At this moment my room air temperature is 73F and relative humidity is 30% which makes wet bulb temp as 13C. This is a very virus fav climate. That means, if I carry virus in my nasal airway, my body will most likely keep replicating at this temp.
This is a typical indoor during winter in USA. Depending on outdoor climate, indoor RH also varies. I generally do nothing except body gives me some signal. Furthermore, I recently recovered. But still, I occasionally sleep keeping humidifier on so that room RH goes above 50%.
Before getting COVID, I usually kept wearing mask too often especially indoor in winter. In 2020, my home was very small (650 sq ft). Therefore, my room WBT remained around or above 15C most of the time (3 people constantly lived indoor). (cont)
Normal household work (such as cooking, bathing etc) and exhalation usually kept humidity high. During winter ventilation is also low. Therefore, living in a small home is remarkably beneficiary.
I used to measure humidity & temp in my lab (socially distancing) & in my home (crowded) frequently. My lab WBT was at virus fav while my home was not. I always kept wearing mask in the lab. I believe mask do not block virus particle sufficiently but it keeps nasal airway warm
But I used to believe that mask alone was not enough in very dry indoor. However, as my home WBT was at the safe range, I didn't bother too much. I moved to a new apartment (1000 sq ft) in a different city at the beginning of 2021 where it was difficult to control indoor climate.
Within 10 days after moving to that apartment, I became sick first time during pandemic. It was mild COVID like sickness, but I didn't test positive. Then I used to do a lot of things to keep myself & my family safe such as taking hot shower everyday, living all 4 people (cont)
in the same room while running humidifier on. When summer arrived, we never used AC. It was in Delaware. Keeping window open was enough and we kept living tension free. Now we are in the winter again and my current apartment is small which made my life easier.
Perhaps it is also helpful that I recovered at earliest stage of the winter season. Still more than two-three (some area may have separate winter & spring surge and some areas may have combined surge) months people may have to live very cautious. (cont)
I assume many people will get COVID because of this current case rise. I am a vaccine critic. The positive role of vaccine is very narrow while negative role (such as no protection in virus fav weather or it could also be possible that vaccine helps in virus spreading) is high.
People at this moment depend heavily on the mask because vax'd people are getting COVID. If you are in a physical working mode, you may consider mask as helpful. If you are in a resting mode, mask may not be helpful. I would recommend to add a face shield. #maskandfaceshield
I also believe that indoor physical exercise is helpful. Taking shower with sufficiently hot could be helpful. However, after taking shower, I would recommend to keep wearing mask another 30 mins or so. It could be helpful stay in humid and warm condition 10-15 after shower.
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While my conclusion could be right, but I deleted my previous thread because the date interval does not represent that they got sick during that time. This was the date for the first vaccine doses. But it shows that people who got the first doses during winter became sicker.
Their studies have a few anomalies as well. In the supplementary document, they showed one-dose vaccinated patient's data endpoint as 8/27/2021. But in Table 1 (main article), the end date is shown as of 9/16/2021. # of the final analytical sample also differs from Table 1.
On Nov 26th, I tested COVID positive. My symptoms (fever and body ache) started on Nov 24th. During Thanksgiving break, I was driving a long distance. After driving four and half hours in a row, I observed my first symptom of illness. While driving I was at different env cond.
The last one and half hr I was driving while keeping inside very hot but very dry which I didn't aware at that time. I measured inside air temp (27C) & humidity (16%) which made wet bulb temp 13.16C. This is virus fav environment. I took a very hot shower and continued driving...
at a very cold env (inside temp around 11C) for another three hrs. I was feeling much better and then stopped by a hotel. During travelling, I always carry a humidifier. I was tired and turned on the humidifier and went sleeping. Next day morning, I figured out that I actually...
The role of COVID vaccine is not just to create immunity, it also causes adverse effects and perhaps makes people vulnerable to COVID during virus favorable weather. Spike protein goes to the cell membrane which can potentially change cell membrane tension.
An altered membrane tension can play a diverse role in cellular processes such as cell-cell, cell-vesicle, and cell-virus fusion. Membrane fusion is a highly regulated process. Therefore, someone can expect very diverse and rare side effects due to vaccination.
Many vaccine side effects are unnoticed because they do not show a pattern statistically. When two interfaces fuse together, based on tension differences fusion outcome can be completely different. This is a fact.
COVID cases among vax'd is higher than unvax'd. However, COVID death among vax'd is lower than unvax'd. It indicates that vaccine helps in virus spreading, however, also provides early immunity to reduce death. [vaccine surveillance report UK - week 42] assets.publishing.service.gov.uk/government/upl…
While vaccine immunity helps in reducing sickness, in virus favorable weather (which is around the corner) this immunity may not be enough (which is proved early this year as well). You can imagine how much death toll could be with high COVID spreading.
More specifically, COVID cases above 30yrs old is higher among vax'd (2 doses) than unvax'd. Therefore, an unvax'd person is less likely to catch COVID but more likely to die from it compared to an unvax'd person. But during virus-fav weather, both persons may die equally.
This is my #pandemic preparedness for the next few months. I fear a massive caseload and death in the winter months ahead of us. I also have humidifiers (which provide warm mist) for emergency use. I plan to take a shower every day with hot water.
There are studies to support the use of face shields & inhaling warm steam. Both approaches worked well. There are no studies for taking a hot shower though. But this is from common sense. All these will keep inhaling air hot & humid which will prevent fav virus replication.
These approaches should work at the very early stage. When a virus spreads in the body (I mean at a later stage), there is no reason to think that these will work.