Date: 28/10/2020 21:07:12
From: Tau.Neutrino
ID: 1639999
Subject: Why positioning Covid-19 patients on their stomachs can save lives

’Such a simple thing to do’: Why positioning Covid-19 patients on their stomachs can save lives

(CNN)On Friday, Dr. Mangala Narasimhan received an urgent call. A man in his 40s with Covid-19 was in a dire situation, and her colleague wanted her to come the intensive care unit at Long Island Jewish Hospital to see if he needed to be put on life support.

more…

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Date: 28/10/2020 21:08:15
From: Tau.Neutrino
ID: 1640000
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

Witty posted this in one of the Coronavirus threads.

Has the story been validated ?

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Date: 28/10/2020 21:14:38
From: SCIENCE
ID: 1640002
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

well if it works in other diseases why not try it for COVID-19 eh

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Date: 28/10/2020 23:12:11
From: transition
ID: 1640034
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

Tau.Neutrino said:


’Such a simple thing to do’: Why positioning Covid-19 patients on their stomachs can save lives

(CNN)On Friday, Dr. Mangala Narasimhan received an urgent call. A man in his 40s with Covid-19 was in a dire situation, and her colleague wanted her to come the intensive care unit at Long Island Jewish Hospital to see if he needed to be put on life support.

more…

read that, interesting, thanx

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Date: 28/10/2020 23:16:15
From: sarahs mum
ID: 1640036
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

What happens to fluid build up in the lungs when you’re on a respirator?

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Date: 29/10/2020 08:05:32
From: esselte
ID: 1640071
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

sarahs mum said:


What happens to fluid build up in the lungs when you’re on a respirator?

With the caveat that I am not a doctor or biologist or anything like that:

When we breathe in the air travels down various tubes and arrives at the alveoli, small “sacks” in the lungs. For our purposes, think of the alveoli as tiny little spheres with a surface that is permeable to oxygen. Once in the alveoli, the oxygen is forced by the pressure of the air (normally at the local atmospheric pressure) through the permeable surface of the alveoli and in to the blood stream. This is why, for example, it’s still perfectly easy to take a deep breath on the top of Mount Everest, but the air is considered “thin” because there is little atmospheric pressure to force the oxygen through the permeable surface.

Fluid in the lungs usually means that the alveoli are filling up with fluid. Imagine the spherical alveoli half full of water. Now only half the permeable surface is available for oxygen to be forced through and in to the blood stream, so the patient would only be getting half the oxygen they usually get.

When this happens doctors can supplement the amount of oxygen going in to the lungs. Half as much getting in to the blood stream? Then double the amount of oxygen and you are good to go. If simply increasing the amount of oxygen isn’t enough then they can increase the pressure which that oxygen is delivered to the lungs at, so forcing more oxygen in to the blood stream that way.

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Date: 29/10/2020 08:13:04
From: SCIENCE
ID: 1640072
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

uh but why wouldn’t you just breathe the water out as vapour, same as when you’re up and about, or sleeping otherwise

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Date: 29/10/2020 08:37:30
From: roughbarked
ID: 1640076
Subject: re: Why positioning Covid-19 patients on their stomachs can save lives

SCIENCE said:


uh but why wouldn’t you just breathe the water out as vapour, same as when you’re up and about, or sleeping otherwise

Because it is in the alveoli.

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