What is Ascend WV? When are the incentive payments provided? Is it a lump-sum or is there a payment schedule? Are the financial incentives taxable? What are the incentives for joining Ascend WV? What exactly is remote work? Will Ascend WV be offering jobs to people who apply? How long do I have to live in West Virginia?
Where exactly would I be moving? How many Ascend towns can I apply for? If selected for the program, when will I be expected to move? Does Ascend WV assist with housing? Can I purchase a home in West Virginia?
Will they be able to find a job? When did Ascend WV begin? How is Ascend WV funded? Application and Eligibility. What are the qualifications for Ascend WV? Who is the ideal candidate for Ascend WV? How are applicants chosen? How long will the selection process take?
Can I apply? What happens if I become unemployed or lose my job during the Ascend WV program? I am a remote worker, but I have to travel for work often. Am I eligible? Can I apply if I am not a U. I am from West Virginia and currently living elsewhere, can I apply? Do I have to pay back the money? How many spots are available? When can I apply for Ascend Morgantown? This can make the air sacs in your lungs rupture and make it hard for you to breathe. If air bubbles get into an artery, they can cause a blockage that affects your organs.
The blockage is called an arterial gas embolism. Depending on where the bubbles are, you could have a heart attack or a stroke. Decompression sickness: Often called "the bends," decompression sickness happens when a scuba diver ascends too quickly. Divers breathe compressed air that contains nitrogen. At higher pressure under water, the nitrogen gas goes into the body's tissues.
This doesn't cause a problem when a diver is down in the water. And if a diver rises to the surface decompresses at the right rate, the nitrogen can slowly and safely leave the body through the lungs. But if a diver rises too quickly, the nitrogen forms bubbles in the body. This can cause tissue and nerve damage. In extreme cases, it can cause paralysis or death if the bubbles are in the brain.
Nitrogen narcosis: Deep dives can cause so much nitrogen to build up in the brain that you can become confused and act as though you've been drinking alcohol. You might make poor decisions, such as taking out your regulator because you think you can breathe underwater. Narcosis usually happens only on dives of more than feet. What are the symptoms? Mild symptoms can include: Pain in your ears, sinuses, or teeth. Joint pain.
Extreme fatigue. Severe symptoms can include: Numbness and tingling in your arms and legs. In most cases, patients who presented for medical care have responded well to medications and rest and had prompt improvement of symptoms. A full listing of the side effects is now available on the FDA website and a summary is found in the fact sheet that is provided to everyone who receives the vaccine. This plan has been updated to include the newly authorized year old population, and includes longer-term safety follow-up for participants enrolled in ongoing clinical trials, as well as other activities aimed at monitoring the safety of the Pfizer-BioNTech COVID vaccine and ensuring that any safety concerns are identified and evaluated in a timely manner.
The expectation for the adult phase 3 trials is 2 years of safety follow-up —longer than for most vaccines during development. It is impossible to know the very long-term safety profile of vaccines that have only been used in humans for several months, since December That said, no currently approved vaccines have been found to have an unexpected long-term safety problem years or decades after introduction.
For the mRNA vaccines developed by Pfizer-BioNTech and Moderna, studies reported vaccine efficacy at 7 to 14 days after the second dose, which is likely how long it takes to get very high levels of neutralizing antibody. Studies to date have shown that both mRNA vaccines maintain high efficacy levels over a six-month period eg.
More research will be conducted to monitor vaccine efficacy over time. This includes simultaneous administration of the COVID vaccine and other vaccines on the same day, as well as administration within 14 days. Even if they have already recovered from COVID, it is possible—although rare—that they could be infected again. Learn more about why getting vaccinated is a safer way to build protection than getting infected.
Vaccination of adolescent children with known current SARS-CoV-2 infection should be deferred until the adolescent child has recovered from the acute illness if the person had symptoms and they have met criteria to discontinue isolation. Current evidence suggests that the risk of SARS-COV-2 reinfection is low in the months after initial infection but may increase with time due to waning immunity. Thus, people with a history of multisystem inflammatory syndrome MIS-C or MIS-A should consider delaying vaccination until they have recovered from illness and for 90 days after the date of diagnosis of MIS-C or MIS-A , recognizing that the risk of reinfection and therefore, the benefit from vaccination, might increase with time following initial infection.
There is currently no evidence that any vaccines, including COVID vaccines, cause fertility problems or problems trying to get pregnant. As with all vaccines, scientists continue to carefully study COVID vaccines for side effects and will report findings as they become available. Since March , about 1. Although most children have mild symptoms, we know they can infect adults in their families as well as others outside the home.
From what we understand so far, it seems that older adolescent children are spreading the virus more easily than younger children; therefore, it makes sense to move towards immunizing the population of these adolescent children who may be contributing most to transmission. Furthermore, although infrequent, some children do get very sick from COVID, and prevention of serious illness in children is an important goal of vaccination. Symptoms seen with the infection with COVID are not specific, with symptoms ranging from cold-like symptoms in mild cases to severe illness and death.
We are working with local and state government and health agencies to help distribute vaccinations as they become available in our communities You may have some questions about COVID vaccinations.
About the Vaccine. Can a vaccine that was created this quickly be safe? What's actually in the vaccine? What are the ingredients of the vaccine? Does it matter which one I take? Is one vaccine preferred or safer than the other?
What are the risks of not vaccinating? What is mRNA and what role does it play with the vaccine? Our bodies recognize that the protein should not be there and create antibodies against the protein. The antibodies will then neutralize the virus if you become infected.
Additionally, the body will build T-lymphocytes and B-lymphocytes that will remember how to fight the virus that causes COVID if you are infected in the future. The two vaccines up for Emergency Use Authorization EUA approval by the FDA Pfizer and Moderna use the same novel mRNA technology, injecting small pieces of genetic material that the body's immune cells use to produce a protein similar to the coronavirus.
Protein subunit vaccines include harmless pieces proteins of the virus that cause COVID instead of the entire virus. If you are ever infected in the future, memory cells will recognize and fight the virus. Vector vaccines contain a weakened version of a live virus—a different virus than the one that causes COVID—that has genetic material from the virus that causes COVID inserted in it this is called a viral vector.
Once the viral vector is inside our cells, the genetic material gives cells instructions to make a protein that is unique to the virus that causes COVID Using these instructions, our cells make copies of the protein. This prompts our bodies to build T-lymphocytes and B-lymphocytes that will build antibodies and remember how to fight that virus if we are infected in the future. Getting the Vaccine. What are the phases and which groups are in which phase?
What steps can I take to schedule? How many doses of the vaccine will I need, and do my two doses of the vaccine need to be from the same manufacturer? If the vaccine I receive requires 2 doses, will my second dose of the vaccine have to be exactly 21 days or 28 days after my first dose? How will my follow-up visit be scheduled for my second dose of the vaccine if necessary? What happens if the timing for my second dose falls on a weekend and the site I received my first dose at is closed?
What should I do if I miss my window for my second dose? What will happen? I understand that multiple vaccines are available. What if I prefer to receive one vaccine over the other?
Who will administer the vaccine to me? An Ascension nurse and or other assigned providers will administer the vaccine. Should I take over-the-counter pain medications like ibuprofen before COVID vaccination to prevent vaccine-related side effects? If a diver ascends too quickly, the nitrogen gas in his body will expand at such a rate that he is unable to eliminate it efficiently, and the nitrogen will form small bubbles in his tissues.
This is known as decompression sickness, and can be very painful, lead to tissue death, and even be life threatening. In a worst-case scenario, a diver who ascends quite rapidly may rupture small structures in his lungs known as alveoli.
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