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According to our data from the CDC today, vaccinated people do not carry the virus and do not get sick. This finding is not limited to clinical trials; it is also supported by real-world data.

Vaccinated individuals are safe when around each other, but being surrounded by unvaccinated people in high transmission areas can lead to spillover infections. Even though these infections are usually not severe, it shows the effectiveness of the vaccine. However, with the Delta variant, there is still a possibility of getting infected and passing it on to family members. Therefore, it is important for vaccinated people to understand that they are not fully protected, although they are well protected.

The speaker acknowledges that the vaccine did not completely stop the spread or infection, but clarifies that initially it did for the Wuhan strain and the alpha strain. Early data and literature published in the New England Journal showed that those who were vaccinated and didn't get infected were not transmitting the virus to others. The vaccine had a high efficacy of up to 96% early on and this efficacy did not change over time.

When vaccinated and unvaccinated people mix, masks should be worn unless there is proof of vaccination. The speaker supports the CDC's return to indoor mask requirements because the unvaccinated have been walking around without masks, which led to the surge.

The massive vaccination of the population likely led to the current situation. The virus has become less virulent, but the vaccine does not provide complete immunity. It protects individuals but does not directly protect the community. However, it indirectly helps protect the community. There is controversy surrounding whether the vaccine prevents transmission, but it is known to prevent severe symptoms in individuals. The vaccine allows individuals to develop a functional immune memory that helps avoid severe forms of the disease.

Data from the CDC suggests vaccinated people do not carry the virus or get sick. This observation is based not only on clinical trials but also on real-world evidence.

The virus prefers to infect unvaccinated individuals because it is easier for them to get infected. It also adapts to its environment, so variants that can infect unvaccinated people more quickly will emerge. This could potentially lead to the emergence of variants that are more troublesome for unvaccinated individuals.

According to the CDC, vaccinated individuals don't carry or get sick from the virus, both in clinical trials and real-world data. However, reports from international colleagues, like Israel, indicate a higher risk of severe disease among those vaccinated early. This evidence raises concerns that the strong protection against severe infection, hospitalization, and death could decrease in the future, particularly for those at higher risk or vaccinated earlier during the rollout phases.

The virus prefers to infect unvaccinated individuals because it is easier for them to get infected. It adapts and the variants that can infect unvaccinated people more quickly will emerge. This may lead to the emergence of variants that are more troublesome for unvaccinated individuals.

Vaccinated individuals are facing consequences due to the actions of the unvaccinated. While vaccinated people are safe around each other, being surrounded by unvaccinated individuals in high transmission areas can lead to spillover infections. Even though these infections are usually not severe, it highlights the effectiveness of the vaccine. However, with the Delta variant, there is still a possibility of getting sick and transmitting it to family members. It is crucial for vaccinated individuals to understand that they are not fully protected.

Getting the third vaccine dose offers protection against severe illness and reduces the risk of initial infection. However, even with two, three, or four doses, the vaccine is not very effective at preventing infections altogether. This is evident in the tens of thousands of cases reported during this wave.

The delta variant of COVID-19 is causing a rise in hospitalizations among unvaccinated Albertans. Vaccines provide excellent protection against infection and severe disease, even with the delta variant. We appreciate the 2.9 million Albertans who have been vaccinated. However, due to a large number of unvaccinated individuals, the delta variant is spreading widely and causing more severe outcomes in unvaccinated adults. Since July 1st, unvaccinated people aged 20-59 have a 50-60 times higher risk of hospitalization compared to those who are vaccinated. It is crucial to get vaccinated.

Vaccinations prevent COVID-19 infection, illness, and hospitalization. According to CDC data, vaccinated individuals do not carry the virus or get sick, both in clinical trials and real-world scenarios.

According to the latest CDC data, vaccinated individuals do not carry the virus or get sick. This observation isn't limited to clinical trials but extends to real-world scenarios as well.

Robert F. Kennedy Jr.: Hi, it's Robert F. Kennedy Jr. here, your HHS secretary. At HHS, we have a division called the Biomedical Advanced Research and Development Authority, or BARDA. BARDA drives some of our most advanced scientific research. It funds developments of vaccines, drugs, diagnostics, and other tools to fight emerging diseases and national health threats. Over the past few weeks, BARDA reviewed 22 mRNA vaccine development investments and began canceling them. Let me explain why. Most of these shots are for flu or COVID, but as the pandemic showed us, mRNA vaccines don't perform well against viruses that infect the upper respiratory tract. Here's the problem: mRNA only codes for a small part of the viral proteins, usually a single antigen. One mutation and the vaccine becomes ineffective. This dynamic drives a phenomena called antigenic shift, meaning that the vaccine paradoxically encourages new mutations and can actually prolong pandemics as the virus constantly mutates to escape the protective effects of the vaccine. Millions of people, maybe even you or someone you know, caught the omicron variant despite being vaccinated. That's because a single mutation can make mRNA vaccines ineffective. The same risk applies to flu. After reviewing the science and consulting top experts at NIH and FDA, HHS has determined that mRNA technology poses more risk than benefits for these respiratory viruses. That's why after extensive review, BARDA has begun the process of terminating these 22 contracts totaling just under $500,000,000 To replace the troubled mRNA programs, we're prioritizing the development of the safer, broader vaccine strategies, like whole virus vaccines and novel platforms that don't collapse when viruses mutate. Let me be absolutely clear: HHS supports safe, effective vaccines for every American who wants them. That's why we're moving beyond the limitations of mRNA for respiratory viruses and investing in better solutions. Thank you. Produced by the U. S. Department of Health and Human Services.

The message we have been conveying from the beginning is that when you are vaccinated, you do not risk infecting others. Studies have shown that people who have received both doses of the vaccine have virtually no chance of contracting the disease. If everyone is vaccinated, there will no longer be any virus.

The speaker acknowledges that the vaccine did not completely stop the spread or infection, but clarifies that initially it did for the Wuhan strain and the alpha strain. Early data and literature published in the New England Journal showed that those who were vaccinated and didn't get infected were not transmitting the virus to others. The vaccine had a high efficacy of up to 96% early on and this efficacy did not change over time.

The speaker acknowledges that the vaccine did not completely stop the spread or infection, but clarifies that initially it did for the Wuhan strain and the alpha strain. Early data and literature published in the New England Journal showed that those who were vaccinated and didn't get infected were not transmitting the virus to others. The vaccine had a high efficacy of up to 96% early on and this efficacy did not change over time.

According to the CDC, vaccinated individuals do not carry or get sick from the virus, as supported by both clinical trials and real-world data.

If you are unvaccinated, the virus will find you, especially the delta variant. It spreads aggressively among unvaccinated communities. The virus targets those who are not fully vaccinated, regardless of location. It seeks out older individuals who have not received their third dose. Ultimately, it will find nearly everyone, as seen in cases where only one or two doses were received.

Vaccinated people are safe around each other, but when surrounded by unvaccinated individuals, especially in areas with high coronavirus transmission, spillover infections can occur. Vaccinated individuals can still get infections, though they tend to be less severe, demonstrating the vaccine's effectiveness. However, with variants like Delta, vaccinated people could still contract the virus and transmit it to family members. Therefore, vaccinated individuals should not assume they are fully protected, as there remains a risk of infection and transmission as long as unvaccinated populations exist.

Vaccinated individuals are protected against COVID-19 and its variants, as the vaccines are highly effective. They do not carry the virus, get sick, or transmit it to others. Vaccination allows society to return to normal. Fully vaccinated people no longer need to wear masks or practice physical distancing, and they are unlikely to be hospitalized or die from the virus. However, vaccines only slightly reduce transmission, and there is a need for new vaccination strategies. Reports from Israel suggest a waning of immunity, indicating the importance of booster shots. The plan is for every adult to receive a booster shot.

A communication problem arose when it was intimated that vaccines would protect against getting COVID altogether, which wasn't supported by evidence. Vaccines protect against illness in the lower respiratory system, but the virus could still be carried in the upper airway and potentially spread. This led to distrust of mRNA vaccines, as people who got COVID after vaccination questioned the vaccine's effectiveness. Recent data shows that vaccines work well in preventing illness and infection, and make it unlikely that someone would pass the infection to someone else. The concern was that vaccinated people could be unwitting carriers, but recent data suggests this is very unlikely. Vaccinated people not wearing masks are not doing a disservice to their community. Unvaccinated people could be putting other unvaccinated people at risk. Institutions may require proof of vaccination, which will be a tough call.

The CDC has not been clear and practical in their guidance. They should inform people that if they are vaccinated, they are well protected from getting and spreading the coronavirus. How individuals choose to proceed is up to them, as there is no right or wrong answer. Some may want to be cautious, while others may want to return to their pre-pandemic lives. The focus should be on the unvaccinated, as the vaccinated are not a major public health threat. Let them regain normalcy in their lives, as it may incentivize those who are not yet vaccinated.

Vaccination not only protects individuals but also reduces virus transmission, helping society return to normal. Current data indicates that vaccinated individuals do not carry the virus or get sick. Getting vaccinated and boosted can save lives and prevent serious illness. The goal is to stop the virus from spreading by ensuring vaccinated individuals act as dead ends for transmission. Vaccines are effective enough that when a vaccinated person is exposed, the virus cannot infect them or spread further. However, there was uncertainty about the vaccines' ability to stop transmission at the time of emergency use authorization. The data on this was limited, and it was acknowledged that the speed of development impacted the understanding of transmission prevention.