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Friday, July 31, 2020

$600 unemployment booster isn't primary reason people do or do not work: Yale economists - CNBC


In the $1 trillion stimulus proposal released by Senate Republicans on Monday — the Health, Economic Assistance, Liability Protection and Schools, or HEALS, Act — the $600 per week unemployment boost of the CARES Act, which expires Friday, would decrease to $200 per week.

That's because Republican leaders have largely said the extra $600 a week discourages people from returning to work.

Though there have been reports of some businesses unable to find employees because of the booster (i.e., potential hires were making more money on unemployment than they would working a particular job), a report from Yale economists published on July 14 found that the extra $600 is not the primary reason people are, or are not, working.

The Yale research showed that low wage workers and workers from states where unemployment benefits are lower — so those for whom the $600 supplement increased their total unemployment benefits by a bigger percentage — "did not experience larger declines in employment when the benefits expansion went into effect," the report said. 

Those unemployed people returned to their previous jobs at similar rates as others, according to the report. 

"In fact, if anything, groups facing larger increases in benefit generosity experience slight gains in employment relative to the least-treated group by early May," said the report.

Instead, the most important factor in whether people returned to work was the availability of jobs, according to Joseph G. Altonji, the Thomas DeWitt Cuyler Professor of Economics at Yale University, and Dana Scott, a graduate student and Ph.D. candidate at Yale's economics department, who co-authored the report.

"We think the reason for the lack of difference is that scarce job opportunities rather than labor supply has been the main factor in determining employment during the pandemic," the report co-authors tell CNBC Make It.

"While some people may have chosen not to look for work because of the generosity of [unemployment] benefits, the dominating factor in employment levels has been low labor demand," they said. 

For the report, the Yale economists used weekly data from Homebase, a company that provides employment and time-tracking software to U.S. small businesses like restaurants, bars and retail operations — the sort of small businesses with "hourly employees who earn relatively low wages" and are likely "disproportionately affected by the pandemic," according to a Yale press release. 

The economists compared the week of March 22, just before the CARES Act was passed, to the weeks following.

Separately, research from the Chicago Federal Reserve also shows that those individuals who have stopped receiving their unemployment benefits are much less likely to continue looking for work than those who are still receiving benefits. Once benefits run out, "their search effort drops precipitously," the report said. 

For the study, researchers measured the number of hours in a week people spent searching for a job and the number of job applications they sent in the past month, and "those currently collecting benefits search more than twice as intensely as those who have exhausted their benefits." 

In the United States, unemployed people are typically eligible for six months of unemployment insurance benefits, and though the unemployment insurance varies by state, they tend to pay about 35% of previous earnings until they find a new job or the benefit runs out, the authors of the Chicago Fed research say. Also, to receive unemployment benefits you must be actively seeking work to claim the benefits, though what unemployed people have to do to prove they are actively seeking employment varies by state.

Regardless of how the benefits affect individual incentive to work, many economists agree some unemployment booster is critical for buoying the economy.

Ernie Tedeschi, a former Treasury Department official and an economist at Evercore ISI Research, says that if the $600 unemployment booster is not extended through the end of the year, it will cost the economy 2% in gross domestic product growth and there would be 1.7 million fewer jobs.

"Unemployment insurance goes to people who need it. And because it generally goes to low- and middle-income workers, they're very likely to spend it," Tedeschi told NPR in July

The argument that giving people money disincentivizes them to work has also been used as point against the idea of universal basic income, or UBI.

While research into the effects of UBI in the United States is still limited, early results of a pilot program currently underway in Stockton, California were recently released. For that program, 125 residents are being given $500 a month for 24 months. According to the executive director of the program, Sukhi Samra, its recipients have left second or third jobs, but there has been no data showing that recipients have stopped working, she told CalMatters.Org

See also: 

Jeff Bezos' ex MacKenzie Scott on her wealth and donating $1.7 billion

Why Elon Musk says a stimulus package 'is not in the best interests of the people'

Cash payments to 2.7 billion people living in poverty would slow Covid-19 spread: report

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July 31, 2020 at 11:18PM
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$600 unemployment booster isn't primary reason people do or do not work: Yale economists - CNBC

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Thursday, July 30, 2020

Coronavirus: A Vaccine Will Likely Require Regular Boosters - The National Interest


In the global race to contain the coronavirus pandemic, there is hopeful news on the vaccine front, with a number of potential candidates being developed and some promising early results. Based on what we know so far, it currently seems likely that most potential vaccines designed to protect against the SARS-CoV-2 virus that causes COVID-19 will require boosters, perhaps regularly. Why is this?

When an infectious agent enters the body, the immune system will notice this and create a memory, so that the next time it encounters the agent there will be a swift, repelling response. In the case of most infectious agents, such as viruses, natural infection produces a long-lasting memory. But this is not always the case.

The idea behind any vaccine is to give the recipient a version of the infectious agent which will not cause the disease, but will still create the immune system memory. How we achieve that varies based on the nature of the virus targeted by a vaccine, and how much we know about it.

Two types of vaccine

Some vaccines are made by disabling the infectious agent in some way so that it becomes safe to introduce to our bodies, but still goes through its normal life cycle. The theory is that this will stimulate something close to the natural immune response and produce the long-lasting memory without making the recipient sick.

This is the basis of the vaccine we are given for measles, mumps and rubella (MMR). It contains live but disabled versions of each virus. Children are given two doses of the vaccine a few years apart. This is in case the vaccine does not “take” the first time around and the immune system needs a reminder of what the viruses look like. This repeat vaccine is not technically a booster, but rather a second dose which allows for possible interference by other childhood infections the first time around, and because a pre-school child’s immune system is still developing.

The MMR approach has been possible because the viruses that cause measles, mumps and rubella are well established in the human population and virologists know a lot about how they interact with the human immune system. But it takes years to create a safe and effective live vaccine, so for SARS-CoV-2, research teams are trying different routes. A good approach is to use a killed version of the virus rather than a modified, live version as in the case of MMR.

The inactivated polio vaccine and influenza vaccines both use killed viruses. The drawback of these vaccines is that the immune response does not last, which is why boosters are needed.

In the case of seasonal influenza, variations in the virus means a fresh vaccine is needed each year anyway, but even if the virus did not change, boosters would still be required to keep stimulating the immune memory because the virus in the vaccine is not live.

In the case of polio, most countries now use the inactivated polio vaccine in their childhood vaccination programme instead of the live, oral version. As the disease is close to being eradicated, the theory is that giving each cohort of children a single dose should be enough to protect them as they start mixing with others. But if there was an outbreak, then everyone in close contact in the local area would need a booster.

What a COVID-19 vaccine may look like

The potential COVID-19 vaccine designed by French company Valneva, which will be manufactured in Scotland, is a killed vaccine. If it is effective in protecting against SARS-CoV-2, it could really help to reduce the spread of the virus.

In the case of this vaccine, regular (perhaps annual) boosters would probably be needed to help to ensure people keep their immune memory. In an outbreak situation, everyone in the affected area could be given a dose of the vaccine to help contain the transmission.

Another approach in vaccine design is to take the genetic code for a part of the virus which is known to stimulate an immune response, and place that into a carrier organism which cannot cause disease.

The Hepatitis B vaccine uses the code for the antigen found on the outside of infectious virus particles. This has been put into the genome of a harmless yeast and made into a vaccine. As the yeast grows and divides, it also makes the virus’s surface antigen, thus stimulating the body to keep making an immune response. This vaccine is given in three doses over six months in the first instance, and most people require a booster after about five years.

The COVID-19 vaccine developed by the team at Oxford University, which has shown promising early results, uses a broadly similar approach, in that researchers have taken the code for the SARS-CoV-2 “spike protein” and put it into a harmless virus carrier.

So, it is possible that the initial schedule for everyone who received this type of vaccine would involve one or two booster doses a few months after the first, in a similar way to the Hepatitis B vaccine. We are not really sure how long we would protected against COVID-19 using this approach, by analogy with Hepatitis B – but it could be a few years. This might be enough to contain the spread of SARS-CoV-2 around the world.

The need for a booster should not provide a barrier for the roll-out of any potential COVID-19 vaccine, as our experiences with Hepatitis B, MMR and influenza prevention have shown.

But it will require a concerted effort to make billions of doses of the vaccine and distribute them efficiently and fairly around the world. All countries will need a robust vaccination programme in place to invite everyone to have the first dose and then remind them to have the second or third dose as required. It will also be important to monitor how people respond to make sure that the booster works as planned.

If we can manage this, getting immunised against COVID-19 may just become a normal part of our routine health care duty – like regularly going to the dentist.

The Conversation

Sarah Pitt, Principal Lecturer, Microbiology and Biomedical Science Practice, Fellow of the Institute of Biomedical Science, University of Brighton

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Image: Reuters

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July 30, 2020 at 07:45PM
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Coronavirus: A Vaccine Will Likely Require Regular Boosters - The National Interest

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Wednesday, July 29, 2020

The Best Cell Phone Signal Boosters for 2020 - PCMag.com


Now that many of us are working at home, cellular dead zones aren't just annoying, they're mission critical. If you have weak or no cellular signal in your home, a cellular signal booster can really help.

The basic principle behind signal boosters is simple: A big antenna is better than a small one. Instead of relying on the tiny antenna in your phone, they capture cellular signal using a large antenna in your window or outside your house (or car), then pass that signal through a device that cleans and amplifies it, and out through a rebroadcaster inside your home.

That's the basic plan, at least. Booster makers have to add various tricks to detect the best signal from various surrounding towers, and then especially to amplify the signal without messing up the carriers' own systems. That's why you need to stick with boosters from the big four companies: Cel-Fi, HiBoost, SureCall, and WeBoost. Cheaper boosters sold on Amazon often aren't FCC-certified, which means they can cause trouble with surrounding cell sites and networks.

Do You Need a Cellular Booster?

Boosters help the most when you have weak, but not absolutely no signal. While your phone may show bars, wireless industry folks measure signal in -dBm. A number higher than about -90dBm (like -80 or -70) is a strong signal. Get down below -110dBm and it's definitely a weak signal; below -120dBm and you'll have trouble holding onto any signal at all. Apps like CellMapper can show you the signal you're receiving on your phone.

signal strengthThis chart shows the relationship between signal strength and LTE speed

There are a few tricks you can try before investing in a home booster. All of the wireless carriers have Wi-Fi calling now, so you can hook your phone up to your home Wi-Fi network and make phone calls. Unfortunately, we've noticed T-Mobile has a big problem with sending picture messages and group chats over Wi-Fi.

Verizon's 4G LTE Network Extender 2 is a carrier-approved mini cell site that hooks up to your home internet connection and extends it as Verizon Wireless coverage. If you have a fast home internet connection but poor Verizon coverage, that one is worth a try.

Types of Home Cellular Boosters

Boosters generally have either two or three main components. There's an external antenna outside your home; the booster itself, which cleans and amplifies signal; and an antenna inside your home. They're all connected by coaxial cable.

SureCall's products combine the latter two functions into one unit. That makes SureCall's boosters easier to install and place, which is part of why the SureCall Flare 3.0 is our Editors' Choice for in-home boosters. But if you have a larger home, and you're willing to run some coax cable, you can greatly extend the boosters' range throughout your home by getting a three-part solution, some splitters, and multiple panel antennas. This can get complicated, so at that point you may want to get a professional installer to set the system up (especially to reduce interference between multiple, in-home antennas.)

Most boosters handle bands 2/4/66, 5, 12, 13, and 17. That includes base coverage bands for AT&T, T-Mobile, and Verizon. The important missing band is 71, T-Mobile's 600MHz rural coverage band. Because it took a while for TV stations to get out of that band, the FCC hasn't approved any consumer boosters for band 71; you're just not going to find one.

Most home boosters also boost between 64 and 71dB of signal. Once again, that's due to FCC regulations. If you need more of a boost than that, you need to go to Cel-Fi's single-carrier booster line, which can get to 100dB by boosting only the frequencies used by one wireless carrier at a time.

The booster store Waveform has a comprehensive guide to how boosters work on its site.

car boosterThe little fin on top of the car shows that a booster is being used here

In-Car Cellular Boosters

Boosters for your car are similar to in-home boosters with one exception—you can get single-device, in-car cradle boosters. These are much less powerful than in-home boosters (the ones we tested boost by 23dB instead of 65-75dB) but are less expensive, take seconds to install and remove, and don't radiate beyond the cradle that grips your phone. We like the WeBoost Drive Sleek as a single-device booster.

RV owners and people who need to boost multiple devices in a vehicle can get in-car boosters with small radiating antennas that can handle several devices. These can be tricky, though, because of how close the output antenna is to the input antenna.

With that in mind, here are our top picks for boosters for homes, apartments, and cars.

SureCall Flare 3.0

4.0

Editors' Choice

SureCall Flare 3.0

Our pick for home cellular boosters, the SureCall Flare 3.0 is affordable at $299.99; supports AT&T, T-Mobile, and Verizon; and uses a directional antenna outside, but an omnidirectional antenna inside. That lets you fiddle with the outside antenna to get the strongest possible signal, but also lets you place the inside antenna anywhere you want and still get coverage. It covered three indoor rooms in our tests.

Free Shipping

WeBoost Drive Sleek

4.0

Editors' Choice

WeBoost Drive Sleek

Our pick for in-vehicle boosters, the WeBoost Drive Sleek ($199.99) has an excellent, secure cradle for pretty much any kind of phone, with a USB-A port on the power plug so you can charge your phone as well as boost it. In testing, we got about 17-18dB improvement on T-Mobile and Verizon, which was enough to keep our in-car navigation going for just that extra mile we needed.

Free Shipping

SureCall EZ-4G

SureCall EZ-4G

The SureCall EZ-4G ($299.99) is an all-carrier solution for people in apartments or other places where you can't mount an outside antenna. The booster promises the same 72dB improvement as devices that use an external antenna. You won't get the same performance, because an antenna placed in your window probably just isn't in a position to capture signal as clearly as an antenna placed on your roof. But if you can't put something on the outside of your building, this just might deliver the boost you need.

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Cel-Fi Go X

Cel-Fi Go X

Most home boosters claim around 70dB of signal improvement. If you need more, because you're very far from the tower you're trying to reach, you need to get Cel-Fi's specially tuned boosters. Cel-Fi's lineup promises 100dB of signal improvement, but it does so by only boosting the frequencies used by one carrier, so you can't switch carriers without switching your booster. The company's premiere home booster, the Go+/Go X, also costs $900, much more than most consumer home boosters.

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WeBoost Installed Home Complete

WeBoost Installed Home Complete

Most home boosters require some DIY work to place the exterior antenna. If that scares you, WeBoost comes to the rescue with a professionally installed solution for $1,199.99. The Installed Home Complete has the same directional antenna and 72dB of signal improvement you'll find on many other boosters, but you can be assured of absolutely optimal indoor and outdoor antenna placement if you go this path.

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Cel-Fi Pro

Cel-Fi Pro

For apartment dwellers who need a very aggressive booster solution, the Cel-Fi Pro ($699.99) can boost signals far more than the SureCall EZ-4G, to the tune of 100dB rather than 72dB, and without installing an exterior antenna. You plant the antenna unit inside a window facing in the right direction, and you should be good to go. There are downsides, of course. Cel-Fi's solutions only support one carrier rather than all of them, and this booster costs a lot more than SureCall's $299.99 product.

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SureCall Fusion2Go 3.0 RV

SureCall Fusion2Go 3.0 RV

RV boosters are sort of halfway between car boosters and in-home boosters. SureCall's Fusion2Go 3.0 RV ($449.99) uses an omnidirectional outdoor antenna—useful because your RV is always moving around—and offers two antenna options inside. It isn't as powerful as a home booster, at 50dB of gain, but it's more powerful than small car boosters. The trick with this one is to place the indoor and outdoor antennas properly, which can be tricky—they need to be as far apart as possible.

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SureCall Force8

SureCall Force8

No consumer booster can boost T-Mobile's Band 71, its 600MHz low band that really extends T-Mobile coverage. The FCC hasn't approved any consumer boosters for that band because of legacy TV stations that took their time clearing away from it. If you really need a boost on band 71, you need to turn to the $7,000 (!) SureCall Force8, which needs to be set up by a professional installer who gets permission from T-Mobile.

10 Ways to Boost Your Wi-Fi Signal

10 Ways to Boost Your Wi-Fi Signal

Cellular signals are the only ones that can benefit from boosting. Check out these quick tips to boost the wireless signal from your router, extend and optimize your Wi-Fi coverage, and speed up your surfing.

Further Reading

Modem & Hotspot Reviews

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July 30, 2020 at 02:40AM
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The Best Cell Phone Signal Boosters for 2020 - PCMag.com

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Booster president concerned how fall sports will look amid pandemic - WNEM Saginaw


High school sports teams are trying to figure out how their season will look after the Michigan High School Athletic Association announced plans for phased-in practices and competitions.

“We’ve been kind of you know just sitting on the edge of our seats waiting to see what MHSAA has decided,” Pam Skillman said.

She’s been the president of the Bay City Central Boosters Club for the past 18 years.

Not only is she concerned about how school will look for students this fall, amid the pandemic, but also sports.

“Our concessions are huge fundraiser for the booster club,” she said. “Friday night varsity football game we can bring anywhere from $5 to 8,000 dollars on a Friday night.”

Funds that benefit both students and staff and help with building improvements.

But because of the pandemic and new guidelines from the MHSAA, boosters doesn't yet know how many people will be allowed into stadiums.

So far, the organization has approved phased-in practice and competition for fall sports. Allowing lower risk activities such as golf, tennis, cross country and swimming.

Moderate and high-risk activities such as football, volleyball and soccer are allowed to begin practice but not competition.

“We plan to move forward with August 10 as the date for football August 12 will be the date for all fall sports and we’ll just watch things as we progress,” said John Johnson MHSAA director.

The organization says it will announce recommendations on spectator attendance before competition begins and that it will be limited in accordance with Gov. Gretchen Whitmer’s executive orders on large gatherings.

“It’s going to be interesting we’re just playing it by ear for now we just don’t know,” Skillman said.

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July 30, 2020 at 07:53AM
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Booster president concerned how fall sports will look amid pandemic - WNEM Saginaw

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Academic achievers get a booster over coffee - The Tribune India


Tribune News Service

Amritsar, July 29

The District Education Officer has initiated a unique, motivational meet and greet programme for the academic achievers from the district.

DEO (Secondary) Satinderbir Singh in an attempt to encourage and acknowledge students’ academic success held a ‘Coffee with Toppers’ session here on Wednesday.

In a first, the programme is a way to boost the morale and felicitate toppers and support them in their further academic pursuits. The inaugural meet and greet session was held with Harman Sharma, who was the topper in PSEB Class XII exams, along with other merit holders, including Amandeep Kaur and Gagandeep Kaur, who have scored above 98 per cent marks. They met the DEO (Secondary) Satinderbir Singh and shared their stories of hard work and success. These achievers were also entitled for the cash award of Rs5,100 announced by Chief Minister Capt Amarinder Singh during ‘Ask Captain Facebook Live Show’ on Saturday. “It was not our hard work, but also of our teachers, who reviewed our performances and continued teaching through digital applications despite the lockdown. Extra classes were taken and simplified study material of different subjects were provided and tests were taken regularly to ensure meticulous preparation for the examination. We were stressed, but then our queries and exam preparations continued through online and web applications, so it was a respite,” said Harman.

DEO Satinderbir stressed on different approach adopted towards government school-teaching methods for this year’s good scores.

“It is the impact of the ‘Sikhiya Sudhar Muhim’ and the ‘Mission Cent per cent’, that government schools have consistently been performing well. For the consecutive second year, the government schools have out-shined private ones in the PSEB results both in quantity and quality. Government schools have not only achieved 94.32 per cent pass percentage as against the 91.84 per cent of private schools, but there are 1,903 Government Senior Secondary Schools in the state, of which 1,204 schools have achieved 100 per cent result. On the other hand, of 1,718 private schools, only 528 schools could achieve 100 per cent results,” said Satinderbir Singh, while exhorting students to be the ambassadors of government schools to make people aware about the changing scenario of government school education.

“It is a matter of pride for the teachers of government schools, as their hard work has paid off. We are extremely happy with this cash prize announcement as it would further motivate the students to perform well,” he further added.

The Link Lonk


July 30, 2020 at 09:25AM
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Academic achievers get a booster over coffee - The Tribune India

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Academic achievers get a booster over coffee - The Tribune


Tribune News Service

Amritsar, July 29

The District Education Office has initiated a unique, motivational meet and greet programme for the academic achievers from the district.

DEO (Secondary) Satinderbir Singh in an attempt to encourage and acknowledge students’ academic success held a ‘Coffee with Toppers’ session here on Wednesday.

In a first, the programme is a way to boost the morale and felicitate toppers and support them in their further academic pursuits. The inaugural meet and greet session was held with Harman Sharma, who was the topper in PSEB Class XII exams, along with other merit holders, including Amandeep Kaur and Gagandeep Kaur, who have scored above 98 per cent marks. They met the DEO (secondary) Satinderbir Singh and shared their stories of hard work and success. These achievers were also entitled for the cash award of Rs5,100 announced by Chief Minister Capt Amarinder Singh during ‘Ask Captain Facebook Live Show’ on Saturday.

“It was not our hard work, but also of our teachers, who reviewed our performances and continued teaching through digital applications despite the lockdown. Extra classes were taken and simplified study material of different subjects were provided and tests were taken regularly to ensure meticulous preparation for the examination. We were stressed, but then our queries and exam preparations continued through online and web applications, so it was a respite,” said Harman.

DEO Satinderbir stressed on different approach adopted towards government school-teaching methods for this year’s good scores.

“It is the impact of the ‘Sikhiya Sudhar Muhim’ and the ‘Mission Cent per cent’, that government schools have consistently been performing well. For the consecutive second year, the government schools have out-shined private ones in the PSEB results both in quantity and quality. Government schools have not only achieved 94.32 per cent pass percentage as against the 91.84 per cent of private schools, but there are 1,903 Government Senior Secondary Schools in the state, of which 1,204 schools have achieved 100 per cent result. On the other hand, of 1,718 private schools, only 528 schools could achieve 100 per cent results,” said Satinderbir Singh, while exhorting students to be the ambassadors of government schools to make people aware about the changing scenario of government school education.

“It is a matter of pride for the teachers of government schools, as their hard work has paid off. We are extremely happy with this cash prize announcement as it would further motivate the students to perform well,” he further added.

The Link Lonk


July 29, 2020 at 11:28PM
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Academic achievers get a booster over coffee - The Tribune

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A coronavirus vaccine may require boosters – here's what that means - Medical Xpress


A coronavirus vaccine may require boosters – here's what that means
The Oxford University coronavirus vaccine candidate uses the genetic code from the virus’s ‘spike protein’ Credit: https://ift.tt/3aThMi2, CC BY-SA

In the global race to contain the coronavirus pandemic, there is hopeful news on the vaccine front, with a number of potential candidates being developed and some promising early results. Based on what we know so far, it currently seems likely that most potential vaccines designed to protect against the SARS-CoV-2 virus that causes COVID-19 will require boosters, perhaps regularly. Why is this?

When an infectious agent enters the body, the will notice this and create a memory, so that the next time it encounters the agent there will be a swift, repelling response. In the case of most infectious agents, such as viruses, natural infection produces a long-lasting memory. But this is not always the case.

The idea behind any is to give the recipient a version of the infectious agent which will not cause the disease, but will still create the immune system memory. How we achieve that varies based on the nature of the virus targeted by a vaccine, and how much we know about it.

Two types of vaccine

Some vaccines are made by disabling the in some way so that it becomes safe to introduce to our bodies, but still goes through its normal life cycle. The theory is that this will stimulate something close to the natural immune response and produce the long-lasting memory without making the recipient sick.

This is the basis of the vaccine we are given for measles, mumps and rubella (MMR). It contains live but disabled versions of each virus. Children are given two doses of the vaccine a few years apart. This is in case the vaccine does not "take" the first time around and the immune system needs a reminder of what the viruses look like. This repeat vaccine is not technically a , but rather a second dose which allows for possible interference by other childhood infections the first time around, and because a pre-school child's immune system is still developing.

The MMR approach has been possible because the viruses that cause measles, mumps and rubella are well established in the human population and virologists know a lot about how they interact with the human immune system. But it takes years to create a safe and effective live vaccine, so for SARS-CoV-2, research teams are trying different routes. A good approach is to use a killed version of the virus rather than a modified, live version as in the case of MMR.

The inactivated polio vaccineand influenza vaccines both use killed viruses. The drawback of these vaccines is that the immune response does not last, which is why boosters are needed.

In the case of seasonal influenza, variations in the virus means a fresh vaccine is needed each year anyway, but even if the virus did not change, boosters would still be required to keep stimulating the immune memory because the virus in the vaccine is not live.

In the case of polio, most countries now use the inactivated polio vaccine in their childhood vaccination program instead of the live, oral version. As the disease is close to being eradicated, the theory is that giving each cohort of children a single dose should be enough to protect them as they start mixing with others. But if there was an outbreak, then everyone in close contact in the local area would need a booster.

What a COVID-19 vaccine may look like

The potential COVID-19 vaccine designed by French company Valneva, which will be manufactured in Scotland, is a killed vaccine. If it is effective in protecting against SARS-CoV-2, it could really help to reduce the spread of the virus.

In the case of this vaccine, regular (perhaps annual) boosters would probably be needed to help to ensure people keep their immune memory. In an outbreak situation, everyone in the affected area could be given a dose of the vaccine to help contain the transmission.

Another approach in vaccine design is to take the for a part of the virus which is known to stimulate an immune response, and place that into a carrier organism which cannot cause disease.

The Hepatitis B vaccine uses the code for the antigen found on the outside of infectious virus particles. This has been put into the genome of a harmless yeast and made into a vaccine. As the yeast grows and divides, it also makes the virus's surface antigen, thus stimulating the body to keep making an immune response. This vaccine is given in three doses over six months in the first instance, and most people require a booster after about five years.

The COVID-19 vaccine developed by the team at Oxford University, which has shown promising early results, uses a broadly similar approach, in that researchers have taken the code for the SARS-CoV-2 "spike protein" and put it into a harmless carrier.

So, it is possible that the initial schedule for everyone who received this type of vaccine would involve one or two booster doses a few months after the first, in a similar way to the Hepatitis B vaccine. We are not really sure how long we would protected against COVID-19 using this approach, by analogy with Hepatitis B—but it could be a few years. This might be enough to contain the spread of SARS-CoV-2 around the world.

The need for a booster should not provide a barrier for the roll-out of any potential COVID-19 vaccine, as our experiences with Hepatitis B, MMR and influenza prevention have shown.

But it will require a concerted effort to make billions of doses of the vaccine and distribute them efficiently and fairly around the world. All countries will need a robust vaccination program in place to invite everyone to have the first dose and then remind them to have the second or third dose as required. It will also be important to monitor how people respond to make sure that the booster works as planned.

If we can manage this, getting immunized against COVID-19 may just become a normal part of our routine health care duty—like regularly going to the dentist.


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July 29, 2020 at 08:30PM
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A coronavirus vaccine may require boosters – here's what that means - Medical Xpress

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The dangers in our midst, relating to recently erected 5G booster - Northport, NY - Patch.com


Dear Mayor Mcmullen, hope this email finds you well and staying cool in this monstrous heat wave. This is a letter of alert, not intent. Last night I spent 15 minutes outside of "BREWCHEESE" a little eatery on the corner of Scudder Ave. and Woodbine. I was waiting for a take out order. I waited for 15 minutes, near to the 5G booster on the pole recently erected and installed.

It is of great concern to many of us, but last night I got to feel why. After I got home, I got the feeling of being irradiated, a feeling I know all too well. I felt awful, my head was bogged down, heavy and a slight headache...my exposure was minimal, but I still had a frightening reaction, and it lasted thru the night. Anyone who spends inordinate amounts of time near this device can expect to get sick at some point.

Today I feel better, but I know that the radiation coming from that booster is what made me sick. It is very hard to describe the symptoms of radiation poisoning, but I have been dealing with this affliction since 2012, due to the prolonged exposure to SCWA's smart meter. I have been thru hell and am lucky to be alive.

This 5G booster is going to cause serious illness, sickness and possibly death to those living in and around it....and all those who are in the direct line of fire will eventually come down with a disorder, or even cancer. It is a monster and the technology is not to be taken lightly as far as how it affects the human brain and body, cells are destroyed from this kind of bombardment and during this cell destruction, virus' are released, we may even be able to connect this "covid19" sickness to the introduction and deployment of 5G.

I am not going to get hysterical about it, I was able to use protocols that I have to help alleviate the effects of radiation poisoning, such as iodine, vitamin C, Zinc, and cranial sacral manipulation, which I do at home.

We are under a serious human and global threat with the deployment of 5g and many of us are the "canaries" who can detect it, as we suffer the effects of it. I don't want to make trouble for you, I want people to be safe and this technology is not going to keep us safe, in fact, it will do just the opposite.

As a resident, and for 60 years, I feel it is my civic duty to keep people in my community safe. What can be done so that I and others do not fall victim to this lethal rollout and deployment of millimeter waves?

I hope this letter is important to you. My life is important to me and my family. And my neighbor's lives are important to them.

Please look into this matter, have someone, an expert, take readings and have these readings recorded. I can no longer spend any time near that 5G apparatus. I pay taxes to the village and the town, I should be able to amble about without worrying about my health and safety from technology installed by money making conglomerates who have not done any testing on how 5G affects us and are using us as guinea pigs to see how many will die.

There is talk that covid is nothing more then the systematic breakdown of our cells from all this wireless and now 5G, as Wuhan was the epicenter and it is where massive 5G towers were deployed, that is what killed the people of Wuhan, the virus came from the destruction of cells, we do not need the introduction of high speed connectivity without any oversight, regulations or testing. How this even happened or was allowed is criminal in and of itself. Our local leaders have been hoodwinked and sold a plan of annihilation to the population. How did this happen?

It is time to wake up to the slow assassination of this nation and all nations. What is the hidden agenda? We all want to know? What voice do you have? How can you keep us safe?

When can we expect to be able to voice our concerns at town hall meetings again? Can you please contact me, thru email and let me know you received my written complaint and urgent community concern?

Thank you for reading this and hopefully, you will respond. I am a victim of wireless and smart technology, it has side railed my life and this technology changes our spirit, our mental well being and our lives, forcing us to become recluse in our homes. Should the technology be installed in front of my home, it will definitely not bode well for me. I am kinda young and do not want to die.

Thank you,

sincerely long term resident and mother of 3

The Link Lonk


July 29, 2020 at 11:04PM
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The dangers in our midst, relating to recently erected 5G booster - Northport, NY - Patch.com

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Tuesday, July 28, 2020

WeBoost Drive Sleek Review - PCMag


Your phone is likely a critical part of your car: It can be how you get directions, listen to music, and stay in contact for safety. This means running into dead zones can be really frustrating, but signal boosters can help with that. At $199.99, the Drive Sleek by WeBoost (a brand of Wilson Electronics) is the least expensive high-quality signal booster you can buy. It can stretch the range of a cell tower by at least another mile, giving you that little bit of extra boost you need to keep going while on the road, and earning our Editors' Choice in the process.

How Signal Boosters Work

All signal boosters work the same way. They collect signal through a much larger antenna than the one in your phone; process, clean and amplify it; and then re-radiate it either through a cradle that holds one device, or using a panel that can cover a whole vehicle or house. Signal boosters designed for the US have been cleared by the FCC to radiate at safe levels and not to interfere with carrier towers.

external antennaThe Drive Sleek uses a small, magnetized antenna on top of your car

In general, signal boosters amplify 2G through 4G signal for all carriers, on common, long-used frequency bands. You'll also find some improvement in AT&T low-band 5G performance, although not in T-Mobile low or mid-band 5G because those frequencies aren't supported by boosters.

One Phone, Three Parts

The Sleek boosts one phone, which you put in an adjustable cradle on or near your center console. The booster has three main parts. There's a fin antenna that magnetizes to the top of your car. It's connected by a wire to the actual booster, which uses Velcro to attach under the back passenger seat. You run a wire under the seat and up to your center console, where you either mount the cradle itself using an adhesive disk, or have it clip to one of your A/C vents. I'd definitely go with the vent clip, at least during the summer; my OnePlus 8 Pro phone sometimes overheated in full sunlight, but putting it on the A/C vent kept it nice and cool. Another wire goes to the power adapter, which plugs into your 12V cigarette lighter port.

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boosterThe actual booster sticks under a rear seat

The power adapter doesn't have a switch on it; to turn the booster on or off, you plug or unplug it. I found it very easy to unplug, so that wasn't a big deal. The adapter has a USB-A port in it to charge your phone, if you aren't already charging it from your car. A small white light at the top of the cradle shows whether it's on or off.

The wire from the fin antenna into the car doesn't prevent your door from closing, but it's a bit messy-looking. Taping it down helps.

The rubberized cradle holds your phone very securely, which I found to be a big advantage of the Sleek over SureCall's N-Range booster. By gripping the top and bottom, rather than the sides, it keeps the phone straight, and the vent mount doesn’t wobble.

WeBoost Sleek componentsHere's everything in the package

Something for Everyone

These single-device vehicle boosters don't radiate signal. They only enhance the signal of the one phone that's in the cradle, so folks in the back seat are out of luck. If you need a whole-vehicle solution you should step up to WeBoost's Drive X ($399.99), which has a larger booster unit and a broadcasting panel that sits on your center console.

The Drive Sleek supports bands 2/4/5/12/13/17. That gets you more range on AT&T, T-Mobile, and Verizon with a big exception. If you're in an area that primarily has T-Mobile's band 71 (600MHz), as many rural areas do, there's no consumer booster that can improve that coverage. Boosters also can't help with band 41, which will be T-Mobile's primary band for fast, suburban 5G. Testing the booster in rural upstate New York, I found that it boosted my band 5 coverage on AT&T; bands 2 and 12 on T-Mobile; and band 13 on Verizon.

For more on how mobile phones measure signal strength, and what a good signal is, check out the chart in our SureCall Flare 3.0 review.

The signal improvement was impressive. Both the Drive Sleek and the SureCall N-Range advertise up to 23dB signal improvement, but I saw better performance with the Drive Sleek. In five different locations, I saw a 14-22dBm improvement in RSRP, better than I generally saw with the SureCall N-Range booster. On Verizon, that translated to improving 2.2Mbps download speeds to 22Mbps, or improving 26.3Mbps download speeds to 43.6Mbps. The booster pulled LTE signal in what my Samsung Galaxy S20+ phone alone had seen as a 3G-only zone, grabbing -102dBm signal and 21Mbps download speeds.

cableThe cable hangs down a bit as it enters the car; you probably want to tape it down

Upload speeds didn't benefit nearly as much. The booster took a 30Kbps upload speed and turned it to 500Kbps, still very slow; in that case, the connection would be good for texts and data, but I'd be concerned about keeping a call solid. Another connection that went from a 700Kbps upload speed to 6Mbps was a much more significant difference.

On T-Mobile, the booster improved a -106dBm, band 2 signal to -92dBm, a 14dB difference. But the real wonder is what it did to improve band 12 coverage in upstate New York, where it's T-Mobile's dominant long-range coverage band. The booster was able to pull -100 or -101dBm with speeds of 8-10Mbps out of areas where the phone was otherwise reporting zero coverage, extending the range of a band 12 tower an extra three-quarters of a mile to a mile. That may not sound like a lot, but it makes a considerable difference when cell towers aren't entirely absent from a region, they're just too far apart.

A Reliable Driving Companion

Cradle-based single-device boosters are the least expensive way to boost your phone's signal. You can even hook one up in your house by getting an inexpensive cigarette lighter-to-wall-plug adapter from Amazon, running the external antenna out a window, and sticking it to the side of your house. They're considerably less powerful than the more expensive home boosters, and of course they only boost the phone that's in the cradle at the time.

The WeBoost Drive Sleek and Surecall's N-Range 2.0 are the two least expensive boosters on the market, and the Drive Sleek is the better of the two. I found that it boosted signals by a slightly larger amount, but more importantly, I found its cradle to be more secure and less fiddly when it comes to gripping the phone. Those qualities are enough to earn the Drive Sleek our Editor's Choice as an inexpensive signal booster for 4G.

WeBoost Drive Sleek

4.0

Editors' Choice

Cons

  • Only boosts one device

  • No band 41 or 71 support

The Bottom Line

WeBoost's Drive Sleek securely holds your phone in the car and boosts cellular signal for all three US carriers.

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Further Reading

The Link Lonk


July 28, 2020 at 09:17PM
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