POST
PRODUCTION
SCRIPT
Four
Corners
2020
Injection
of Hope
44
mins 46 secs
©2020
ABC
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Precis
|
"We're optimistic and we think
that we've got enough irons in the fire to solve the problem, but we
certainly don't want to give false hope." Viral infectious diseases
expert |
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|
Coronavirus restrictions are starting
to loosen and our cities and towns are showing more signs of life than they
have in months. But health authorities and the federal and state governments
insist that without an effective vaccine or treatment for coronavirus, life
cannot fully return to normal. |
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|
"The pressure has been
enormous...in normal vaccine development you would have months to work some
of these issues out. We've got days and weeks to do that instead."
Professor of Virology & vaccine researcher |
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Australian scientists are at the
forefront of this hunt for a vaccine, working around the clock on several
promising contenders. The stakes are high, and the degree of difficulty is
intense. |
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"People need to appreciate that
trying to develop a vaccine in the face of a pandemic is a bit like trying to
do a Houdini trick where someone puts a bag over your head so you can't see.
There's much more that you don't know to what you do know." Director of
Endocrinology & vaccine researcher |
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On Monday Four Corners takes you into
their world, where they face extraordinary scientific hurdles as well as
extreme moral and ethical dilemmas. |
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"It is cutting edge science and so
we have to go carefully because we don't want anything that puts people at
risk." Chair, Coalition for Epidemic Preparedness Innovations |
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While their efforts showcase the best
that science has to offer, behind their impressive endeavours is a story of
missed opportunities and a lack of preparedness. Many had been warning of a
likely pandemic for years, only to see resources and efforts invested
elsewhere. |
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"We've seen our teams dissolve,
disperse, expertise go overseas because the funding just wasn't able to
sustain the work or a salary for any of those people. I think we've lost a
lot of capability over the last couple of years." Viral infectious
diseases expert |
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|
Infectious diseases experts say our
ability to respond to this predictable outbreak has been undermined by
funding cuts and short-term thinking. |
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"It's a sad reality that funding
for preparedness in these areas runs on the cycle that we describe as being
one of panic and then neglect." Former Secretary of the Dept of Health |
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In the event a vaccine is developed,
some fear that individual nations may refuse to share it until their own
populations have been inoculated. |
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"What we don't want to see is a
level of vaccine nationalism, where countries basically are not prepared to
contribute to the global effort...it's in nobody's interest." Former
Secretary of the Dept of Health |
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The program also explores the
contentious question of who gets to profit from any future vaccine, and
whether it will be made available to those least able to afford it. |
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"It's very easy to criticise big
pharma, but to be quite blunt until someone comes up with an alternative, we
have to go with what we've got." Immunologist & former Australian of
the Year |
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As scientists race to invent and test a
range of possible vaccines, those funding much of the research say we should
be cautiously optimistic. |
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"We've never seen this level of
collaboration, cooperation. We've seen unusual bedfellows. The private
sector, the public sector, science, medicine, everyone coming together."
Chair, Coalition for Epidemic Preparedness Innovations |
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Episode
teaser. Sydney beach and streets |
Music
|
00:10 |
|
Newsreader:
"Our great hope, a vaccine for coronavirus…" Newsreader:
"But this is a whole new kind of vaccine…" Newsreader:
"Scientists have been working frantically to try to stop the deadly
illness in its tracks." |
00:15 |
COVID-19
signage/Testing |
Newsreader:
"A team of Australians is trying to develop a vaccine for the
virus…" Dr.
Norman Swan: "The only thing that will really allow life, as we once
knew it, to resume, is a vaccine." |
00:24 |
|
Music
|
00:34 |
Scientists
working in lab |
SOPHIE
MCNEILL, REPORTER: Scientists around the world have joined an unprecedented
global effort to create a COVID-19 vaccine. PROFESSOR
PAUL YOUNG, COVID-19 Vaccine Project,
University of Queensland: There's no race |
00:36 |
Prof.
Paul Young 100% |
between those of us designing vaccines. The
race is on for all of us against the virus. |
00:44 |
Scientists
working in lab |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: We've never seen this level of
collaboration, cooperation. We've seen unusual bedfellows – the private
sector, |
00:50 |
Halton
100% |
the
public sector, science, medicine – everyone coming together. |
00:57 |
Scientists
working in lab |
SOPHIE
MCNEILL, REPORTER: But there is no guarantee of success and the challenges,
both scientific and ethical, are enormous. PROFESSOR
NIKOLAI PETROVSKY, VACCINE RESEARCHER, FLINDERS UNIVERSITY: People need to appreciate that trying to
develop a vaccine in the face of a pandemic, |
01:02 |
Petrovsky
100% |
is a bit like trying to do a Houdini trick
where someone puts a bag over your head so you can't see. |
01:17 |
Scientists
working in lab |
JENNIFER TIERNEY, MÉDECINS SANS FRONTIÈRES,
AUSTRALIA: We need a systemic approach |
01:23 |
Tierney
100% |
that actually means fair and equitable
pricing at the end of the day on what should be a public good. |
01:28 |
Vaccine
preparation |
PROFESSOR
IAN FRAZER, IMMUNOLOGIST, UNIVERSITY OF QUEENSLAND: It's very easy to criticise big pharma, but
to be quite blunt, until someone comes up with an alternative, we have to go
with what we've got. SOPHIE
MCNEILL, REPORTER: Tonight on Four
Corners, the race for a remedy. |
01:33 |
McNeill
to camera in lab. Super: |
With
more than 100 in development, we investigate the global efforts to find a
COVID-19 vaccine, and the battle to ensure that if
scientists are successful, it doesn’t just go to the highest
bidder. |
01:50 |
GFX
Title: |
Music
|
02:05 |
Grounds
of University of Queensland including Molecular Biosciences Building |
|
02:15 |
Prof.
Young enters lab |
SOPHIE
MCNEILL, REPORTER: These days, the lights are always on in the molecular
bioscience labs at the University of Queensland. |
02:27 |
Prof.
Young 100%. GFX Super: |
Professor
Paul Young is one of the leaders of the UQ team. |
02:37 |
Prof.
Young in lab with colleague |
He
and his colleagues have spent nearly every waking moment since January
working on their COVID-19 vaccine. |
02:48 |
|
PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: It's been 24/7 essentially, with everybody in
the team working very hard to get to where we are currently, as quickly as we
can. So, lots of weekends, in fact, all weekends and most evenings. |
02:57 |
Prof.
Young 100% |
There's been a lot of time spent together. I
think we probably know each other better now than we ever have done. |
03:09 |
Scientists
in lab |
What has amazed me, even with the 24/7 load
that the whole team is carrying, we're still buoyed, we're still excited, |
03:14 |
Prof.
Young 100% |
the program is still going forward with full
enthusiasm from everybody. |
03:21 |
Scientists
in lab |
SOPHIE
MCNEILL, REPORTER: UQ’s vaccine project is seen as the most advanced in
Australia and the team is feeling the weight of responsibility to deliver. PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: The pressure has been enormous. In normal vaccine development, you would
have months to work some of these issues out. We've got days and weeks to do that,
instead. The pressure certainly has felt the |
03:25 |
Prof.
Young 100% |
need for us to ensure that our vaccine does
make it through, into clinical use, is one that we feel almost every day. |
03:47 |
Scientists
in lab |
SOPHIE
MCNEILL, REPORTER: The
UQ project is largely funded by the Coalition for Epidemic
Preparedness Innovations or CEPI – a group co-founded by billionaire philanthropist Bill Gates. |
03:57 |
Bill
Gates TED Talk. Super: |
BILL GATES: If anything kills
more than 10 million people in the next few decades it's most likely to be a
highly infectious virus. |
04:07 |
|
SOPHIE
MCNEILL, REPORTER: In 2015, after the
deadly Ebola outbreak in West Africa, Gates warned that a global pandemic was
looming – calling for an urgent overhaul of infectious disease research and
vaccine development. |
04:19 |
Gates
on World Economic Forum panel |
CEPI was formally launched
at the 2017 World Economic Forum, with nearly half a billion dollars of
investment. |
04:35 |
|
BILL GATES: Everyone
has really taken a leap of faith to pull this together… |
04:43 |
|
SOPHIE
MCNEILL, REPORTER: Australia has contributed 14 million dollars. JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: CEPI was created |
04:47 |
Halton
100% |
based on concerns that people had about the
global response to the Ebola outbreak in West Africa, which I'm sure most
people remember, and we didn't have vaccines that were ready to go at a time
of great crisis, and many lives were lost as a consequence. So a group of
global health experts, together with some people from the business community,
got together to say, well, how can we prevent that kind of thing happening
again? |
04:53 |
Halton
100%. GFX Super: |
SOPHIE
MCNEILL, REPORTER: CEPI is chaired by Australian Jane Halton, a former
Secretary of the Department of Health. |
05:16 |
Halton
working on laptop |
When
she was appointed three years ago, one of her priorities was a project called
'Disease X – preparing for the next pandemic'. |
05:26 |
Halton
100% |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: What CEPI did was look around the world,
thinking about this challenge of Disease X, to see who the best partners
would be. |
05:40 |
University
of Queensland |
SOPHIE
MCNEILL, REPORTER: One of the Disease X projects CEPI funded was at the
University of Queensland, where researchers were working on new technology
which could be used in a pandemic. |
05:47 |
Prof.
Young in lab |
PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: We signed up
as a university, and certainly, a group working on this particular, pathogen
issue, |
06:02 |
Prof.
Young 100%. Super: |
the
whole idea of developing vaccines, Disease X, and, being ready to deploy our
particular technology for an emerging threat. |
06:07 |
UQ
Molecular Biosciences. Super: |
Newsreader: Chinese
health authorities are still working to identify the virus behind a pneumonia
outbreak in the central city of Wuhan. SOPHIE
MCNEILL, REPORTER: With 14 million dollars from CEPI, the work was well
underway when the first reports of a viral outbreak started coming out of
Wuhan in China. |
06:16 |
|
Newsreader:
China is battling a new and rapidly spreading respiratory virus… Newsreader:
In the Chinese city of Wuhan, may be a new type of coronavirus. |
06:35 |
|
PROFESSOR PAUL YOUNG, COVID-19 VACCINE
PROJECT, UNIVERSITY OF QUEENSLAND: The agreement with CEPI |
06:46 |
Prof.
Young 100% |
provided funding for us to expand our
research team. So we essentially doubled, maybe even tripled, the size of the
team so that we could move rapidly towards the development of the vaccine. |
06:47 |
Halton
100%. Super: |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: So there are a number of candidates that
we're funding as part of our work in relation to COVID-19 that actually
haven't yet generated a vaccine for use in humans. |
06:59 |
|
But it is cutting edge science and so we have
to go carefully because we don’t want to do something that puts people at
risk. |
07:08 |
COVID-19
animation |
SOPHIE
MCNEILL, REPORTER: The virus that causes COVID-19 is covered in distinctive
spike proteins that it uses to infect cells. UQ’s vaccine uses a genetically
engineered protein, like the spike from COVID -19, which the
body recognises as an intruder and starts fighting. What makes it unique is
the team’s ground-breaking invention called a ‘molecular clamp’ – which
helps the spike hold its shape to more effectively mimic the structure of the
virus surface. PROFESSOR PAUL YOUNG, COVID-19 VACCINE
PROJECT, UNIVERSITY OF QUEENSLAND: Our
clamp is sort of like a bulldog clip that holds that together |
07:18 |
Prof.
Young 100% |
and ensures that the right protein in the
right structure is presented to the immune system as a vaccine. |
07:57 |
Prof.
Purcell 100%. Super: |
PROFESSOR
DAMIAN PURCELL, Head of Viral
Infectious Diseases, Doherty Institute: It's a concept that's been around for a
little bit, but the way that they've done it is a world first. |
08:03 |
Scientists
in lab |
SOPHIE
MCNEILL, REPORTER: Tests
on mice have shown increased antibodies in those given the vaccine. |
08:10 |
Prof.
Purcell 100% |
PROFESSOR
DAMIAN PURCELL, Head of Viral
Infectious Diseases, Doherty InstitutE: So, the immunity generated by the UQ
candidate in mice, in the first test, was astounding. |
08:19 |
|
So, in mice it's doing what we want, it's
making the right kind of antibodies and it was a great joy, brought a smile
to a lot of people's faces, I think. |
08:26 |
Scientists
in lab |
SOPHIE
MCNEILL, REPORTER: While the results in mice are promising – this technology
has never been used in humans. Only
about six percent of vaccines that make it to clinical trials turn into
commercial products. |
08:37 |
Frazer
100%. Super: |
IAN
FRAZER, IMMUNOLOGIST, UNIVERSITY OF QUEENSLAND: It may be a problem for the University of
Queensland vaccine because it's a protein vaccine and not a live virus. |
08:54 |
Scientists
in lab |
We might end up with a vaccine which gives
us really good antibody responses, which is what we'd like to see. |
09:00 |
Frazer
100% |
But in the long run, the antibody doesn't
last and in a year's time there's no antibody there and we become vulnerable
to the virus again, or we might be partially protected, but still able to
spread the virus. |
09:05 |
Geelong
drone shots |
Music
|
09:17 |
Driving
to biosecurity
lab |
|
09:31 |
Dr
Drew in car driving to lab |
SOPHIE
MCNEILL, REPORTER: This
is the CSIRO high-tech biosecurity lab in Geelong, one of the few facilities globally
that can do advanced animal trials with dangerous pathogens. |
09:45 |
Drew
100% |
DR TREVOR DREW, Director, Australian Centre for Disease Preparedness, CSIRO:
Our facility is really
very rare in the world. There's only about half a dozen facilities of our
type. |
10:10 |
GFX
Super: |
SOPHIE
MCNEILL, REPORTER: Dr
Trevor Drew is the director of the lab. |
10:17 |
Scientists
dress in hazard suits and enter lab |
DR TREVOR DREW, Director, Australian Centre for Disease Preparedness, CSIRO: Our people dress up in a full suit, with
its own separate air supply. They come out of the laboratory and go through a
chemical shower in their suits. This is probably the highest level of
containment that exists anywhere in the world. |
10:23 |
Lab
signage. Scientists in lab |
SOPHIE
MCNEILL, REPORTER: Two
international COVID vaccine teams funded by CEPI are relying on the facility
to carry out animal testing. |
11:06 |
Drew
100% |
DR TREVOR DREW, Director, Australian Centre for Disease Preparedness, CSIRO: The Australian Centre for Disease
Preparedness has been working on two different vaccines, one from Inovio in
the United States and another one from Oxford University in the UK. |
22:29 |
Oxford
lab |
Music
|
11:42 |
|
SOPHIE
MCNEILL, REPORTER: The Oxford University vaccine uses a harmless |
11:48 |
COVID
animation |
virus
usually found in chimpanzees to carry the genetic code for the spike protein
into the body, to try and stimulate an immune response. This particular type
of vaccine has never been licensed for widespread commercial human use. |
11:50 |
Halton
100%. Super: |
JANE
HALTON, Chair, Coalition for Epidemic
Preparedness Innovations: Look, my attitude is
we should use everything at our disposal now to try and find a way out of the
crisis that the globe is currently facing and if that's new science, which we
are trying out, that's fine. What we
have to do is to make sure that we test things properly, that we make sure
they're safe and we make sure that they are effective. |
12:15 |
Time-lapse.
CSIRO lab |
Music
|
12:39 |
|
SOPHIE
MCNEILL, REPORTER: The CSIRO lab uses ferrets in its animal testing, because
they have similar respiratory systems to humans. Dr Drew’s team injected the
ferrets with the Oxford vaccine. |
12:44 |
Oxford
University |
But
before all the animal testing was complete, |
12:58 |
Human
vaccine trial. Super: |
Oxford
announced it was starting phase one human trials. |
13:02 |
|
Music
|
13:08 |
|
DR ROB GRENFELL, DIRECTOR OF HEALTH AND
BIOSECURITY, CSIRO: When Oxford announced that
they were starting their phase one trials and we're thinking |
13:17 |
Grenfell
100% |
"We've
only just immunised our ferrets," I'm going, "Wow!" |
13:21 |
Scientist
in lab |
They
know that both the ferrets and the monkeys had no adverse effects from the
vaccine. So that's one step to move to humans. But I must say that is
certainly, again, this is new country, a new territory, |
13:25 |
Grenfell
100%. Super: |
and
there must have been a very strong case for them to actually allow that one
through. Now, I wasn't a party to any of those discussions, but you can
probably gather, I'm actually nervous about this, but
I also have a lot of faith in the checks and balances and the systems
that we actually use. |
13:37 |
Drew
100%. Super: |
DR TREVOR DREW, Director, Australian Centre for Disease Preparedness: My personal reaction to the news that the
Oxford University vaccine had moved to phase one clinical trials was actually
one of huge respect and admiration for the volunteers who have stepped
forward and said, "Yes, we understand the risks, but we're prepared to
do this for humanity." It is just awesome. People who are prepared to
put their lives on the line for the furtherment of science and the
development of this vaccine. |
13:53 |
Exterior.
Alfred hospital |
Music |
14:27 |
Human
vaccine trial clinic |
|
14:34 |
|
SOPHIE
MCNEILL, REPORTER: The first phase one human trial In Australia of a
potential vaccine began two weeks ago. At this Melbourne clinic, these
volunteers were injected with a vaccine made by American company Novavax. It
had already finished animal trials in the US. |
14:36 |
|
Music
|
14:58 |
|
DR PAUL GRIFFIN, INFECTIOUS DISEASE
PHYSICIAN, NUCLEUS NETWORK: So phase one trial is
really about confirming the safety in humans, |
15:02 |
Griffin
100%. Super: |
and
then what we do is progress to a phase two trial once that safety data stacks
up and is independently reviewed, and we're completely happy that it's safe
and the phase two trial is still a little bit about safety but starting to
get more readouts on efficacy. |
15:06 |
Human
vaccine trial clinic |
SOPHIE
MCNEILL, REPORTER: Normally, a phase one trial would take several months, but
preparations for Novavax’s phase two stage are already underway. |
15:20 |
|
DR
PAUL GRIFFIN, INFECTIOUS DISEASE PHYSICIAN, NUCLEUS NETWORK: If we get the,
the safety signals that we need, |
15:36 |
Griffin
100% |
so
that the vaccine is definitely safe, the phase two will start really quickly.
So essentially around the six-week mark, the green light will be there for
the phase two |
15:38 |
Human
vaccine trial clinic |
and
that’ll start as well. |
15:47 |
Halton
100%. Super: |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: So, this is where being able to do things
in parallel, as we've already talked about, cutting down the unnecessary time
in the development process is our objective. It is not our objective to cut corners on
safety. |
15:51 |
China.
Human vaccine trial clinic |
|
16:05 |
|
SOPHIE
MCNEILL, REPORTER: China is at the forefront of human trials, with five teams
from biotechs and state institutions testing their vaccines. |
16:10 |
CanSinoBIO
building |
CanSino Biologics, which has a similar
vaccine to Oxford, announced promising results after successfully testing it
on 108 volunteers. |
16:24 |
Frazer
100%. Super: |
PROFESSOR
IAN FRAZER, IMMUNOLOGIST, UNIVERSITY OF QUEENSLAND: China doesn't have the
best of reputation for making pharmaceutical products. They had a big scandal
with vaccines a couple of years ago, where they were making vaccines, which
were not what they were supposed to be and weren't working. |
16:36 |
|
So
that I would imagine that given China's current sensitivity about its role in
the spread of the coronavirus, they're going to be very careful about making
sure that any product that they produce is tested rigorously to make sure
that it's safe. |
16:50 |
Halton
100% |
JANE HALTON, Chair, Coalition for Epidemic
Preparedness Innovations: Now I have great confidence in the global
regulators. They, more than anybody else, know the consequences of allowing a
product for broad use if it is not safe. They have seen those cases, they
remember them very, very well, and I am absolutely confident they do not want
to see that happen. |
17:07 |
USA.
Ambulance/Hospital interior |
|
17:26 |
|
SOPHIE
MCNEILL, REPORTER: In
America, some members of Congress are calling for a truly radical approach – so-called
challenge trials in humans, in which volunteers would be given a potential
vaccine and then deliberately infected with COVID-19 to see if it works. |
17:36 |
Purcell
100%. Super: |
PROFESSOR
DAMIAN PURCELL, Head of Viral
Infectious Diseases, Doherty Institute: That is really going down a path where not
many people have gone before. I think
that purposely challenging people is going to be quite a difficult thing to accept
ethically. |
17:59 |
File
footage. China. SARS |
Music
|
18:13 |
|
SOPHIE
MCNEILL, REPORTER: The
deadly outbreak in 2003 of SARS – another type of coronavirus, should have
been the world’s wake up call. With fears of a pandemic, scientists were
tasked to come up with a vaccine. |
18:25 |
Aerial.
Flinders University |
Adelaide’s Flinders University was part of
the global effort. |
18:43 |
Petrovsky
100% |
PROFESSOR
NIKOLAI PETROVSKY, VACCINE RESEARCHER, FLINDERS UNIVERSITY: It was difficult because we hadn't worked
with coronaviruses before. We didn't really know, you know, can we make a
vaccines against a coronavirus? You know, what part of the virus should we be
targeting? So, we were flying blind. |
18:51 |
GFX
Super: |
SOPHIE
MCNEILL, REPORTER: Professor Nikolai Petrovsky’s SARS vaccine work was funded by
the National Institutes of Health in the United States. The research showed
how unpredictable and slow vaccine development can be. |
19:06 |
Petrovsky
100% |
PROFESSOR
NIKOLAI PETROVSKY, VACCINE RESEARCHER, FLINDERS UNIVERSITY: There were some surprises, and the
particular one that really set us back was that the initial vaccines that
were developed were actually causing the virus to become actually more
lethal, and making – the animals at least – get sicker than the animals that
had never received the vaccine. I mean that's the worst possible outcome. |
19:22 |
Time
lapse Flinders University |
Ultimately,
we were able to show that, yes, we could fix that problem with our technology
|
19:48 |
Petrovsky
100% |
and
obviously that took a number of years to get to that point. |
19:54 |
Flinders
University |
SOPHIE
MCNEILL, REPORTER: SARS died out and in 2011 the US health
department reallocated its funding to other areas. PROFESSOR
NIKOLAI PETROVSKY, VACCINE RESEARCHER, FLINDERS UNIVERSITY: We were floored, |
19:58 |
Petrovsky
100% |
I mean because, you know, a lot had been
invested in SARS vaccine development to that date, not just in our program
but in all the programs. It would be in the hundreds of millions, if not
billions. |
20:11 |
Grenfell
100%. Super: |
DR
ROB GRENFELL, DIRECTOR OF HEALTH AND BIOSECURITY, CSIRO: If we had continued
to chase a SARS or MERS vaccine, we would be in a better position, there’s no
doubt. We could have
done lots more work, yes. |
20:22 |
Petrovsky
in lab with vaccine |
|
20:33 |
|
PROFESSOR
NIKOLAI PETROVSKY, VACCINE RESEARCHER, FLINDERS UNIVERSITY: Looking back, we did
warn everyone, that we still believed coronaviruses were going to cause
another big pandemic. |
20:40 |
|
SOPHIE
MCNEILL, REPORTER: Since the COVID-19 pandemic, the US National Institutes of
Health has come back to Professor Petrovsky with new funding – and he has now
restarted where he was 10 years ago. JANE
HALTON, Secretary, Department of Health 2002 – 2014: It’s a sad reality |
20:55 |
Halton
100%. Super: |
that
funding for preparedness in these areas runs on the cycle that we describe as
being one of panic and then neglect. |
21:10 |
|
So that cycle of panic and neglect is
something which those of us in the sector have watched now time and time
again, and it is sadly the case that many projects that had promise were
defunded because priorities moved elsewhere. |
21:19 |
Scientists
in lab |
Music
|
21:34 |
|
SOPHIE
MCNEILL, REPORTER: Leading scientists say failure to adequately fund
infectious disease research has impacted Australia’s ability to respond to a
pandemic. Eight
positions in biosecurity research at the Geelong lab were lost in 2014 after
the Abbott Government cut $111 million from the CSIRO's budget. |
21:38 |
Drone
shot. Geelong CSIRO lab |
The
lab’s team was gradually rebuilt, and two months ago the federal government
announced a $220 million upgrade of the facility, but construction work won’t start
for two years. DR TREVOR DREW, Director of the Australian Centre for Disease Preparedness: In around 2014,
there were some significant cuts to CSIRO, which impacted on the research
capability of ACDP. |
22:03 |
Drew
100%. Super: |
The facility, ACDP, is
now 35 years old. It had a projected lifespan of a hundred years, but of
course it's a bit like a broom that's lasted for that length of time with
five new handles and three new heads. It's something that we need to
constantly do, is to replace and repair elements of the facility. |
22:27 |
Scientists
in labs |
SOPHIE
MCNEILL, REPORTER: The teams at Flinders and UQ say they were forced to
conduct their animal testing overseas, because the CSIRO lab was so in
demand. |
22:50 |
|
PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: Unfortunately, they went ahead with two
vaccines from overseas that essentially used up the capacity. |
23:04 |
Young
100%. Super: |
So, we had to pivot quite quickly, and look
for an alternative source of animal testing. |
23:13 |
Scientists
in CSIRO lab |
PROFESSOR
DAMIAN PURCELL, Head of Viral
Infectious Diseases, Doherty Institute: Funding cuts and the reorganisation
of funding has been very challenging for us. |
23:19 |
Purcell
100%. Super: |
Basically
scientists in this area – vaccine manufacture and virology in particular –
were very dispirited, very disheartened. We've seen our teams dissolve,
disperse, expertise, go overseas because the funding just wasn't able to
sustain the work or a salary for any of those people. So yeah, I think we've
lost a lot of capability over the last couple of years. |
23:26 |
Curtis
100%. Super: |
PROFESSOR NIGEL CURTIS, Head of Infectious
Diseases, Murdoch Children’s Research Institute: As
researchers, we always spend a disproportion amount of our time simply trying
to raise the necessary funds to do our work. One of the good things that's
come out of this pandemic for those of us working in this area is that we
have been able to receive funds, and I guess we only wish that some of these
funds had been available earlier. |
23:58 |
Halton
100%. Super: |
JANE
HALTON, Secretary, Department of Health 2002 – 2014: So,
to my mind, being able to see a regular level of funding, being committed to
preparedness, is the priority and if we can come out of this experience with
a greater focus on that need, I think we'll be all the better for it. |
24:17 |
University
of Queensland |
SOPHIE
MCNEILL, REPORTER: Since the pandemic, UQ’s vaccine team has received 15
million dollars from state and federal governments and last week, Canberra
announced a further 13.6 million dollars for COVID-19 vaccine development in
Australia. |
24:32 |
|
PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: Research in
Australia is horribly underfunded. So, there's absolutely no doubt we don't
fund basic research enough. It’s out of that basic research |
24:51 |
Young
100% |
that
we are able to develop the strategies to combat these large pandemics. One of
the concerns I have – and I fear it's
almost inevitable – as soon as this pandemic is over, as soon as the
attention goes away from it, we'll go back to the way we were in terms of
funding and so, we will end up in having a research base that again is not as
well suited to respond as it perhaps could do. |
25:03 |
Vaccine
bottling production line |
Music
|
25:29 |
|
SOPHIE
MCNEILL, REPORTER: The development of new medical products around the world
is led by private industry, with just a handful of major pharmaceutical
companies dominating the market. |
25:40 |
|
Music |
25:51 |
Malpani
100%. Super: |
ROHIT MALPANI, MEDICINES ACCESS CAMPAIGNER: For companies, vaccines are not an
attractive proposition; they cost a lot to develop, they're risky, they
require significant clinical trials. So, for a lot of companies it's not
worth the effort. |
25:58 |
Halton
100% |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: There are many pathogens that are
potentially quite risky for human populations, but sadly, because there isn't
a market for any vaccines or therapeutics in respect of those pathogens, obviously
there's limited amounts of work done on them. |
26:09 |
Tierney
100% |
JENNIFER TIERNEY, Médecins Sans Frontières, Australia: The
pharmaceutical industry has a long tradition of putting profits over people. |
26:25 |
Super: |
Some examples of that, for instance, are
they won't produce medicines that for neglected tropical diseases, because
simply the people who are affected by those diseases aren't wealthy enough to
pay the price that they would be demanding for those drugs. |
26:30 |
File
footage. West Africa, Ebola |
Music |
26:45 |
|
SOPHIE
MCNEILL, REPORTER: The
consequences of leaving it up to the market were demonstrated in the Ebola
outbreak in 2014 in West Africa. |
26:53 |
|
A potential vaccine had proven effective in
animals almost a decade earlier, but no company had been willing to invest in
its development. ROHIT MALPANI, MEDICINES ACCESS CAMPAIGNER: So, when the Ebola outbreak, occurred,
nothing was ready. There were no doses available, there was no knowledge as
to whether or not the vaccine was safe or effective. |
27:14 |
Malpani
100% |
Now, eventually the vaccine was developed,
it was tested and it did have a role to play in the initial outbreak, but
many healthcare workers, frontline workers and people living in West Africa
lost their lives, when it turns out that the vaccine could have played an
important role in tamping down the outbreak at a very early stage. |
27:38 |
Frazer
100% |
PROFESSOR
IAN FRAZER, IMMUNOLOGIST, UNIVERSITY OF QUEENSLAND: Our current system is very much industry
focused, patent protection on everything, return on investment, and long
development times that have to be paid for. |
27:55 |
GFX
Super: |
SOPHIE
MCNEILL, REPORTER: Professor
Ian Frazer is behind one of Australia’s most famous vaccine success stories. |
28:05 |
File
footage. HPV Vaccine |
In 1991 he and his colleague discovered the
technology behind the HPV vaccine that prevents 90 percent of cervical
cancer. |
28:15 |
|
All Australian teenagers are now offered the
vaccine. |
28:26 |
Frazer
100% |
PROFESSOR
IAN FRAZER, IMMUNOLOGIST, UNIVERSITY OF QUEENSLAND: Eventually – not in my
lifetime, but sometime in my children's lifetime – I think we will be able to
say that we've eradicated cervical cancer. |
28:38 |
File
footage. HPV Vaccine |
SOPHIE
MCNEILL, REPORTER: The intellectual property on Frazer’s breakthrough was licensed
to pharmaceutical companies CSL and then Merck. It went on to become one of
the world’s most expensive vaccines – earning Merck billions of dollars. |
28:45 |
|
The
vaccine has only recently become more accessible in developing countries –
which is predicted to save millions of lives. |
29:05 |
|
ROHIT MALPANI, MEDICINES ACCESS CAMPAIGNER: This vaccine has been incredibly
profitable to the companies that have sold it. But also, then, incredibly
difficult for people to access. |
29:15 |
Malpani
100%. Super: |
Cervical cancer is, is one of the leading
causes of death for, for women in, in developing countries. I think
approximately 270,000 women die each year, and so the unaffordability and the
lack of availability of this vaccine, whether due to high prices or
insufficient manufacturing capacity, leads to this direct consequence of
large numbers of women, sort of continuing to be vulnerable to developing HPV
and eventually to cervical cancer. |
29:23 |
Frazer
100%. Super: |
PROFESSOR IAN FRAZER, IMMUNOLOGIST,
UNIVERSITY OF QUEENSLAND: Look, I have to be honest and say that I realised
that big pharma doesn't exist for any purpose other than to make money for
its shareholders, and if we didn't have big pharma, we wouldn't have a
papillomavirus vaccine. |
29:52 |
File footage. Frazer vaccinating girls. Vanuatu |
It's very easy to criticise big pharma, but
to be quite blunt until someone comes up with an alternative, we have to go
with what we've got. |
30:08 |
|
I think that what we've learned from that is
that if we're developing a vaccine which is going to be a public health
measure across the planet, we have to think at the start about how we're
going to actually make that possible. |
30:9 |
Scientists
in lab |
Music |
30:34 |
|
JANE HALTON, CHAIR, COALITION FOR EPIDEMIC
PREPAREDNESS INNOVATIONS: When it comes to big production of billions of
doses, that is not something that you do in a university lab. So, this is why
we need this partnership between research and really experienced
manufacturers. |
30:37 |
Halton
100%. Super: |
I'm really pleased that the big
multinationals have already indicated that they will partner with us to work
together in a way that is unprecedented, and that they will actually produce
vaccine at the cost of goods – what it actually costs to produce. |
30:54 |
Vaccine
team in lab |
SOPHIE
MCNEILL, REPORTER: Every vaccine team funded by CEPI has to commit to making
their technology available in a fair and equitable manner – but CEPI won’t
confirm if the vaccines they fund will be patented and who will own them. |
31:09 |
Halton
100% |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: We have what we call our Equitable Access
Policy, and all of the people who we work with have signed on to our
equitable access policy. |
31:31 |
Vaccine
team in lab |
They understand that is the basis on which
we provided funding. But we're not usually the sole funder, so there is a
negotiation to be gone through. |
31:41 |
Halton
100% |
What I can tell you is the crucial thing
here is that vaccines are made widely available, that they're made available
to people who need them first and most, and that they're made available at a
price that is affordable. |
31:50 |
Tierney
100%. Super: |
JENNIFER
TIERNEY, MÉDECINS SANS FRONTIÈRES, AUSTRALIA: The devil is in the details.
What does the agreement actually say about equitable access, about pricing
for drugs, about making sure that they're distributed on need, |
32:03 |
Vaccine
team in lab |
not
by distributing to the country that has the most power in the room or who has
the most incentive to keep the pharmaceutical industry happy. |
32:13 |
Tierney
100% |
No amount of philanthropy or altruism is
going to solve this problem. We need a systemic approach that actually means
fair and equitable pricing at the end of the day on what should be a public
good. |
32:22 |
Glaxo
Smith Kline |
SOPHIE
MCNEILL, REPORTER: One of the world’s largest pharmaceutical companies is
GlaxoSmithKline or GSK. |
32:35 |
GSK
vaccine lab |
Last
year, they made a profit of nearly 13 billion dollars and they are currently
working on their own COVID-19 vaccine. |
32:46 |
Breuer
100%. Super: |
DR
THOMAS BREUER, CHIEF MEDICAL OFFICER, GSK VACCINES: GSK has publicly declared that of all the
collaborations we have with partners around COVID vaccines that we don't
intend to make profit during the pandemic phase. |
33:01 |
Vaccine
lab |
SOPHIE
MCNEILL, REPORTER: GSK
says once the initial pandemic is over, it sees a COVID-19 vaccine as a
commercial product. |
33:14 |
Grenfell
100%. Super: |
DR
ROB GRENFELL, DIRECTOR OF HEALTH AND BIOSECURITY, CSIRO: Yes, companies will
make money from this. That's why they're in existence and I suppose in one
sense a coronavirus vaccine will be a blockbuster. |
33:28 |
Young
100%. Super: |
PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: The university is not going to take any royalties, or licence fee
for the intellectual property that's bound up in the molecular clamp
for this particular vaccine. |
33:37 |
Vaccine
team in lab |
And so we're definitely committed to that equitable access. There is a potential for this to be
a commercial product after this initial wave of a pandemic. |
33:48 |
Young
100% |
It's certainly our, our technology
as a platform technology, so it can be applied to a large number of
viruses. |
33:58 |
Aerial.
Médecins Sans Frontières clinic |
SOPHIE
MCNEILL, REPORTER: Médecins Sans Frontières is on the frontline of the COVID
response. It’s calling on companies and institutions not to patent any
vaccines or treatments. |
34:04 |
Tierney
100%. Super: |
JENNIFER TIERNEY, MÉDECINS SANS FRONTIÈRES,
AUSTRALIA: They need to come to the table and give us access to their science,
to their production, to their formulations for the vaccines that they're
producing, for the treatments that they're producing so that they can then be
mass produced at the scale that we need and at the price point that we need. |
34:22 |
White
House drone shot |
SOPHIE
MCNEILL, REPORTER: The United States has been largely absent from
international efforts to coordinate the development of a COVID-19 vaccine –
pouring billions into its own program called Operation Warp Speed. |
34:39 |
Trump.
Super: |
DONALD TRUMP, US PRESIDENT: That means big and it
means fast… ROHIT MALPANI, MEDICINES ACCESS CAMPAIGNER: Operation Warp Speed is a new program by
the United States government, which is seeking to sort of accelerate the
development of a new vaccine as quickly as possible. |
34:56 |
Malpani
100%. Super: |
So, you really get the sort of rupture
between what the United States does, which has, you know, the most capital,
the most resources, the most science, and really what the rest of the world
is trying to do collectively, and that eventually is going to come to a real
flashpoint. |
35:07 |
Petrovsky
100%. Super: |
PROFESSOR
NIKOLAI PETROVSKY, VACCINE RESEARCHER, FLINDERS UNIVERSITY: Any vaccine that's
manufactured by the large pharma companies in the United States, I do not see
how a single dose of vaccine will be exported or be allowed to be exported
until that whole domestic market is satisfied, which may take two or three
years. |
35:22 |
Trump |
There's
nothing to, to stop a country banning the export of a product manufactured in
that country. So that's their right. JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: What we don't
want to see |
35:39 |
Halton
100%. Super: |
is
a level of vaccine nationalism, where countries basically are not prepared to
contribute to the global effort. The best thing we can do at the moment is
advocate for that, to advocate that actually if there's any of this disease
anywhere in the world, it's in nobody's interest. |
35:49 |
Hong
Kong Police in shopping mall wearing masks |
|
36:08 |
File
footage. Swine flu |
SOPHIE
MCNEILL, REPORTER: In 2009, during the swine flu pandemic, Australia’s CSL
Limited was one of the first to invent a vaccine. A prior agreement with the
federal government, required CSL to first supply Australia with enough
vaccine to protect its population, before selling it to anybody else. |
36:11 |
|
ROHIT MALPANI, MEDICINES ACCESS CAMPAIGNER: What it really points to is we have to
have binding, fair agreements that all countries can rely upon. |
36:41 |
Malpani
100% |
If that doesn't occur, every government will
behave in the exact way that Australia did at that time, because at the end
of the day, governments will look out for the needs of their own citizens
first, knowing that every other government might act in the exact same way if
they happened to have a vaccine. |
36:47 |
File
footage. Swine flu, India |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: We worry
about export control. |
37:02 |
Halton
100% |
We
know that export controls have occurred in areas where there is high demand. And
I think we would be naive if we didn't expect that there is a risk that that
might happen in relation to vaccine. So, we need to take steps and we're
taking those steps to ensure that production is globally diversified and that
is our objective. |
37:06 |
CSL
|
SOPHIE
MCNEILL, REPORTER: CSL has committed to
manufacturing UQ’s vaccine if it’s successful. But Australia’s capacity to
produce other types of potential COVID-19 vaccines is limited. |
37:25 |
Purcell
100%. Super: |
PROFESSOR
DAMIAN PURCELL, Head of Viral
Infectious Diseases, Doherty Institute: So fortunately for the
University of Queensland vaccine, it's a fairly generic platform, so the kind
of facilities that CSL produced would work for that, a protein subunit
vaccine. If it turns out that it's a DNA or a particularly an RNA vaccine, we
might be really struggling to manufacture that at the level needed. |
37:44 |
GFX
Super: |
SOPHIE
MCNEILL, REPORTER: In 2017, a Defence Department report warned that
Australia’s vaccine manufacturing |
38:05 |
Onscreen
text: |
capacity
was low and the capability to upscale production was a major weakness. |
38:12 |
Frazer
100%. Super: |
PROFESSOR IAN FRAZER, IMMUNOLOGIST, UNIVERSITY OF
QUEENSLAND: The recent report suggesting that we need more vaccine
development infrastructure, I can only agree with. I think that we have to
accept that for most of our vaccines at the moment, with the exception of the
flu vaccine, come from overseas and that puts us in a very vulnerable
position when borders are closed. |
38:22 |
Halton
100%. Super: |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: We actually
should be investing now in greater vaccine manufacturing capacity around the
world. And I think that idea has significant merit. We know that at times, we
need more vaccine to be produced than we might need on a regular basis. |
38:40 |
Children's
hospital exterior |
SOPHIE
MCNEILL, REPORTER: While work on a new vaccine continues, scientists are
testing to see if anything that’s already on the shelf could help. |
38:57 |
Vaccine
trial at children's hospital |
One
very old vaccine is now being trialled in the new fight against COVID-19. PROFESSOR NIGEL CURTIS, Head of Infectious
Diseases, Murdoch Children’s Research Institute: The BCG vaccine is nearly 100 years old |
39:09 |
Curtis
100% |
and it is a vaccine that was created to
protect against tuberculosis or TB. |
39:31 |
GFX
super: |
SOPHIE
MCNEILL, REPORTER: The BCG vaccine doesn’t just prevent tuberculosis –
Professor Nigel Curtis has spent much of the past decade studying the impact
it has on our immune systems. |
39:37 |
Curtis
100% |
PROFESSOR NIGEL CURTIS, Head of Infectious
Diseases, Murdoch Children’s Research Institute:
The really extraordinary and exciting thing about this vaccine is that it
also enhances the immune system in a very generalised way. |
39:51 |
|
In studies in Guinea-Bissau, a country with
very high mortality in babies and in children, it was observed that those
who'd had the BCG vaccine had a much better survival and the increased
survival was not due to reduced deaths from tuberculosis, but reduction in
deaths from the other infections that kill young children in high mortality settings,
such as pneumonia and sepsis, and diarrhoea. |
40:00 |
Curtis
in lab |
SOPHIE
MCNEILL, REPORTER: The World Health Organization is now backing a trial to
see if the BCG vaccine could help protect healthcare workers against COVID-19. |
40:25 |
Curtis
100% |
PROFESSOR NIGEL CURTIS, Head of Infectious
Diseases, Murdoch Children’s Research Institute: A study of this size would generally take up
to a year to plan and set up, |
40:40 |
Vaccine
trial at children's hospital |
but we managed to get this trial going in 20
days from first meeting to design the trial to recruiting our first
participant. |
40:46 |
Curtis
100% |
We're
hoping that by using this property of the vaccine, we can enhance the immune
system of healthcare workers so that when they're exposed to the coronavirus,
they get a less severe disease. |
40:52 |
Vaccine
trial at children's hospital |
SOPHIE
MCNEILL, REPORTER: The trial involves 10,000 health care workers in Australia,
Spain and the Netherlands. It hasn’t received any federal government funding,
but the Gates Foundation has donated 10 million dollars. |
41:05 |
|
PROFESSOR NIGEL CURTIS, Head of Infectious
Diseases, Murdoch Children’s Research Institute: Until we've had a chance to look at this
properly, it's way too early to conclude that BCG vaccine provides any
protection against coronavirus. |
41:42 |
Curtis
100% |
And it's very important that we don't lose
sight of these tried and tested methods. Despite the fact there's an urgency
to getting results that we can use for this pandemic, unless we do trials and
experiments properly, we're in danger of getting the wrong result. |
41:52 |
University
of Queensland |
Music |
42:10 |
Prof
Young in lap |
SOPHIE
MCNEILL, REPORTER: At the University of Queensland, Professor Paul Young and
the team are preparing to take their vaccine to the next level. Human trials
are due to start in July. |
42:24 |
Frazer
100% |
PROFESSOR
IAN FRAZER, IMMUNOLOGIST, UNIVERSITY OF QUEENSLAND: I think Professor Paul
Young must be feeling quite anxious at the moment because of course a lot of
people are expecting that the vaccine is going to work and we don't know yet. |
42:46 |
Young
100% |
PROFESSOR
PAUL YOUNG, COVID-19 VACCINE PROJECT, UNIVERSITY OF QUEENSLAND: Let me just
say, from our perspective, there's no race between those of us designing
vaccines. The race is on for all of us against the virus and we'd be happy to
see any other vaccine reach a point where it can make a difference in the
global community. I suspect that one vaccine is not going to be enough to
vaccinate the entire world, so we will need a multi-pronged attack on this. So,
the more of us that get to that end point of being able to deliver at scale a
workable vaccine, the better. |
42:57 |
Scientist
suiting up to enter CSIRO lab |
Music
|
43:27 |
|
SOPHIE
MCNEILL, REPORTER: But scientists warn that the chance of success is slim and
that the world might have to learn to live with COVID-19. |
43:32 |
Purcell
100% |
PROFESSOR
DAMIAN PURCELL, Head of Viral
Infectious Diseases, Doherty Institute: I think, by nature, most
people who are scientists in research labs around the place are conservative.
So generally, we're not over overstating the results that are coming through.
We're optimistic and we think that we've got enough irons in the fire to
solve the problem, but we certainly don't want to give false hope. |
43:45 |
Halton
100% |
JANE
HALTON, CHAIR, COALITION FOR EPIDEMIC PREPAREDNESS INNOVATIONS: I do think
it's important to remind ourselves when it comes to the optimism that many of
us feel that there's never been a vaccine produced for a coronavirus. We
still don't have a vaccine for HIV. Even though we've now got treatments,
which is fantastic, we don't have a vaccine for HIV. So, it is worth
remembering that there are areas where people have invested billions of
dollars to try and find an answer and to date that they have not. |
44:08 |
Vaccines
being stored in freezer |
|
44:41 |
Outpoint
after credits |
|
44:56 |
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