@Ed209 -- It's seemed obvious to me from the beginning that initial viral load is an important factor. Based on what I'm seeing however, nutritional status seems to be far more important, with Vitamin C, Zinc, Vitamin A, Iodine, and Vitamin D levels among the most crucial. Obviously, there are many others that should be optimal. Regarding Vit. C, I recently learned that "far and away", the highest concentrations of cellular Vitamin C in the body is in the immune system cells (which can apparently become quickly depleted when dealing with an infection).
Below is part of an email I received from Chris Masterjohn (PhD) today which reviews a recent report coming out of Indonesia on COVID-19 infections and Vitamin D status. The numbers are pretty staggering. If anybody is interested in CM's reviews of these kinds of reports, you can subscribe by clicking on this link: --
COVID-19 Research Updates Boldings and underlining below are mine.
Patterns of COVID-19 Mortality and Vitamin D: An Indonesian Study
13 Pages Posted: 30 Apr 2020
The electronic health records of 780 laboratory-confirmed COVID-19 cases from the government hospitals of Indonesia between March 2 and April 24 was searched for data on vitamin D status prior to admission, age, sex, preexisting conditions, and mortality. Vitamin D status was classified as normal (≥30 ng/mL), insufficient (21-29 ng/mL), or deficient (≤20 ng/mL).
The majority of cases (59%) were below age 50, and 83% of them were alive and still in the hospital at the time of writing.
The mean age of those that died was 65, while the mean age those who lived was 46.
Two thirds of those who died were male, while only one third were female.
85% of those who died had preexisting conditions. The specific conditions were not reported.
Just under half (49.7%) of cases had
normal vitamin D status, and
only 4% of them died.
Just over a quarter (27%) had
insufficient vitamin D status, and
most of them (88%) died. Just under a quarter (23%) had
deficient vitamin D status, and
almost all of them (99%) died.
Without adjusting for age, sex, or preexisting conditions, those with vitamin D insufficiency were 12.55 times as likely to die and those with deficiency were 19.12 times as likely to die. After adjusting for age, sex, and preexisting conditions, those with insufficiency were 7.63 times as likely to die and those with deficiency were 10.12 times as likely to die.