Just to put this into perspective (and no I don’t take it lol):
Goes to show how easily led people can be. Most guys wouldn't think twice to take a pill to get a hard on all night for one night rather than a vaccine
brixton 93
astoria 06
albany 06
hartford 06
reading 06
barcelona 06
paris 06
wembley 07
dusseldorf 07
nijmegen 07
this song is meant to be called i got shit,itshould be called i got shit tickets-hartford 06 -
Just to put this into perspective (and no I don’t take it lol):
I went to the #1 party school ranked by playboy in the 90’s. I smoked, snorted, popped and drank everything in sight for 5+ years. I’m good with taking the vaccine.....
I just found out that teachers in NJ will be getting the vaccine during phase 1b: Those frontline workers include some 30 million people, including first responders such as firefighters and police, educators, including teachers, support staff and daycare workers, those who work in food and agriculture, manufacturing, corrections workers, U.S. Postal Service workers, public transit workers and grocery workers.
So I am not antivaxx at all but for some reason am a little worried about getting a vaccine that was made so quickly. Any thoughts? Does everyone here plan to get the vaccine once it becomes available?
I'm conflicted about it for sure. I have reservations about long-term side effects, things that don't show up right away. I was having a conversation with my SIL nurse who is also reluctant, and she's like "What happens if you end up with Alzheimers in 5 years and nobody knew?" I also find it sketchy that it only prevents symptoms from developing. It doesn't actually prevent contraction of the virus itself. That seems weird to me, that I could be walking around with this latent virus and who knows how long the vaccine works to keep the symptoms at bay. I should add I have never taken a flu vaccine in my life, and I've actually never developed flu. I know, I know -- it's not the fucking flu. I'm just not one to take medicines unless it's totally necessary. My mom with heart failure has been on a cocktail of heart medications (BP, high lipids) for 30+ years and when I looked at the literature for her heart medicine, heart failure is an effect of long-term use for several of them. Go figure. Her anti-depressant can cause arythmia over the long term, so now she's got an arythmia. So now she's taking a blood thinner to prevent stroke from the arythmia, and the safety literature on that blood thinner cautions that it can cause the stroke it's supposed to prevent. It's just fucked up, modern medicine, as far as I'm concerned. I don't know what I'm going to do. Right now, I'm inclined to just keep washing my hands, wearing a mask, and staying away from people. It's not that hard to do and I will probably have the same amount of protection as the vaccine.
Why do you think this is weird? This is how our immune systems work. This is what happens to you every day - you walk around being exposed to a multitude of different potential pathogens and your immune system prevents you from getting sick.
Rationalizations like these are going to keep the pandemic going.
That’s not how other vaccines work is it? My understanding was always they give your body just enough to kill it and therefore is ready to kill it again if you’re exposed? My doctor told me to get the flu shot when I had kids so I wouldn’t expose them.
So it does seem different that this vaccine doesn’t help your body kill the virus, just mute the symptoms. But at the end of the day, that’s what I care about. I wouldn’t care about getting the flu, or HIV for that matter, if there weren’t any symptoms.
You’ve misunderstood what I said, which is not surprising - immunology is complex and confusing.
Vaccines use a variety of different techniques to stimulate our immune systems to react to neutralize what seems to be a neutralizing infectious agent. Classic vaccines were usually live attenuated - in which the infectious agent is still alive but is modified to cause very mild or no disease - or killed - in which the infectious agent was dead but still presented the antigenic parts (there are a couple of other types but these were most common). When administered, they cause the immune system to respond in several different ways, which include releasing cells that directly gobble up the invaders (especially if they are bacteria or fungi), producing antibodies, which attack the antigens (proteins) on the invader, and lymphocytes, which destroy the host cells that have been infected. This process is essentially the same whether you get a natural infection or whether you are responding to an immunization.
Sometimes vaccines can produce a stronger and more protective immune response than getting the disease, depended on how the vaccine is formulated.
All vaccines work to produce an immune response that will destroy the infectious agents before they can replicate enough to cause disease - so, they do not just “mute the symptoms”, any more than an immune response to an infection just “mutes the symptoms”.
My misunderstanding was I thought you agreed with what you bolded based on your reply. What Dreams said it just masks the symptoms and you asked why she thought that was weird. I thought there was some big news I missed about how this vaccine is different than others or something.
No one said it "masks" symptoms. The comment was that it "prevents symptoms from developing", which it does, by preventing significant illness. The immune system can only deal with what's in the body, which means it can't prevent viral particles from entering your body, it just prevents you from getting sick. This is the same for essentially any pathogen.
The issue of whether it prevents transmissibility is not yet known, but I don't see why that would be a factor in someone deciding whether to get vaccinated or not, since we already know that asymptomatic infected individuals can transmit the virus, so it's not like vaccination is making anything worse.
Isn’t saying you still get the virus and can still pass it on but it just prevents the symptoms from developing ( which you didn’t say, but others did and the comment I was referring to) the same thing as just saying it masks the symptoms? I’m not seeing the difference. Either way, doesn’t really matter. My comment was about your response to WhatDreams calling it weird that you still might get covid and pass it on but not show symptoms. Call it masking the symptoms or not, I agree it’s weird if that is the case. Most vaccines you don’t still get the disease and pass it on, therefore I agree it’s weird.
My throat hurts a bit and I need to blow my nose a lot...
... but haven't really been outside of my moms apartment... only met her and my brother... so...
Good luck! It sucks bad enough to feel like you might me getting ill in normal times, and now it's like this avalanche of "what ifs" falls on your head. We just had a transition from light jacket weather with humidity to well below freezing and the accompanying dry air, so everyone with sensitive sinuses (literally all the women in the family) is feeling symptoms that mimic a cold...fun!
My throat hurts a bit and I need to blow my nose a lot...
... but haven't really been outside of my moms apartment... only met her and my brother... so...
For me the most obvious symptoms outside of normal cold/flu symptoms were terrible back aches and loss of taste and smell.
Yeah. My sister told me now she has lost her smell and taste... did not meet her on christmas though... but hopefully she will get better soon. She is waiting for test results.
And my other brother is in family quarantine because his stepson has/had it.
And now a case of the UK strain has been discovered here.
"Mostly I think that people react sensitively because they know you’ve got a point"
^Let's hope for the best, SC! My kid brought home 2 colds from school this year, one of which my immune system didn't beat. It was great peace of mind to know we were in the clear as we tested at the onset of symptoms. (Her school was one of the 4 or 5 out of 30 approximately that didn't identify covid. When it does, she'll probably bring it home based on how she caught all the other bugs this year!)
BC must be overwhelmed with testing or low on the reagents, because those 2 symptoms don't qualify for testing currently unless they are still present or worse within 24 hours.
My throat hurts a bit and I need to blow my nose a lot...
... but haven't really been outside of my moms apartment... only met her and my brother... so...
For me the most obvious symptoms outside of normal cold/flu symptoms were terrible back aches and loss of taste and smell.
My symptoms were similar. But my back pain wasn’t the normal muscle aches. Mine felt more like a sunburn like the skin on my upper back was really painful and sensitive. That was actually my first symptom and then fatigue and loss of smell and taste. I didn’t really have any cold/flu-like symptoms. It is so strange how this virus manifests so differently in different people.
A
new virus was exploding in Wuhan, a Chinese city with 11 million people
connected by its airport to destinations around the world. In the
United States, doctors and hospitals were waiting for the federal
Centers for Disease Control and Prevention to develop a test to detect
the threat.
On
Jan. 13, the World Health Organization had made public a recipe for how
to configure such a test, and several countries wasted no time getting
started: Within hours, scientists in Thailand used the instructions to
deploy a new test.
The CDC would not roll out one that worked for 46 more days.
Inside the 15-acre campus of the CDC in northeast Atlanta, the senior scientists developing the coronavirus test were fighting and losing the battle against time.
The
agency squandered weeks as it pursued a test design far more
complicated than the WHO version and as its scientists wrestled with
failures that regulators would later trace to a contaminated lab.
Testing
for the novel coronavirus is a crucial part of slowing the disease's
spread. Here’s how the United States failed to provide tests that worked
quickly. (The Washington Post)
The
Washington Post reviewed internal documents and interviewed more than
30 government scientists and others with knowledge of the events to
understand more fully the missteps in those early weeks as the
coronavirus began to spread unchecked across the nation. Most spoke
anonymously because they were not authorized to do so publicly.
This
account reveals new details about how an overly ambitious test design
and laboratory contamination caused the CDC’s delay, and describes
previously unreported challenges that confronted the agency scientists
assigned to carry out the work.
CDC
leaders underestimated the threat posed by the new virus — and
overestimated the agency’s ability to design and rapidly manufacture a
test. Quality-control measures failed to prevent the shipping of
compromised kits to dozens of state and local public health labs.
The
CDC’s response to what became the nation’s deadliest pandemic in a
century marked a low point in its 74-year history. More than 329,000 Americans have died of the virus. In an agency long known for its competence, hubris became the nemesis that could not be overcome.
The
CDC has quietly removed or shifted to other duties several scientists
who were involved in developing the coronavirus test, according to those
familiar with the matter. Those displaced included a longtime division
director, a supervising branch chief and a respiratory virus specialist
who led the design of the test.
The
problems with the CDC’s test kits are the subject of ongoing inquiries
by the Department of Health and Human Services’ inspector general and
the U.S. Government Accountability Office.
“We
missed the game,” a senior CDC disease-transmission specialist said in
an interview. “Many people here wish we had done things differently.”
Nearly
all of those in charge at the highest levels of the CDC lacked hands-on
lab expertise and for weeks deferred to subordinates — scientists who
were logging grueling, high-pressure hours on the highly technical work.
Stephen
A. Morse, a retired agency microbiologist who had helped establish a
formal affiliation with the public health labs to ensure rapid responses
to outbreaks caused by nature or biological terrorism, said the CDC’s
approach was simply too narrow.
It
would have been prudent, he said, “to use the WHO test that was already
available. At the same time, get a better understanding of the
performance of that test — see if you could improve on it with a
second-generation test, as opposed to trying to develop your own test,
independent of what’s out there.”
Without
tests to identify the early cases, health authorities nationwide were
unable to isolate the infected and trace the rapid spread among their
close contacts. Those who were asymptomatic, yet contagious, went
undetected.
CDC
Director Robert Redfield, an appointee of President Trump, took a
hands-off approach while the in-house manufacturing efforts foundered
and agency scientists clashed over whether to alter the design of the
problem-plagued test, according to CDC and other federal officials.
James
Le Duc, who as the director of the Galveston National Laboratory in
Texas oversees development of diagnostics for rare pathogens, said he is
perplexed by the CDC’s decision-making.
“The
test that the WHO used early on was quite successful,” said Le Duc, a
former senior CDC official who still serves as an adviser to the agency.
“I frankly don’t know why CDC didn’t accept it.”
Redfield
and other CDC leaders declined to be interviewed or to respond to
written questions about the agency’s handling of the test.
“Appreciate the opportunity, but we are going to pass,” said CDC spokesman Benjamin N. Haynes.
The struggles with the test kits had far-reaching consequences.
“If
we would have put [tests] out there quicker, could we have saved lives?
Well sure,’’ said Peter C. Iwen, director of the Nebraska Public Health
Laboratory in Omaha. “If we would have diagnosed quicker, we would have
saved people.”
A working test within hours
Since
its founding in 1946, the CDC has grown from a regional bulwark against
malaria in the southern United States to a world leader in fighting
diseases of all kinds.
Nowhere
has the CDC’s presence abroad been larger than in Thailand, where the
agency maintains offices and a staff of about 170 epidemiologists,
laboratory specialists and others. In 1980, the CDC established its
first overseas epidemiology program in a suburb of Bangkok, training a
new cadre of disease detectives.
In
early January, Thai doctors in Bangkok were worried by the outbreak in
Wuhan, less than seven hours away by airliner. They strategized at
length about the threat with their local CDC counterparts. They also
learned from scientists enough about the genetic makeup of the new
coronavirus to begin developing a molecular test for in-hospital use.
That
initial test would use real-time polymerase chain reaction, or RT-PCR,
to examine sputum samples in search of unique genetic material from the
virus.
On
Jan. 12, using their new test, the Thais became the first country to
confirm a coronavirus case outside China, a sickened traveler from
Wuhan.
The
same day, the Chinese posted on the Internet what public health
authorities worldwide had been waiting for: the complete genetic
sequence of this previously unseen strain of the coronavirus, the cause
of the disease soon to be named covid-19.
Another
breakthrough came the next day, Jan. 13, when the WHO publicly shared a
protocol, essentially a recipe, specifying the materials needed to
build a molecular test.
The
Thais used that protocol to make a second test to detect the virus.
This redundancy would eventually become the model for developing a
vaccine against the virus.
“Multiple
shots on goal,” as Anthony S. Fauci, the U.S. infectious-disease
expert, often said of the approach. That way, said Fauci, if one attempt
stalled or failed, another might score.
The approach paid off immediately for the Thais.
“We have not relied only on one testing technique from one laboratory,” Krit Pongpirul, a researcher and clinical epidemiologist at Bangkok’s Bumrungrad International Hospital, said in an email exchange with The Post.
Using
their version of the WHO test, Thai health officials within days found
other cases, including a taxi driver. He had not been to Wuhan, but
Pongpirul and a colleague suspected he had become infected by Chinese
travelers. Thai officials traced and tested close contacts of the cabbie
and others who were found to be infected. The contacts were persuaded
to isolate themselves to prevent the virus from spreading.
One
of the infected, the Thais found, was asymptomatic — an early warning
that the coronavirus was being spread by those not overtly sick.
“Patient
4 had detectable [virus] for 4 consecutive days, but we were only able
to follow her for 7 days before she returned to China,” the Thai doctors
and others wrote in a subsequent scientific journal article. “Her case
is an example of a person without reported symptoms but with radiologic
evidence of disease and detectable virus over several days.”
By
the end of January, the Thais had diagnosed 11 patients with covid-19,
according to Pongpirul, who described the details in the email
correspondence and in the journal Emerging Infectious Diseases,
published by the CDC.
Four of Pongpirul’s 11 co-authors were CDC specialists — three of them based in Bangkok and the other in Atlanta.
“The
early availability of the RT-PCR testing definitely helped to reduce
transmission and save lives,” Pongpirul told The Post by email.
The
Thai scientists shared their success and insights in a Jan. 13
conference call that included CDC personnel in Bangkok and at
headquarters in Atlanta.
“This
was the first indication of international spread,” said an
Atlanta-based official who described the call as riveting. “ ‘Why
Thailand?’ We found out there was a direct flight from Wuhan.’’
CDC NARRATIVE | John R. MacArthur discusses the novel coronavirus's spread to Thailand (GPA Interactive)
John
R. MacArthur, a physician who had led the CDC’s Thailand operations
since 2013, said that when PCR testing confirmed the first case there,
“I immediately contacted CDC leadership in Atlanta to let them know what
was happening.”
“Seeing the first case outside of China, I thought, was a big moment,’’ MacArthur said in a phone interview.
MacArthur,
one of the co-authors of the journal article, said the CDC’s lab
training in Thailand gave officials there “the tools that they needed to
respond very quickly and effectively.’’
At CDC headquarters, officials did not adopt the strategy that proved successful in Thailand.
Instead,
the agency planned to design and manufacture its own test in-house and
ship 300 of those kits to 120 public health labs throughout the United
States.
At
the time, CDC officials in Atlanta expected that the strain emanating
from Wuhan, while worrisome, would be no worse than two earlier
coronaviruses that spurred dread before fizzling out, those familiar
with the matter said.
One
of those viruses, severe acute respiratory syndrome, or SARS,
originated in China in late 2002 and killed 774 people worldwide, but
none in the United States. Middle East respiratory syndrome, or MERS,
emerged in 2012 and over the next seven years killed 866 people, but
resulted in only two U.S. infections and no deaths.
Neither SARS nor MERS was known to be widely spread by people who had no symptoms.
“It
was being treated as a MERS situation or a SARS situation,” said a CDC
scientist who had helped confront the new threat in January and who
declined to speak on the record because he was not authorized to do so.
“At that point we thought it was going to be a limited activity.”
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In
the first week of January, Nancy Messonnier, a physician and director
of the CDC’s National Center for Immunization and Respiratory Diseases
at the Atlanta campus, spoke to Stephen Lindstrom, an accomplished
respiratory virus specialist. She wanted to know if, and how soon, he
could get a coronavirus test up and running.
“Can you make this happen?” she asked, according to a person familiar with the exchange.
Lindstrom,
co-inventor of seven earlier CDC tests for strains of the flu, had
transitioned in 2018 to lead a respiratory virus lab that focused on
diseases other than influenza.
Before
saying yes to Messonnier, Lindstrom had an ask that she would promptly
grant: He needed to pull in at least 20 people to supplement his staff
of eight lab specialists.
On
Jan. 9, Lindstrom outlined his plans to Messonnier, as well as the
director of the viral diseases division, Mark A. Pallansch, and the
respiratory viruses branch chief, Susan Gerber, among others. In a
conference room near Messonnier’s eighth-floor office, Lindstrom
narrated a slide show that spelled out how the test manufacturing and
other tasks would be divided up.
That
same week, Lindstrom recruited Julie M. Villanueva, who was also a PhD
scientist and with whom he had collaborated on anti-flu efforts over the
previous decade. In 2016, she had led the CDC’s Emergency Operations
Center during an outbreak of the Zika virus.
Over
the next few days, Lindstrom, who had not previously designed a
coronavirus test, set about researching what materials were necessary as
well as a recipe for combining them to detect the virus with PCR.
All
of the CDC scientists and officials involved with the test’s
development and named in this report — including Messonnier, Lindstrom,
Pallansch, Gerber and Villanueva — declined to comment or referred
questions to the agency’s public affairs office.
Invented
in 1983, PCR is a multi-step test to detect infectious agents,
including viruses in humans, using a sample of sputum or other genetic
material. A machine extracts nucleic acids from the sample, placing them
into a small tube with various chemical reagents, including an enzyme
that converts viral RNA, which is present in coronaviruses, into DNA.
Some
of the solution is then transferred to tiny plastic wells containing
additional reagents to help detect whether the virus is present. The
wells are placed into a PCR machine, resembling a midsize office
photocopier.
The
process seeks to copy and amplify targeted regions of the coronavirus
genome. If the virus is present in the original sample, a detectable,
fluorescent dye is released.
Two
components that Lindstrom designed for the CDC’s test, called N1 and
N2, focused on separate regions of the virus’s genome, a conventional
approach.
But
Lindstrom, aided by a lab colleague with coronavirus experience,
Xiaoyan Lu, chose to add a third component that distinguished the CDC’s
test design from others: This component would identify a wider family of
coronaviruses, including SARS and bat-carried strains not known to have
infected humans. They called it N3, and Lindstrom told colleagues it
would help detect the novel coronavirus if it began to mutate, according
to interviews with those familiar with the matter.
Villanueva’s
chief role was to ensure that each step of development and production
was properly documented and communicated to the public health labs and
to regulators at the Food and Drug Administration. CDC officials
expected the FDA to expedite emergency authorization of the test, and
scientists said Lindstrom and Villanueva worked so seamlessly that
colleagues took to calling them what sounded like one name,
“Steve-and-Julie.”
On
Jan. 17, just days after the Chinese made public the virus’s genetic
sequence, Messonnier announced at a news briefing that health
authorities in Thailand and Japan had already used molecular testing to
detect coronavirus cases. Testing was beginning as well in South Korea
and Taiwan.
“We
at the CDC also have the ability to do that today, but we are working
on a more specific diagnostic,” Messonnier said, indicating that the
agency was seeking a more sophisticated test.
To
provide reliable detection, a PCR test must be sensitive enough to
identify microscopic levels of a pathogen — and able to distinguish them
from genetic neighbors.
During the same briefing, Messonnier gave a low-key forecast of what to expect from the new coronavirus.
“It’s highly plausible that there will be at least a case in the United States,” she said.
Nationwide,
the stakes were magnified because the 120 public health labs were
without a government-approved test of their own and, with few
exceptions, depended wholly on getting the CDC’s kits. Based on
Messonnier’s forecast, companies had no incentive to navigate regulatory
hurdles and mass-produce kits.
Representatives from the public health labs listened to Messonnier’s remarks on Jan. 17 and heard no grounds for concern.
Scott
J. Becker, chief executive of the Association of Public Health
Laboratories, recalled thinking: “We’ll get 100 labs up and running
really quickly. We’ll be on top of this.”
Confidence
remained high over the next few days. Messonnier said in another
briefing that, as of Jan. 19, the CDC had “finalized development” of its
test. The CDC used it in Atlanta, she said, to quickly confirm the
first known U.S. coronavirus case, a man in Washington state who had
just returned from Wuhan.
“Right
now, testing for this virus must take place at CDC, but in coming
weeks, we anticipate sharing these tests with domestic and international
partners,” Messonnier said, adding, “We continue to believe the risk of
this novel coronavirus to the American public at large remains low.”
On
Jan. 30, the New England Journal of Medicine published an account from
German doctors describing a worrisome twist with the virus.
They
documented the case of a 33-year-old “otherwise healthy” businessman
who took ill on Jan. 24 with a sore throat, chills and body aches from
what turned out to be covid-19. Three days before, he had met
extensively in Munich with a Chinese counterpart. At the time they
interacted, she had shown no signs of sickness. But the woman became ill
on her return flight to China, where she tested positive for the virus
on Jan. 26.
It
was “notable,” the doctors wrote, that the woman’s “infection appears
to have been transmitted during the incubation period,” before she
showed symptoms.
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Lindstrom
had seen no significant trouble with his nascent test when he confirmed
the diagnosis of the first U.S. patient on Jan. 19, those involved
said. As February approached, he was collaborating with Villanueva and
their team to work through the remaining technical details.
They
had to ensure proper manufacturing of the test so it could be
distributed to the labs nationwide, and also secure the FDA’s swift
authorization.
Lindstrom,
who grew up in the Canadian prairie province of Saskatchewan, was known
to colleagues as diligent, accessible and, at times, bluntly spoken. A
self-described lab geek, he had worked at the CDC since July 2000.
Now he was conducting a burgeoning scientific orchestra.
Lindstrom
turned to the Biotechnology Core Facility Branch on the CDC’s Atlanta
campus to make detection-enabling “probes” and “primers.” These were
synthetic nucleic acids to be added to the mixture of other reagents. As
the core lab commenced production on Building 23’s top floor, it sent
Lindstrom a portion of each batch for quality-control vetting.
He
still saw nothing of undue concern, according to those involved. With
help from a third lab, the Reagent and Diagnostic Services branch, also
in Building 23, the materials were poured into vials and readied for
shipment to the states. On Feb. 4, the FDA granted the emergency
authorization.
The state labs started vetting the kits, using samples that contained no virus. Then calls and emails began coming in to Atlanta describing a consistent problem: false-positive results — confined to Lindstrom’s signature N3 component.
Lindstrom
tried to grasp the underlying cause. Were the labs doing something
wrong? Could his design or protocol for conducting the tests be revised
to eliminate the false positives and ensure reliable detection? Did
something go wrong with the CDC’s manufacturing?
The troubleshooting dragged on for weeks, but the false positives persisted. The CDC halted further shipment of the kits.
Soon
the state labs and the Association of Public Health Laboratories were
pressing the CDC: What about streamlining the test to get it up and
working? Lindstrom and Villanueva opposed doing so.
“We
had a conversation with Steve and Julie and asked, specifically: ‘Lots
of members are asking if we can drop N3 and just keep N1 and N2,’ ”
recalled Kelly Wroblewski, director of infectious diseases for the
professional association, based in Silver Spring, Md.
“And their response at that point was: ‘FDA isn’t going to go for that.’ Both of them were like, it’s a non-starter.’’
Government officials later told The Post that the FDA would have considered proposals to remove N3.
Some CDC scientists also were questioning among themselves the need for N3.
“Why are we trying so hard? . . . We know there’s a problem with it,” one of them recalled asking.
Instead of dropping N3, the CDC set about trying to manufacture a new batch of reagents in hopes of eradicating possible contamination that had caused the false positives. On Feb. 11, Villanueva informed directors of the state and local labs about the development.
“Thank
you for your patience as CDC investigates reported sporadic aberrant
reactivity in the N3 assay,” Villanueva wrote in an email. “After
consultation and agreement with FDA, CDC is currently manufacturing and
quality control testing a new N3 primer/probe set. . . . We hope to
provide this replacement component as soon as possible.”
Lindstrom
contacted industry sources, seeking private vendors that could promptly
make more reagents, officials said. Scientists said he complained to
colleagues about what he saw as a lack of urgency within the CDC to
expedite the paperwork necessary for the contracts.
The public health labs remained in limbo as the virus continued to spread.
On
Feb. 15, the labs’ newly formed task force on coronavirus testing
circulated a bulletin, noting that “an overwhelming number of labs” had
reported problems with the N3 component, adding in boldface, “The Task
Force does not recommend that any PHL proceed with testing until CDC
issues the new primer/probe set for the N3.”
The
same bulletin advised that several of the labs had also reported
“similar, although less frequent issues” with the N1 component.
A
Feb. 17 email from a CDC supervisor, Darin Carroll, to six agency
scientists, including Lindstrom, described concern about lab-induced
contamination.
Referring
to Jan Pohl, the core lab’s director, the email said, “Jan’s thoughts
are that if the production facility is found to be free from
contamination today it may be possible to have a small production run
ready for drying/assembly by late this week.”
That
same week, officials from a unit of the CDC responsible for monitoring
lab safety and quality, led by associate agency director Stephan Monroe,
traveled to the FDA’s offices in Silver Spring to confer about the
false positives. Lindstrom also spoke with Monroe’s staff and opened his
team’s lab records for review.
Meanwhile,
the CDC tasked Lindstrom’s team with overseeing prompt PCR analyses of a
growing number of samples arriving from the state labs, which remained
unable to conduct tests themselves because the kits were unreliable.
Travelers
returning from virus-besieged cruise ships were escalating demands for
rapid test results in Atlanta. Lindstrom and Villanueva were also
ordered by agency administrators to document their work in a separate
information-management system, a time-consuming chore.
In
mid-February, Lindstrom sought to clarify priorities at a meeting he
attended that was led by the CDC’s coronavirus incident manager,
influenza specialist Daniel B. Jernigan, and others in charge. “Tell me
what the f--- you want me to do,” Lindstrom said, a person who heard the
remark recalled.
Though
pressure mounted from the public health labs and from within the CDC,
Lindstrom and Villanueva defended the test’s design.
Lindstrom
warned superiors that dropping N3 might lead to missed cases of
infection, false negatives. Villanueva told colleagues that the design
was of “Nobel quality,” according to those familiar with the matter.
Lindstrom
also conferred with Pohl, the chief of the core lab. A chemist, Pohl
initiated rigorous measures to eliminate any contamination that might be
causing the false positives, which were not confined to N3, records
show.
Nine
public health labs, including facilities serving the city and state of
New York, the District of Columbia and Minnesota, reported difficulty
with N1, lab officials said. The FDA would later conclude that N1 was
probably contaminated during work in Lindstrom’s lab in Building 18, a
view shared by CDC leaders.
In
an email on Feb. 19, a scientist at the core lab, Nicky Sulaiman, told
Lindstrom that Pohl had agreed to also decontaminate “all . . . areas
and instruments” to be used in further manufacturing of the reagents.
On
Feb. 23, a diagnostic-test expert from the FDA, Timothy Stenzel,
entered the CDC to examine how the test kits were developed. He
concluded that lab conditions for making the kits were substandard and
that contamination was the most likely cause of the many N3 false
positives, federal officials told The Post. It was likely, Stenzel later
told HHS lawyers, that the contamination occurred during
quality-control checks made in Lindstrom’s lab.
Stenzel
saw nothing wrong with Lindstrom’s design, including N3 — but he flatly
advised the CDC to shift any additional manufacturing of the kits to
outside contractors.
Lindstrom
believed that the contamination with both N1 and N3 stemmed from the
core lab, those familiar with the matter said. He continued to say that
the kits should include N3.
Meanwhile, the delays had become a national crisis.
By
the third week of February, Fauci, the director of the National
Institute of Allergy and Infectious Diseases, who was leading the
government’s quest for a coronavirus vaccine, ducked into the office of
Brian Harrison, chief of staff to HHS Secretary Alex Azar, about the
stalemate with testing.
“Brian
— you’ve got to do something,” Fauci said. According to officials
familiar with the conversation, Harrison replied, “I share your
concern.”
Azar
urged Redfield and FDA Commissioner Stephen Hahn to intervene and take
steps to end the impasse, a department official said. On Feb. 26, the
FDA told the CDC by email that public health labs could use the test,
without N3.
Two
days later — 46 days after the World Health Organization publicly
shared its protocol for coronavirus testing — Messonnier announced that
the labs “can start testing.”
Epilogue
Throughout
the CDC’s struggle to deliver a reliable test, Director Redfield
repeatedly assured officials that a solution was close at hand,
according to interviews with those involved.
When
members of the White House coronavirus task force pressed him,
Redfield, a physician and longtime HIV researcher, signaled complete
faith in the CDC’s scientists. One task force member recalled that
Redfield “kept on saying, ‘We got this covered, don’t worry.’ He made it
seem that the fix was quick, a minor thing.”
Another
official, who was privy to Azar’s regular phone calls with Redfield,
said the low-key CDC director consistently defended the agency’s
approach with the test kits.
“This
was kind of the theme for about a month,’’ said the official, who spoke
anonymously because he was not authorized to comment.
Messonnier
has told colleagues that, not being a virologist or laboratory
specialist, she relied on subordinates with greater subject-matter
expertise.
Starting
in spring and over the next few months, CDC leaders removed or shifted
several of the people who worked on or supervised the original test,
officials said.
Lindstrom was shifted to an advisory role and no longer leads the respiratory virus lab.
Gerber,
Lindstrom’s boss and an epidemiologist experienced with coronaviruses,
was excluded from supervisory decisions and accepted a scientific
position elsewhere in the agency.
Pallansch,
who oversaw Gerber and Lindstrom, was removed by Messonnier from his
job as director of the viral diseases division and now holds a title of
special adviser, officials said.
A
polio virus expert and 36-year CDC employee, Pallansch told colleagues
that if he had known about the N3 component when the test was designed,
he would have challenged its inclusion as unnecessary. A person familiar
with Pallansch’s thinking also said he regretted not having initially
sought out the information.
In
a June 19 report on the testing problems, the HHS lawyers said that
“time pressure to ship test kits out quickly” may have caused the CDC to
shortchange proper quality control and to miss “anomalies in data” and
“likely” contamination before the kits were released.
What
happened at the CDC remains under scrutiny by the HHS inspector general
and by the GAO, according to their representatives. The department
lawyers also have recently questioned Messonnier and staffers involved
with making the kits, officials said.
Global mortality from the disease has varied dramatically:
Thailand, South Korea, Japan and Taiwan, all of which jump-started
coronavirus testing in January, have experienced death rates of less
than 2 per 100,000 people. In the United States, the rate is 91 deaths
per 100,000 people, according to lab-confirmed cases archived by Johns
Hopkins University. Experts hesitate to quantify how many lives were
saved by the early testing in Asia.
But
Michael V. Callahan, a Massachusetts General Hospital
infectious-disease physician who was detailed in February by HHS to help
repatriate Americans from cruise ships hit by the coronavirus, said the
CDC and the White House should have seen the gravity of the threat.
“We
had a fast-moving outbreak with a solution at hand,” said Callahan,
referring to the tests used immediately in Thailand and elsewhere. “Yes,
CDC should make its own super-special test. But until then, they should
make the test that will help us curb the problem.”
In
recent weeks, senior CDC officials, including Jernigan and Monroe, have
been drafting a review of the testing struggles that attributes the
test failures with N3 to Lindstrom’s design, and with N1, to
contamination in his lab. Officials said the summary is envisioned for
public release, possibly in a scientific journal.
The
GAO’s chief scientist, Timothy M. Persons, said that lessons to be
learned from the CDC’s mishandling of coronavirus testing should shape
policy for future outbreaks.
“The
whole thing is a race,” Persons said. “You have to get the testing
right as soon as possible, because if you don’t, you don’t know the size
of the problem.”
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When we went through the first wave I knew of a few people to get Corona. This second wave I know wayyyy more people and outbreaks at job sites, we have multiple, are getting more and more frequent.
Is there a scientific reason for this? Are we laxed? Is the virus stronger?
Just received another email about some outbreaks for 3 different companies at one of our job sites.
Who here thinks the wording about the mutation not being more severe is foreshadowing?
Today I saw an article saying that giving the virus space will lead to more concerning variants.
Perhaps then the State's and Sweden's response will be REDEEMED?
what is in europe was a mutation. and that strain seems to be the most prevelant in NA from the original. seemingly more contagious. it appears from early data from UK and S.Afr its even more contagious than that now. so while its effects once gotten may not be more severe its ability to spread has increased.
THEN you have the naysayers and bullshit but my freedom people making it even more so highly spread.
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you're finally here and I'm a mess................................................... nationwide arena columbus '10
memories like fingerprints are slowly raising.................................... first niagara center buffalo '13
another man ..... moved by sleight of hand...................................... joe louis arena detroit '14
Hopefully people will stay the fuck home on New Year’s.
The only day more overrated than New Year's Eve is Valentine's Day.
yep. the last several years we've gone out to friends' only as more of a social obligation than anything. i like taking the kids to the fireworks and all (except when it's -500 degrees), but i don't need to go to their friends' parents house to celebrate with people i normally don't hang out with after. this year will be a welcome night at home, just the four of us, having fondue with the kids for the first time and watching the fireworks on tv.
that being said, in our pre-marriage/kid days, NYE was often a pretty epic party.
Comments
astoria 06
albany 06
hartford 06
reading 06
barcelona 06
paris 06
wembley 07
dusseldorf 07
nijmegen 07
this song is meant to be called i got shit,itshould be called i got shit tickets-hartford 06 -
Gotta weigh the pros and cons for yourself...rationally.
Either way, doesn’t really matter. My comment was about your response to WhatDreams calling it weird that you still might get covid and pass it on but not show symptoms. Call it masking the symptoms or not, I agree it’s weird if that is the case. Most vaccines you don’t still get the disease and pass it on, therefore I agree it’s weird.
Prague Krakow Berlin 2018. Berlin 2022
EV, Taormina 1+2 2017.
I wish i was the souvenir you kept your house key on..
... but haven't really been outside of my moms apartment... only met her and my brother... so...
We just had a transition from light jacket weather with humidity to well below freezing and the accompanying dry air, so everyone with sensitive sinuses (literally all the women in the family) is feeling symptoms that mimic a cold...fun!
And my other brother is in family quarantine because his stepson has/had it.
And now a case of the UK strain has been discovered here.
Prague Krakow Berlin 2018. Berlin 2022
EV, Taormina 1+2 2017.
I wish i was the souvenir you kept your house key on..
BC must be overwhelmed with testing or low on the reagents, because those 2 symptoms don't qualify for testing currently unless they are still present or worse within 24 hours.
The CDC’s failed race against covid-19: A threat underestimated and a test overcomplicated
A new virus was exploding in Wuhan, a Chinese city with 11 million people connected by its airport to destinations around the world. In the United States, doctors and hospitals were waiting for the federal Centers for Disease Control and Prevention to develop a test to detect the threat.
On Jan. 13, the World Health Organization had made public a recipe for how to configure such a test, and several countries wasted no time getting started: Within hours, scientists in Thailand used the instructions to deploy a new test.
The CDC would not roll out one that worked for 46 more days.
Inside the 15-acre campus of the CDC in northeast Atlanta, the senior scientists developing the coronavirus test were fighting and losing the battle against time.
The agency squandered weeks as it pursued a test design far more complicated than the WHO version and as its scientists wrestled with failures that regulators would later trace to a contaminated lab.
The Washington Post reviewed internal documents and interviewed more than 30 government scientists and others with knowledge of the events to understand more fully the missteps in those early weeks as the coronavirus began to spread unchecked across the nation. Most spoke anonymously because they were not authorized to do so publicly.
This account reveals new details about how an overly ambitious test design and laboratory contamination caused the CDC’s delay, and describes previously unreported challenges that confronted the agency scientists assigned to carry out the work.
CDC leaders underestimated the threat posed by the new virus — and overestimated the agency’s ability to design and rapidly manufacture a test. Quality-control measures failed to prevent the shipping of compromised kits to dozens of state and local public health labs.
The CDC’s response to what became the nation’s deadliest pandemic in a century marked a low point in its 74-year history. More than 329,000 Americans have died of the virus. In an agency long known for its competence, hubris became the nemesis that could not be overcome.
Contamination at CDC lab delayed rollout of coronavirus tests
The CDC has quietly removed or shifted to other duties several scientists who were involved in developing the coronavirus test, according to those familiar with the matter. Those displaced included a longtime division director, a supervising branch chief and a respiratory virus specialist who led the design of the test.
The problems with the CDC’s test kits are the subject of ongoing inquiries by the Department of Health and Human Services’ inspector general and the U.S. Government Accountability Office.
“We missed the game,” a senior CDC disease-transmission specialist said in an interview. “Many people here wish we had done things differently.”
Nearly all of those in charge at the highest levels of the CDC lacked hands-on lab expertise and for weeks deferred to subordinates — scientists who were logging grueling, high-pressure hours on the highly technical work.
Stephen A. Morse, a retired agency microbiologist who had helped establish a formal affiliation with the public health labs to ensure rapid responses to outbreaks caused by nature or biological terrorism, said the CDC’s approach was simply too narrow.
It would have been prudent, he said, “to use the WHO test that was already available. At the same time, get a better understanding of the performance of that test — see if you could improve on it with a second-generation test, as opposed to trying to develop your own test, independent of what’s out there.”
Without tests to identify the early cases, health authorities nationwide were unable to isolate the infected and trace the rapid spread among their close contacts. Those who were asymptomatic, yet contagious, went undetected.
CDC Director Robert Redfield, an appointee of President Trump, took a hands-off approach while the in-house manufacturing efforts foundered and agency scientists clashed over whether to alter the design of the problem-plagued test, according to CDC and other federal officials.
James Le Duc, who as the director of the Galveston National Laboratory in Texas oversees development of diagnostics for rare pathogens, said he is perplexed by the CDC’s decision-making.
“The test that the WHO used early on was quite successful,” said Le Duc, a former senior CDC official who still serves as an adviser to the agency. “I frankly don’t know why CDC didn’t accept it.”
Redfield and other CDC leaders declined to be interviewed or to respond to written questions about the agency’s handling of the test.
“Appreciate the opportunity, but we are going to pass,” said CDC spokesman Benjamin N. Haynes.
The struggles with the test kits had far-reaching consequences.
“If we would have put [tests] out there quicker, could we have saved lives? Well sure,’’ said Peter C. Iwen, director of the Nebraska Public Health Laboratory in Omaha. “If we would have diagnosed quicker, we would have saved people.”
A working test within hours
Since its founding in 1946, the CDC has grown from a regional bulwark against malaria in the southern United States to a world leader in fighting diseases of all kinds.
Nowhere has the CDC’s presence abroad been larger than in Thailand, where the agency maintains offices and a staff of about 170 epidemiologists, laboratory specialists and others. In 1980, the CDC established its first overseas epidemiology program in a suburb of Bangkok, training a new cadre of disease detectives.
In early January, Thai doctors in Bangkok were worried by the outbreak in Wuhan, less than seven hours away by airliner. They strategized at length about the threat with their local CDC counterparts. They also learned from scientists enough about the genetic makeup of the new coronavirus to begin developing a molecular test for in-hospital use.
That initial test would use real-time polymerase chain reaction, or RT-PCR, to examine sputum samples in search of unique genetic material from the virus.
On Jan. 12, using their new test, the Thais became the first country to confirm a coronavirus case outside China, a sickened traveler from Wuhan.
The same day, the Chinese posted on the Internet what public health authorities worldwide had been waiting for: the complete genetic sequence of this previously unseen strain of the coronavirus, the cause of the disease soon to be named covid-19.
Another breakthrough came the next day, Jan. 13, when the WHO publicly shared a protocol, essentially a recipe, specifying the materials needed to build a molecular test.
The Thais used that protocol to make a second test to detect the virus. This redundancy would eventually become the model for developing a vaccine against the virus.
“Multiple shots on goal,” as Anthony S. Fauci, the U.S. infectious-disease expert, often said of the approach. That way, said Fauci, if one attempt stalled or failed, another might score.
The approach paid off immediately for the Thais.
“We have not relied only on one testing technique from one laboratory,” Krit Pongpirul, a researcher and clinical epidemiologist at Bangkok’s Bumrungrad International Hospital, said in an email exchange with The Post.
Using their version of the WHO test, Thai health officials within days found other cases, including a taxi driver. He had not been to Wuhan, but Pongpirul and a colleague suspected he had become infected by Chinese travelers. Thai officials traced and tested close contacts of the cabbie and others who were found to be infected. The contacts were persuaded to isolate themselves to prevent the virus from spreading.
One of the infected, the Thais found, was asymptomatic — an early warning that the coronavirus was being spread by those not overtly sick.
“Patient 4 had detectable [virus] for 4 consecutive days, but we were only able to follow her for 7 days before she returned to China,” the Thai doctors and others wrote in a subsequent scientific journal article. “Her case is an example of a person without reported symptoms but with radiologic evidence of disease and detectable virus over several days.”
By the end of January, the Thais had diagnosed 11 patients with covid-19, according to Pongpirul, who described the details in the email correspondence and in the journal Emerging Infectious Diseases, published by the CDC.
Four of Pongpirul’s 11 co-authors were CDC specialists — three of them based in Bangkok and the other in Atlanta.
“The early availability of the RT-PCR testing definitely helped to reduce transmission and save lives,” Pongpirul told The Post by email.
The Thai scientists shared their success and insights in a Jan. 13 conference call that included CDC personnel in Bangkok and at headquarters in Atlanta.
“This was the first indication of international spread,” said an Atlanta-based official who described the call as riveting. “ ‘Why Thailand?’ We found out there was a direct flight from Wuhan.’’
John R. MacArthur, a physician who had led the CDC’s Thailand operations since 2013, said that when PCR testing confirmed the first case there, “I immediately contacted CDC leadership in Atlanta to let them know what was happening.”
“Seeing the first case outside of China, I thought, was a big moment,’’ MacArthur said in a phone interview.
MacArthur, one of the co-authors of the journal article, said the CDC’s lab training in Thailand gave officials there “the tools that they needed to respond very quickly and effectively.’’
At CDC headquarters, officials did not adopt the strategy that proved successful in Thailand.
Instead, the agency planned to design and manufacture its own test in-house and ship 300 of those kits to 120 public health labs throughout the United States.
At the time, CDC officials in Atlanta expected that the strain emanating from Wuhan, while worrisome, would be no worse than two earlier coronaviruses that spurred dread before fizzling out, those familiar with the matter said.
One of those viruses, severe acute respiratory syndrome, or SARS, originated in China in late 2002 and killed 774 people worldwide, but none in the United States. Middle East respiratory syndrome, or MERS, emerged in 2012 and over the next seven years killed 866 people, but resulted in only two U.S. infections and no deaths.
Neither SARS nor MERS was known to be widely spread by people who had no symptoms.
“It was being treated as a MERS situation or a SARS situation,” said a CDC scientist who had helped confront the new threat in January and who declined to speak on the record because he was not authorized to do so. “At that point we thought it was going to be a limited activity.”
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'Can you make this happen?'
In the first week of January, Nancy Messonnier, a physician and director of the CDC’s National Center for Immunization and Respiratory Diseases at the Atlanta campus, spoke to Stephen Lindstrom, an accomplished respiratory virus specialist. She wanted to know if, and how soon, he could get a coronavirus test up and running.
“Can you make this happen?” she asked, according to a person familiar with the exchange.
Lindstrom, co-inventor of seven earlier CDC tests for strains of the flu, had transitioned in 2018 to lead a respiratory virus lab that focused on diseases other than influenza.
Before saying yes to Messonnier, Lindstrom had an ask that she would promptly grant: He needed to pull in at least 20 people to supplement his staff of eight lab specialists.
On Jan. 9, Lindstrom outlined his plans to Messonnier, as well as the director of the viral diseases division, Mark A. Pallansch, and the respiratory viruses branch chief, Susan Gerber, among others. In a conference room near Messonnier’s eighth-floor office, Lindstrom narrated a slide show that spelled out how the test manufacturing and other tasks would be divided up.
That same week, Lindstrom recruited Julie M. Villanueva, who was also a PhD scientist and with whom he had collaborated on anti-flu efforts over the previous decade. In 2016, she had led the CDC’s Emergency Operations Center during an outbreak of the Zika virus.
Over the next few days, Lindstrom, who had not previously designed a coronavirus test, set about researching what materials were necessary as well as a recipe for combining them to detect the virus with PCR.
All of the CDC scientists and officials involved with the test’s development and named in this report — including Messonnier, Lindstrom, Pallansch, Gerber and Villanueva — declined to comment or referred questions to the agency’s public affairs office.
Invented in 1983, PCR is a multi-step test to detect infectious agents, including viruses in humans, using a sample of sputum or other genetic material. A machine extracts nucleic acids from the sample, placing them into a small tube with various chemical reagents, including an enzyme that converts viral RNA, which is present in coronaviruses, into DNA.
Some of the solution is then transferred to tiny plastic wells containing additional reagents to help detect whether the virus is present. The wells are placed into a PCR machine, resembling a midsize office photocopier.
The process seeks to copy and amplify targeted regions of the coronavirus genome. If the virus is present in the original sample, a detectable, fluorescent dye is released.
Two components that Lindstrom designed for the CDC’s test, called N1 and N2, focused on separate regions of the virus’s genome, a conventional approach.
But Lindstrom, aided by a lab colleague with coronavirus experience, Xiaoyan Lu, chose to add a third component that distinguished the CDC’s test design from others: This component would identify a wider family of coronaviruses, including SARS and bat-carried strains not known to have infected humans. They called it N3, and Lindstrom told colleagues it would help detect the novel coronavirus if it began to mutate, according to interviews with those familiar with the matter.
Villanueva’s chief role was to ensure that each step of development and production was properly documented and communicated to the public health labs and to regulators at the Food and Drug Administration. CDC officials expected the FDA to expedite emergency authorization of the test, and scientists said Lindstrom and Villanueva worked so seamlessly that colleagues took to calling them what sounded like one name, “Steve-and-Julie.”
On Jan. 17, just days after the Chinese made public the virus’s genetic sequence, Messonnier announced at a news briefing that health authorities in Thailand and Japan had already used molecular testing to detect coronavirus cases. Testing was beginning as well in South Korea and Taiwan.
“We at the CDC also have the ability to do that today, but we are working on a more specific diagnostic,” Messonnier said, indicating that the agency was seeking a more sophisticated test.
To provide reliable detection, a PCR test must be sensitive enough to identify microscopic levels of a pathogen — and able to distinguish them from genetic neighbors.
During the same briefing, Messonnier gave a low-key forecast of what to expect from the new coronavirus.
“It’s highly plausible that there will be at least a case in the United States,” she said.
Nationwide, the stakes were magnified because the 120 public health labs were without a government-approved test of their own and, with few exceptions, depended wholly on getting the CDC’s kits. Based on Messonnier’s forecast, companies had no incentive to navigate regulatory hurdles and mass-produce kits.
Representatives from the public health labs listened to Messonnier’s remarks on Jan. 17 and heard no grounds for concern.
Scott J. Becker, chief executive of the Association of Public Health Laboratories, recalled thinking: “We’ll get 100 labs up and running really quickly. We’ll be on top of this.”
Confidence remained high over the next few days. Messonnier said in another briefing that, as of Jan. 19, the CDC had “finalized development” of its test. The CDC used it in Atlanta, she said, to quickly confirm the first known U.S. coronavirus case, a man in Washington state who had just returned from Wuhan.
“Right now, testing for this virus must take place at CDC, but in coming weeks, we anticipate sharing these tests with domestic and international partners,” Messonnier said, adding, “We continue to believe the risk of this novel coronavirus to the American public at large remains low.”
On Jan. 30, the New England Journal of Medicine published an account from German doctors describing a worrisome twist with the virus.
They documented the case of a 33-year-old “otherwise healthy” businessman who took ill on Jan. 24 with a sore throat, chills and body aches from what turned out to be covid-19. Three days before, he had met extensively in Munich with a Chinese counterpart. At the time they interacted, she had shown no signs of sickness. But the woman became ill on her return flight to China, where she tested positive for the virus on Jan. 26.
It was “notable,” the doctors wrote, that the woman’s “infection appears to have been transmitted during the incubation period,” before she showed symptoms.
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A scientific orchestra
Lindstrom had seen no significant trouble with his nascent test when he confirmed the diagnosis of the first U.S. patient on Jan. 19, those involved said. As February approached, he was collaborating with Villanueva and their team to work through the remaining technical details.
They had to ensure proper manufacturing of the test so it could be distributed to the labs nationwide, and also secure the FDA’s swift authorization.
Lindstrom, who grew up in the Canadian prairie province of Saskatchewan, was known to colleagues as diligent, accessible and, at times, bluntly spoken. A self-described lab geek, he had worked at the CDC since July 2000.
Now he was conducting a burgeoning scientific orchestra.
Lindstrom turned to the Biotechnology Core Facility Branch on the CDC’s Atlanta campus to make detection-enabling “probes” and “primers.” These were synthetic nucleic acids to be added to the mixture of other reagents. As the core lab commenced production on Building 23’s top floor, it sent Lindstrom a portion of each batch for quality-control vetting.
He still saw nothing of undue concern, according to those involved. With help from a third lab, the Reagent and Diagnostic Services branch, also in Building 23, the materials were poured into vials and readied for shipment to the states. On Feb. 4, the FDA granted the emergency authorization.
The state labs started vetting the kits, using samples that contained no virus. Then calls and emails began coming in to Atlanta describing a consistent problem: false-positive results — confined to Lindstrom’s signature N3 component.
Lindstrom tried to grasp the underlying cause. Were the labs doing something wrong? Could his design or protocol for conducting the tests be revised to eliminate the false positives and ensure reliable detection? Did something go wrong with the CDC’s manufacturing?
The troubleshooting dragged on for weeks, but the false positives persisted. The CDC halted further shipment of the kits.
Soon the state labs and the Association of Public Health Laboratories were pressing the CDC: What about streamlining the test to get it up and working? Lindstrom and Villanueva opposed doing so.
“We had a conversation with Steve and Julie and asked, specifically: ‘Lots of members are asking if we can drop N3 and just keep N1 and N2,’ ” recalled Kelly Wroblewski, director of infectious diseases for the professional association, based in Silver Spring, Md.
“And their response at that point was: ‘FDA isn’t going to go for that.’ Both of them were like, it’s a non-starter.’’
Government officials later told The Post that the FDA would have considered proposals to remove N3.
Some CDC scientists also were questioning among themselves the need for N3.
“Why are we trying so hard? . . . We know there’s a problem with it,” one of them recalled asking.
Instead of dropping N3, the CDC set about trying to manufacture a new batch of reagents in hopes of eradicating possible contamination that had caused the false positives. On Feb. 11, Villanueva informed directors of the state and local labs about the development.
“Thank you for your patience as CDC investigates reported sporadic aberrant reactivity in the N3 assay,” Villanueva wrote in an email. “After consultation and agreement with FDA, CDC is currently manufacturing and quality control testing a new N3 primer/probe set. . . . We hope to provide this replacement component as soon as possible.”
Lindstrom contacted industry sources, seeking private vendors that could promptly make more reagents, officials said. Scientists said he complained to colleagues about what he saw as a lack of urgency within the CDC to expedite the paperwork necessary for the contracts.
The public health labs remained in limbo as the virus continued to spread.
On Feb. 15, the labs’ newly formed task force on coronavirus testing circulated a bulletin, noting that “an overwhelming number of labs” had reported problems with the N3 component, adding in boldface, “The Task Force does not recommend that any PHL proceed with testing until CDC issues the new primer/probe set for the N3.”
The same bulletin advised that several of the labs had also reported “similar, although less frequent issues” with the N1 component.
A Feb. 17 email from a CDC supervisor, Darin Carroll, to six agency scientists, including Lindstrom, described concern about lab-induced contamination.
Referring to Jan Pohl, the core lab’s director, the email said, “Jan’s thoughts are that if the production facility is found to be free from contamination today it may be possible to have a small production run ready for drying/assembly by late this week.”
Inside the coronavirus testing failure
That same week, officials from a unit of the CDC responsible for monitoring lab safety and quality, led by associate agency director Stephan Monroe, traveled to the FDA’s offices in Silver Spring to confer about the false positives. Lindstrom also spoke with Monroe’s staff and opened his team’s lab records for review.
Meanwhile, the CDC tasked Lindstrom’s team with overseeing prompt PCR analyses of a growing number of samples arriving from the state labs, which remained unable to conduct tests themselves because the kits were unreliable.
Travelers returning from virus-besieged cruise ships were escalating demands for rapid test results in Atlanta. Lindstrom and Villanueva were also ordered by agency administrators to document their work in a separate information-management system, a time-consuming chore.
In mid-February, Lindstrom sought to clarify priorities at a meeting he attended that was led by the CDC’s coronavirus incident manager, influenza specialist Daniel B. Jernigan, and others in charge. “Tell me what the f--- you want me to do,” Lindstrom said, a person who heard the remark recalled.
Though pressure mounted from the public health labs and from within the CDC, Lindstrom and Villanueva defended the test’s design.
Lindstrom warned superiors that dropping N3 might lead to missed cases of infection, false negatives. Villanueva told colleagues that the design was of “Nobel quality,” according to those familiar with the matter.
Lindstrom also conferred with Pohl, the chief of the core lab. A chemist, Pohl initiated rigorous measures to eliminate any contamination that might be causing the false positives, which were not confined to N3, records show.
Nine public health labs, including facilities serving the city and state of New York, the District of Columbia and Minnesota, reported difficulty with N1, lab officials said. The FDA would later conclude that N1 was probably contaminated during work in Lindstrom’s lab in Building 18, a view shared by CDC leaders.
In an email on Feb. 19, a scientist at the core lab, Nicky Sulaiman, told Lindstrom that Pohl had agreed to also decontaminate “all . . . areas and instruments” to be used in further manufacturing of the reagents.
On Feb. 23, a diagnostic-test expert from the FDA, Timothy Stenzel, entered the CDC to examine how the test kits were developed. He concluded that lab conditions for making the kits were substandard and that contamination was the most likely cause of the many N3 false positives, federal officials told The Post. It was likely, Stenzel later told HHS lawyers, that the contamination occurred during quality-control checks made in Lindstrom’s lab.
Stenzel saw nothing wrong with Lindstrom’s design, including N3 — but he flatly advised the CDC to shift any additional manufacturing of the kits to outside contractors.
Lindstrom believed that the contamination with both N1 and N3 stemmed from the core lab, those familiar with the matter said. He continued to say that the kits should include N3.
Meanwhile, the delays had become a national crisis.
By the third week of February, Fauci, the director of the National Institute of Allergy and Infectious Diseases, who was leading the government’s quest for a coronavirus vaccine, ducked into the office of Brian Harrison, chief of staff to HHS Secretary Alex Azar, about the stalemate with testing.
“Brian — you’ve got to do something,” Fauci said. According to officials familiar with the conversation, Harrison replied, “I share your concern.”
Azar urged Redfield and FDA Commissioner Stephen Hahn to intervene and take steps to end the impasse, a department official said. On Feb. 26, the FDA told the CDC by email that public health labs could use the test, without N3.
Two days later — 46 days after the World Health Organization publicly shared its protocol for coronavirus testing — Messonnier announced that the labs “can start testing.”
Epilogue
Throughout the CDC’s struggle to deliver a reliable test, Director Redfield repeatedly assured officials that a solution was close at hand, according to interviews with those involved.
When members of the White House coronavirus task force pressed him, Redfield, a physician and longtime HIV researcher, signaled complete faith in the CDC’s scientists. One task force member recalled that Redfield “kept on saying, ‘We got this covered, don’t worry.’ He made it seem that the fix was quick, a minor thing.”
Another official, who was privy to Azar’s regular phone calls with Redfield, said the low-key CDC director consistently defended the agency’s approach with the test kits.
“This was kind of the theme for about a month,’’ said the official, who spoke anonymously because he was not authorized to comment.
Messonnier has told colleagues that, not being a virologist or laboratory specialist, she relied on subordinates with greater subject-matter expertise.
Starting in spring and over the next few months, CDC leaders removed or shifted several of the people who worked on or supervised the original test, officials said.
Lindstrom was shifted to an advisory role and no longer leads the respiratory virus lab.
Gerber, Lindstrom’s boss and an epidemiologist experienced with coronaviruses, was excluded from supervisory decisions and accepted a scientific position elsewhere in the agency.
Pallansch, who oversaw Gerber and Lindstrom, was removed by Messonnier from his job as director of the viral diseases division and now holds a title of special adviser, officials said.
CDC chief defends failure to spot early coronavirus spread in U.S.
A polio virus expert and 36-year CDC employee, Pallansch told colleagues that if he had known about the N3 component when the test was designed, he would have challenged its inclusion as unnecessary. A person familiar with Pallansch’s thinking also said he regretted not having initially sought out the information.
In a June 19 report on the testing problems, the HHS lawyers said that “time pressure to ship test kits out quickly” may have caused the CDC to shortchange proper quality control and to miss “anomalies in data” and “likely” contamination before the kits were released.
What happened at the CDC remains under scrutiny by the HHS inspector general and by the GAO, according to their representatives. The department lawyers also have recently questioned Messonnier and staffers involved with making the kits, officials said.
Global mortality from the disease has varied dramatically: Thailand, South Korea, Japan and Taiwan, all of which jump-started coronavirus testing in January, have experienced death rates of less than 2 per 100,000 people. In the United States, the rate is 91 deaths per 100,000 people, according to lab-confirmed cases archived by Johns Hopkins University. Experts hesitate to quantify how many lives were saved by the early testing in Asia.
But Michael V. Callahan, a Massachusetts General Hospital infectious-disease physician who was detailed in February by HHS to help repatriate Americans from cruise ships hit by the coronavirus, said the CDC and the White House should have seen the gravity of the threat.
“We had a fast-moving outbreak with a solution at hand,” said Callahan, referring to the tests used immediately in Thailand and elsewhere. “Yes, CDC should make its own super-special test. But until then, they should make the test that will help us curb the problem.”
In recent weeks, senior CDC officials, including Jernigan and Monroe, have been drafting a review of the testing struggles that attributes the test failures with N3 to Lindstrom’s design, and with N1, to contamination in his lab. Officials said the summary is envisioned for public release, possibly in a scientific journal.
The GAO’s chief scientist, Timothy M. Persons, said that lessons to be learned from the CDC’s mishandling of coronavirus testing should shape policy for future outbreaks.
“The whole thing is a race,” Persons said. “You have to get the testing right as soon as possible, because if you don’t, you don’t know the size of the problem.”
Not today Sir, Probably not tomorrow.............................................. bayfront arena st. pete '94
you're finally here and I'm a mess................................................... nationwide arena columbus '10
memories like fingerprints are slowly raising.................................... first niagara center buffalo '13
another man ..... moved by sleight of hand...................................... joe louis arena detroit '14
Is there a scientific reason for this? Are we laxed? Is the virus stronger?
Just received another email about some outbreaks for 3 different companies at one of our job sites.
Today I saw an article saying that giving the virus space will lead to more concerning variants.
Perhaps then the State's and Sweden's response will be REDEEMED?
Libtardaplorable©. And proud of it.
Brilliantati©
Not today Sir, Probably not tomorrow.............................................. bayfront arena st. pete '94
you're finally here and I'm a mess................................................... nationwide arena columbus '10
memories like fingerprints are slowly raising.................................... first niagara center buffalo '13
another man ..... moved by sleight of hand...................................... joe louis arena detroit '14
https://www.cdc.gov/coronavirus/2019-ncov/more/scientific-brief-emerging-variant.html
All in the name of "Me"
that being said, in our pre-marriage/kid days, NYE was often a pretty epic party.
www.headstonesband.com