status on each country’s Covid-19 response categorized by whether a country is beating the virus, nearly there, or need to take additional action.
A Covid-19 status check for each state in the US, from having an outbreak to containing the virus.
Covid-19 trends for US states and territories including changes in positive tests, percentage of tests that are positive, number of tests administered ICU bed availability, and number of hospital admissions for flu-like symptoms.
Theoretical Biology Group at ETH Zurich maintains an Open Source project to estimate the effective reproductive number (Re) for countries in Europe.