Masks in public places

Coronavirus Covid-19 increased by 467 percent in Kansas counties, requiring masks in public places. The number of cases fell within six weeks of the mandate, according to the CDC. The study looked at the disparities between the Kansas counties in the summer. Some counties that did not need masks had less strict instructions, according to the report. The CDC reports that the rate of Covids-19 cases has primarily been reversed after the mandate has been enforced.

Reference
CDC says mask mandates can slow Covid-19 spread. https://www.nbcnews.com/health/health-news/cdc-says-mask-mandates-can-slow-covid-19-spread-n1248417?cid=eml_nbn_20201120

How are the various styles of masks working?

How are the various styles of masks working?
Surgical Mask
Often known as a medical mask, a surgical mask is a loose-fitting disposable mask that covers the nose and mouth of the wearer from contact with droplets, splashes, and sprays that may contain germs. The surgical mask often removes huge objects out of the air. Surgical masks can protect others by reducing the exposure of the mask wearer to saliva and respiratory secretions.

Which masks are appropriate to wear?

The U.S. at this time. Food and Drug Administration has not licensed any form of surgical mask explicitly designed to protect against coronavirus, although these masks provide some protection when N95 masks are not available.

How are the various styles of masks working?
Surgical Mask
Often known as a medical mask, a surgical mask is a loose-fitting disposable mask that covers the nose and mouth of the wearer from contact with droplets, splashes, and sprays that may contain germs. The surgical mask often removes huge objects out of the air. Surgical masks can protect others by reducing the exposure of the mask wearer to saliva and respiratory secretions.

The U.S. at this time. Food and Drug Administration has not licensed any form of surgical mask explicitly designed to protect against coronavirus, although these masks provide some protection when N95 masks are not available.

Clothe masks
A fabric mask is designed to capture droplets that are emitted while the wearer speaks, coughs, or sneezes. Asking everybody to wear cloth masks will help minimize the transmission of the virus to those who have COVID-19 but don’t know it.

Cloth face coverings are more likely to minimize the transmission of the COVID-19 virus as individuals are commonly used in public settings. And countries that needed face masks, testing, quarantine, and social distance early in the pandemic have effectively delayed the spread of the virus.

While surgical and N95 masks can be in short supply and should be reserved for health care providers, face cloth and masks are easy to find or make and can be cleaned and reused.

Masks may be made from traditional materials, such as sheets of closely woven cotton. The directions are easy to find on-line. Cloth masks should contain several layers of fabric. The CDC website also provides instructions for no-saw masks made from bandannas and t-shirts.

Reference
CORE. https://core.ac.uk/display/90662761
Coronavirus drug and treatment tracker shows what could …. https://www.pennlive.com/coronavirus/2020/07/coronavirus-drug-and-treatment-tracker-shows-what-could-help-patients-with-covid-19.html

Could there be hidden immune weakness found in 14% of gravely ill COVID-19 patients?

Hidden resistant weakness found in 14% of gravely sick COVID-19 patients through the first months of the COVID-19 pandemic, boffins baffled by the disease’s ferocity have wondered or perhaps a body’s vanguard virus fighter; a molecular messenger called kind I interferon, is missing doing his thing in some severe cases. Two papers were posted online in Science this week to make sure suspicion. They reveal that in a significant minority of patients with serious COVID-19, the interferon response has been crippled by genetic flaws or rogue antibodies that encounter interferon itself.


A health care worker in protective gear collects a swab sample to be tested for the coronavirus disease.

There has been none infectious illness explained at this level by a factor within the body. Moreover, it is not an isolated cohort of Europeans. Patients are from all over the world, all ethnicities.” Another finding that 94% of the patients with interferon-attacking antibodies were male also helps explain why men face a higher risk of severe disease.


The paired studies have immediate practical implications. Long used to treat other diseases, might assist some at-risk patients, like other therapies targeted at removing the damaging antibodies. A typical antibody test could be quickly developed and return responses in hours. Those discovered to be at high risk of developing severe COVID- 19 could take precautions to prevent exposure or be prioritized for vaccination.


The findings also raise a red flag for plasma contributions from recovered patients. As it may be rich in antibodies to the virus, “convalescent plasma” is currently provided to some patients to fight the infection. However, some contributions could harbor interferon-neutralizing antibodies.

The kind I interferons are manufactured by every cell in the body and be vital leaders of the antiviral battle early in the illness. They launch an immediate, intense local response each time a virus invades a cell, triggering infected cells to create proteins that attack the virus. They also summon immune cells towards the site and alert uninfected neighboring cells to prepare their defenses.


In one study, an infectious illness geneticist and his team analyzed blood examples from 987 gravely ill patients from across the world. In 10.2% of the patients, the scientists identified antibodies that attacked and neutralized the clients’ type I interferon. A subgroup of affected clients had low or undetectable blood levels of this interferon. Lab studies confirmed the antibodies knocked on the interferon out of action, and cells exposed to the patients’ plasma did not fight invasion by the brand new coronavirus. At the least 10per cent of critical COVID-19 is an autoimmune assault.


None of the 663 individuals in a control group with mild or asymptomatic SARS-CoV-2 illness had those harmful antibodies. The antibodies were also scarce in the general population, showing up in only 0.33percent greater than 1200 healthier individuals tested. “What this means is that at minimum 10% of critical COVID-19 can be an autoimmune assault from the immune system itself.


The preponderance of male patients ended up being a shock because ladies have more incredible prices of an autoimmune condition. “Women with two X chromosomes are protected, and guys, with one, are perhaps not.” Supporting that suspicion, one girl with a rare condition that silences one X chromosome was among the ill patients with autoantibodies.


If these striking results hold up, they might also assist explain the boosted vulnerability of older many people to severe COVID-19: Half the gravely sick clients with autoantibodies were older than 65.


The second paper found genetic flaws in patients that led towards the same outcome: a grossly inadequate interferon response to SARS-CoV-2 illness. The team sequenced DNA from 659 critically ill COVID-19 patients and 534 controls with a mild or asymptomatic condition. They examined 13 genes, chosen because flaws in them impair the body’s manufacturing or use of type I interferon; mutations in the genes underlie life-threatening influenza or other viral illnesses. The scientists unearthed that 3.5% of critically ill patients harbored uncommon mutations in eight of these genes. In patients for whom blood samples were available, interferon amounts were vanishingly small. No members of the control group carried any of the mutations. “This could be the first paper to pin down indisputably disease-causing mutations underlying serious COVID-19.


Many other damaging mutations, interferon related and not, may influence the development of severe COVID-19. The patients who made antibodies versus interferon or had the mutations had a brief history of life-threatening viral illnesses requiring hospitalization. “This recommends that we have been more reliant on type I interferons to defend ourselves against SARS-CoV-2 versus other viral infections.“That makes it crucial to try therapies aimed at boosting type I interferon responses.” Dozens of randomized clinical trials are now deploying interferons against SARS-CoV-2. One reported promising findings in a small group of hospitalized COVID-19 patients. However, artificial interferons will not help patients who harbor mutations that prevent interferons from working, or those with antibodies that attack them.


Some scientists caution that the interferon-neutralizing antibodies could be an effect instead compared to a cause of severe COVID-19. “It is possible that they develop during the disease. There is a strong case for causality. Preexisting blood samples from the handful of patients revealed they had the antibodies in their blood before contracting SARS-CoV-2. He contends that, in reaction to illness, it is unlikely that the body could quickly generate high levels of anti-interferon antibodies.


Reference
Hidden immune weakness found in 14% of gravely ill COVID …. https://www.sciencemag.org/news/2020/09/hidden-immune-weakness-found-14-gravely-ill-covid-19-patients

Could there be hidden immune weakness found in 14% of gravely ill COVID-19 patients?

Hidden resistant weakness found in 14% of gravely sick COVID-19 patients through the first months of the COVID-19 pandemic, boffins baffled by the disease’s ferocity have wondered or perhaps a body’s vanguard virus fighter; a molecular messenger called kind I interferon, is missing doing his thing in some severe cases. Two papers were posted online in Science this week to make sure suspicion. They reveal that in a significant minority of patients with serious COVID-19, the interferon response has been crippled by genetic flaws or rogue antibodies that encounter interferon itself.


A health care worker in protective gear collects a swab sample to be tested for the coronavirus disease.

There has been none infectious illness explained at this level by a factor within the body. Moreover, it is not an isolated cohort of Europeans. Patients are from all over the world, all ethnicities.” Another finding that 94% of the patients with interferon-attacking antibodies were male also helps explain why men face a higher risk of severe disease.


The paired studies have immediate practical implications. Long used to treat other diseases, might assist some at-risk patients, like other therapies targeted at removing the damaging antibodies. A typical antibody test could be quickly developed and return responses in hours. Those discovered to be at high risk of developing severe COVID- 19 could take precautions to prevent exposure or be prioritized for vaccination.


The findings also raise a red flag for plasma contributions from recovered patients. As it may be rich in antibodies to the virus, “convalescent plasma” is currently provided to some patients to fight the infection. However, some contributions could harbor interferon-neutralizing antibodies.

The kind I interferons are manufactured by every cell in the body and be vital leaders of the antiviral battle early in the illness. They launch an immediate, intense local response each time a virus invades a cell, triggering infected cells to create proteins that attack the virus. They also summon immune cells towards the site and alert uninfected neighboring cells to prepare their defenses.


In one study, an infectious illness geneticist and his team analyzed blood examples from 987 gravely ill patients from across the world. In 10.2% of the patients, the scientists identified antibodies that attacked and neutralized the clients’ type I interferon. A subgroup of affected clients had low or undetectable blood levels of this interferon. Lab studies confirmed the antibodies knocked on the interferon out of action, and cells exposed to the patients’ plasma did not fight invasion by the brand new coronavirus. At the least 10per cent of critical COVID-19 is an autoimmune assault.


None of the 663 individuals in a control group with mild or asymptomatic SARS-CoV-2 illness had those harmful antibodies. The antibodies were also scarce in the general population, showing up in only 0.33percent greater than 1200 healthier individuals tested. “What this means is that at minimum 10% of critical COVID-19 can be an autoimmune assault from the immune system itself.


The preponderance of male patients ended up being a shock because ladies have more incredible prices of an autoimmune condition. “Women with two X chromosomes are protected, and guys, with one, are perhaps not.” Supporting that suspicion, one girl with a rare condition that silences one X chromosome was among the ill patients with autoantibodies.


If these striking results hold up, they might also assist explain the boosted vulnerability of older many people to severe COVID-19: Half the gravely sick clients with autoantibodies were older than 65.


The second paper found genetic flaws in patients that led towards the same outcome: a grossly inadequate interferon response to SARS-CoV-2 illness. The team sequenced DNA from 659 critically ill COVID-19 patients and 534 controls with a mild or asymptomatic condition. They examined 13 genes, chosen because flaws in them impair the body’s manufacturing or use of type I interferon; mutations in the genes underlie life-threatening influenza or other viral illnesses. The scientists unearthed that 3.5% of critically ill patients harbored uncommon mutations in eight of these genes. In patients for whom blood samples were available, interferon amounts were vanishingly small. No members of the control group carried any of the mutations. “This could be the first paper to pin down indisputably disease-causing mutations underlying serious COVID-19.


Many other damaging mutations, interferon related and not, may influence the development of severe COVID-19. The patients who made antibodies versus interferon or had the mutations had a brief history of life-threatening viral illnesses requiring hospitalization. “This recommends that we have been more reliant on type I interferons to defend ourselves against SARS-CoV-2 versus other viral infections.“That makes it crucial to try therapies aimed at boosting type I interferon responses.” Dozens of randomized clinical trials are now deploying interferons against SARS-CoV-2. One reported promising findings in a small group of hospitalized COVID-19 patients. However, artificial interferons will not help patients who harbor mutations that prevent interferons from working, or those with antibodies that attack them.


Some scientists caution that the interferon-neutralizing antibodies could be an effect instead compared to a cause of severe COVID-19. “It is possible that they develop during the disease. There is a strong case for causality. Preexisting blood samples from the handful of patients revealed they had the antibodies in their blood before contracting SARS-CoV-2. He contends that, in reaction to illness, it is unlikely that the body could quickly generate high levels of anti-interferon antibodies.


Reference
Hidden immune weakness found in 14% of gravely ill COVID …. https://www.sciencemag.org/news/2020/09/hidden-immune-weakness-found-14-gravely-ill-covid-19-patients