Name: The COVID-19 Vaccines Are Here. So What Happens Next?
Uploaded: 2020-12-23T19:10:31.000Z
Duration: 7 min 3 s
Description: Thousands of YouTube videos with English-Chinese subtitles! Now you can learn to understand native speakers, expand your vocabulary, and improve your pronunciation...

So it's official—COVID-19 vaccines are here! As of this recording, at least one vaccine

Modal verbs - B1

candidate has been approved by the UK, the US, Canada, Mexico, and may have even been approved

by others by the time you see this. But what does this mean for the average U.S. citizen? When

will we be able to get it, which one will it be, and what does all of this mean for

the pandemic?  Let's go over the frontrunners. The three

vaccines currently farthest along in their development and approval processes are all

using new technologies. That's Pfizer's mRNA vaccine, Moderna's mRNA vaccine, and AstraZeneca's

vaccine in partnership with Oxford University, which is what's called a recombinant vector

vaccine that uses DNA.  Right now, Pfizer's mRNA vaccine is what's

being actively administered in countries like the UK, the US, and Canada. On December 18th,

Moderna's mRNA vaccine was approved in the US as well.  

So who gets it first? After more than 300,000 coronavirus deaths in the US alone, the CDC

has recommended that healthcare workers get priority, as they're the ones risking their

lives every day treating those who need to be hospitalized. 

And although they're first up on the list for vaccination, this first shipment of vaccines

we're hearing about is not going to be enough for every healthcare worker in the country to be vaccinated at once,

so those on the front lines will be divided into risk categories based on where they work,

with those who work directly with COVID patients having first access to the vaccine. 

Also high on the priority list are the elderly, living in nursing homes and other long-term

care facilities, as they are the age demographic most at risk for serious disease. The vaccination

campaign for this population has also already begun. 

Now, the US federal government has given vaccines to each state based on total state population,

notably not by the number of people in that state who may fall into a high-risk group. 

Then every state gets to decide for itself how to divvy up its available vaccine doses. 

Individual states get to decide which of their hospitals receive the vaccine first. 

Some states are prioritizing care homes over hospitals or vice versa, and states will have

to decide how  they want to handle populations like teachers,

So to see how the vaccine will be distributed and to whom will depend entirely on your state's

decisions.  But for most of the US, vaccines will reach

the general public around spring of 2021 at the earliest. 

So the US is facing what will be one of the biggest rapid vaccination campaigns in its

history. Establishing a reliable supply chain on this timeline is complicated enough, 

but an added difficulty is that the Pfizer vaccine has to be stored at -70 degrees celsius

for it to be stable.  This makes transportation extra high stakes

to ensure that no shipments of vaccine are wasted because they spent too long at a certain

temperature. I don't know if you've tried to keep ice cream from melting in a hot car, but

if THAT's hard, I think this is gonna be a tricky one: especially because it involves

everyone from public health organizations to airlines to shipping companies, all aiming

to work together as seamlessly as possible.  Now the Moderna vaccine, also recently approved,

doesn't have to be kept at temperatures that are quite this low. It only needs to

be at about -20 degrees celsius, which still sounds pretty cold but is actually about the temperature

of a regular freezer. So hopefully as Moderna's option becomes more widely available as well, it

can cover any supply chain gaps created by the Pfizer vaccine's extreme temperature

needs. The U.S., like many other wealthy countries, has pre-purchased hundreds of millions

of doses of at least 6 different vaccines. But as more vaccine types become available

in the future and more information comes in about each vaccine type and its efficacy,

doctors may be able to eventually start prescribing a certain vaccine for certain populations.

Let's talk about price, shall we?  Pfizer's vaccine is $19.50 a dose, which

is around $39 per patient because each person will require two doses for the vaccine to

be effective. Moderna's vaccine is quite a bit more expensive at around $64-74 per course.

And again, that's two rounds of shots,  whereas the AstraZeneca/Oxford vaccine is

The US government has announced that anyone on Medicare or Medicaid will be able to receive

the vaccine at no cost.  So in this next year it's unlikely that

we'll be able to choose which vaccine we get and how much it costs will depend on

your state, your insurance, and which vaccine is available to you, which in itself just

depends on supply chain logistics.  There's also the challenge of getting people

to take the vaccine at all.  It's been historically difficult to get

people to trust vaccines, even ones that have gone through years of trials. And especially for

the COVID vaccines, there have been many questions brought up like; it came out so fast, how

do we really know it's safe? Are the side effects something to worry about? 

Minority groups have been especially hard hit by COVID, so how many people

from these groups has it been tested on? We're getting a lot of information and getting it really

quickly, and after the year we've had - it's understandibly overwhelming.  But, overall, our key takeaways

are this:   One: I know it seems fast, but the vaccine

did go through its safety trials and has been based on research that's been developing

Two:  money  is what has helped accelerate this vaccine process. 

The simple fact is that the pandemic has affected the whole world and that meant the vaccine

development had been prioritized over almost anything else, which rarely happens. And

three: we've seen what happens without a vaccine. The last nine months have shown us what a virus like

this can do. So a vaccine can only make our COVID situation better.

Even with all of the challenges still facing us on a road to worldwide vaccination, it's

really exciting to see how science has come together to find a solution to one of our

world's most urgent issues, and as more information keeps coming out about all these

important questions we've talked about today, we here at Seeker will make sure we're keeping you updated. It is

heartening and exciting news, but we also still have to remember that the shot won't be available to most of us

until later in 2021. So until then we  need to make sure we're still doing everything

we can to keep ourselves and those around us healthy as possible.

If you're looking for more on the complicated relationship between COVID and race, check out

this video over here, and subscribe to Seeker to keep up with all you breaking pandemic news.

If you have another COVID question you want us to tackle next, leave it for us in the

comments. As always, thanks so much for watching, and I'll see you next time.