4 oct. 2020

Triathlon, Trump and Coronavirus

 

We have been writing about coronavirus for a while.  We have mentioned that we had 120 patients treated with steroids -cero deaths at the end of June; we have around 400 now.  Our article was written before the appearance of articles related to dexamethasone and coronavirus.  Dexamethasone was prohibited as a medication for COVID 19 by the WHO and the CDC at the begining of the pandemic, it was accepted for the very ill later.  The photo screenshot of the abstract sent to the NEJM is below.  The article was not reviewed by the journal. We did not use antivirals because they were not specifics, assuming what we know about the use of dexamethasone in HIV positive patients.  This wonder drug rescued Trump from dropping oxygen saturations episodes.  It was not Remdesivir the wonderful drug.  Until he got dexamethasone, Trump felt better and could breathe better.  This very cheap drug can save millions of lives related to coronavirus and not a vaccine or the antivirals.  The problem is that dexamethasone is not business (money).  It was advertised for the severely ill but we can use when we see the shortness of breath and desaturation.  C-reactive protein could be as low as 2.



8 juin 2020

Triathlon and Coronavirus Treatment in Oaxaca II

 

 

We mentioned the reason why we post this subject here:  we do not have other place to post it.  Mexico is the third country in the Americas regarding the number of contagious people and respective deaths.  We are at the peak of the epidemic at the present time.  We come from this small city in Mexico and we speak about a village near Oaxaca where we follow up patients with covid 19.  Our friend is the one on the frontline, we just support him.  The price for each treatment is $5,000.00 pesos ($220 dollars), so people can afford it. $25.00 dollars for the initial consultation and the rest is for medications.  Close to 100 patients with covid 19 and zero deaths.

We can start talking why patients are not dying as it is the case in Mexico where mortality is around 6%.  Two things are present:

1)   Excellent service and follow up.  Timing is the key when taking care of patients.

1.1)      The protocol starts with routine laboratory:

CBC with differential.

Chem 18.

CRP.

Chest X-ray.

1.2)     Management will depend on findings.  Antivirals and antibiotics are given routinely.  Prednisone will be given depending on the degree of inflammation.  Prednisone because is the cheapest, it exists in any pharmacy stock, and it is well known to us (starting with 50 mgrs).  Heparin is given according to the situation (80 mgrs. of Clexane a day).

 

2)   The burden and stress of hospitalization is not present.

2.1)   Patients will keep moving to avoid atelectasis, thrombus and interestingly they have better ventilation.

2.2) Oxygen was not given because it was not available but we have learned that even when they have O2 saturation in the low 80, they can still move and they have a good outcome from what we know (no one has died).

 

Taking care of patients is similar to taking care of athletes.  Attention to details is important.  Athletes and patients should know that they are getting the best care available.  They have to believe in what we are doing.  Science as Albert Einstein puts it and it should be present: “Science is the refinement of every day thinking; common sense thinking.”

 

I let you enjoyed the lake where we train in Oaxaca.  



We follow our own protocol:

21 avr. 2020

Triathlon and Team Oaxaca Coronavirus Guidelines

 

We started learning since the beginning of the pandemic about the virus, to face the situation.  We have learned the following:

1)   The virus is transmitted via aerosol in addition to saliva drops.  Why?  We have the story about the chorus rehearsing and apparently keeping the distance between two people.  They said: “No one sneezed or coughed.”  One-day rehearsal, 60 people practicing, 45 sick, two deaths. https://edition.cnn.com/2020/04/01/us/washington-choir-practice-coronavirus-deaths/index.html  This is more anecdotal, if you wish, but we have other sources of information.

 

We have the studies mentioned in the New England Journal of Medicine:

https://www.jwatch.org/

Surgical Masks Provide Source Control of Respiratory Viruses

Richard T. Ellison III, MD reviewing Leung NHL et al. Nat Med 2020 Apr 2 Bae S et al. Ann Intern Med 2020 Apr 6

Surgical face masks were found to reduce presence of influenza and coronavirus RNA in respiratory droplets and aerosols from infected individuals.

The CDC has just recommended that the general U.S. population begin wearing cloth face coverings to decrease the community-based transmission of the SARS-CoV-2 virus. Two new studies provide some support for the CDC guidelines.

In the first, researchers at a Hong Kong hospital obtained nasal and throat swabs and respiratory droplet and aerosol samples from 246 individuals with presumed symptomatic acute respiratory viral infection seen year-round between March 2013 and May 2016. During a 30-minute collection of exhaled breaths when patients were breathing and coughing normally, 124 individuals were wearing a face mask and 122 were not; 49 provided second 30-minute samples of the alternate type.

By reverse transcriptase polymerase chain reaction (RT-PCR) there were 54 individuals with rhinovirus infection, 43 with influenza infection, and 17 with human seasonal coronavirus infection. For all three viruses, the viral load was higher in nasal than in oral secretions, and all three viruses were detectable in both respiratory droplet (particles >5 μm) and aerosol (particles <5 μm) fractions of the exhaled breath. Masks led to a notable reduction in the number of RT-PCR–positive respiratory droplet and aerosol samples for patients with either coronavirus (in respiratory droplets, from 30% to 0%; aerosols, 40% to 0%) or influenza infection (respiratory droplets, 26% to 4%; aerosols, 35% to 22%); there was no meaningful reduction seen with rhinovirus infections. Influenza virus was able to be grown from 4 of 5 studied RT-PCR–positive aerosol samples from individuals not wearing masks.

The second study, by Bae and colleagues, recruited 4 patients with SARS-CoV-2 infection to cough five times onto petri dishes containing viral transport media approximately 20 cm from their face while wearing either no mask, a surgical face mask, or a two-ply cotton mask. The median nasopharyngeal viral load was 5.66 log copies/mL, and the cough samples found viral loads of 1.4 to 3.5 logs/mL whether or not a mask was present for three of the four patients. Swabs of the outer surfaces of both types of masks were positive for all four patients.

COMMENT

The work by Leung raises the theoretical concern of viral transmission through aerosols as well as respiratory droplets although, as the authors note, there was no attempt to grow either coronavirus or rhinovirus from the RT-PCR respiratory samples to confirm the presence of viable virus. Still, this novel study provides strong evidence that the use of surgical masks can provide source control for both human coronavirus and influenza virus infections when individuals are sitting for 30 minutes. In contrast, the very small study by Bae shows that neither surgical nor cotton face masks will prevent the spread of virus from a coughing individual — at least at a distance of only 20 cm. While both studies have clear limitations, together they suggest that the use of a surgical face mask can provide some source control in individuals infected with coronavirus or influenza, although the efficacy is likely diminished in coughing individuals (and we can't extrapolate the findings to other types of masks). Still, in my mind these limited data do support the broad use of face masks until this pandemic is brought under control.

 

2)   The German expert who instituted the program in Germany challenged the notion that the virus is primarily acquired touching infected material.  The assumption was that the coronavirus is transmitted via air and not so much by contact.

 

Researchers have so far come to different conclusions on how long the virus can survive on surfaces. But now a team of scientists in Germany are trying to find answers.

 

"So far, no transmission of the virus in supermarkets, restaurants or hairdressers has been proven," explained Bonn virologist Hendrik Streeck on the ZDF Markus Lanz talk show.

 

Instead, the major outbreaks have been the result of close get-togethers over a longer period of time, he said.

 

That's demonstrated in, for example, outbreaks that have stemmed from après-ski parties in Ischgl, at football matches in Bergamo or at carnival celebrations in the municipality of Gangelt in the Heinsberg district of North Rhine-Westphalia.

https://www.thelocal.de/20200402/how-german-scientists-hope-to-find-answers-on-coronavirus-in-countrys-worst-hit-spot

3)   The lakes, ocean are not infected to the degree of being a source of infection.  The problem is that we still get aerosol from infected people because those places are crowded most of the time.  The infection is not in the water.

https://www.unwater.org/coronavirus-global-health-emergency/

 

Coronaviruses (CoV) are a large family of viruses that cause illness ranging from the common cold to more severe diseases. According to WHO, while persistence in drinking-water is possible, there is no current evidence that coronaviruses are present in surface or groundwater sources or transmitted through contaminated drinking-water.

The spread of the virus is closely related to water and sanitation.Cleaning hands can reduce the transmission and help people stay healthy but today billions of people lack safe water, sanitation and handwashing and funding is inadequate.

 

Based on the above:

1)   Keep your distance, two meters from other human being.

2)   Wear a face mask according to what you do.  Driving a car with other triathletes, wear a N95 mask; use a surgical mask when riding or running with other mates, keeping most of the time the two meters of separation.

3)   Swim in an empty swimming pool, one member per lane or in a lake (keeping distance).

4)   Wash your hand as frequently as you can or use gel (alcohol above 60%).

5)   Avoid public places or wear your N95 if you need to be in a close room, even if you keep the two meters distance (remember the chorus rehearsal).

6)   Train with responsible people that is concerned about his/her health and the health of others.  This is the moment to define your friends.

7)   This should be in place until we obtain the vaccine or we get 70% infected people.  I hope the vaccine comes first.

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