In an article published in the Sunday Times
last weekend, its political editor Tim
Shipman - currently the Society of Editors’
political journalist of the year, no less- made an astonishing revelation in
the following passage:
Dominic Cummings, the prime minister’s senior aide,
became convinced that Britain would be better able to resist a lethal second
wave of the disease next winter if Whitty’s prediction that 60% to 80% of the
population became infected was right and the UK developed “herd immunity”.
At a private engagement at the end of February,
Cummings outlined the government’s strategy. Those present say it was “herd
immunity, protect the economy and if that means some pensioners die, too bad”.
At the Sage meeting on March 12, a moment now dubbed
the “Domoscene conversion”, Cummings changed his mind. In this “penny-drop
moment”, he realised he had helped set a course for catastrophe. Until this
point, the rise in British infections had been below the European average. Now
they were above it and on course to emulate Italy, where the picture was bleak.
A minister said: “Seeing what was happening in Italy was the galvanising force
across government.”
(Coronavirus: ten days that shook Britain — and changed the nation for
ever How Boris Johnson changed his priorities: save lives
first, and then salvage the economy; https://www.thetimes.co.uk/edition/news/coronavirus-ten-days-that-shook-britain-and-changed-the-nation-for-ever-spz6sc9vb)
This has haunting echoes of the role played by Tony
Blair’s head of strategy and communications, Alastair Campbell in the
build-up to the invasion of Iraq, when
his role elided from policy prozelitiser to policy author.
Campbell always denies
this, but in the now infamous
Iraq Dossier of September 2002, ( a document created to persuade wavering MPS
they must bac a war strategy( we know from the publication of the dozens of
emails between Campbell and John Scarlett, then chairman of the Joint
Intelligence Committee, Campbell very persistently and deliberately wordsmithed
raw intelligence in a political strategy for his boss, Tony Blair, the then
Labour Prime Minister
Here is an extract from the Hutton Inquiry into the death
of Dr David Kelly, a government scientist and an international inspector in
Iraq during the period (2001-03),who
died in mysterious circumstances days after giving evidence to two
Parliamentary committees, on ein secret, in July 2003
MR ALASTAIR CAMPBELL (called) Examined by MR SUMPTION
MR SUMPTION: Mr Campbell, you have been through the
story of your role in the preparation of the dossier in your
evidence at phase 1 and there are only certain points
which I want to ask you about again. On 9th September 2002
you wrote a memorandum to Mr Scarlett describing
certain aspects of the procedure for preparing the dossier, in
which you said that you would be making comments with
the assistance of an informal group of officials. You then,
on 17th September, made a number of comments to Mr
Scarlett in writing, some of which came from the Prime
Minister and some of which were your own. Can I ask
you: on whose instructions were you assuming the role of
making comments on drafts of the dossier?
A. In the first instance on the
instructions of the Prime Minister and also because John Scarlett had asked me
to
offer him presentational advice on the draft that he submitted in the second
week of September.
Q. Can you tell us why it was you as the Government's
director of strategy and communications who came to be
performing this function?
A. I think what the Prime Minister expected of me in
this particular communications exercise, if you like, was to
perform my role, which I traditionally would perform,
on something which crosses Departments, which is the role of
coordination. The second point
is that this was a document that was to be presented to Parliament and to the
public, not just at home but also overseas.
It was a major communications exercise. The other point I would make is
that the Joint Intelligence Committee, for
very obvious reasons, do not have the expertise or the personnel to do that
kind of job.
…. I would say that I was making presentational
points in accordance with the job that the Prime Minister and Mr
Scarlett had asked me to do.
SUMPION then asked: This is the first page of your
memorandum to Mr Scarlett of 17th September
which I mentioned a moment ago. Would you like to go through
the points that you have listed here on the second
page, 67, and explain, briefly, what point you were
making in relation to each one?
A. Well, on point 1, when I say "in light of the
last 24 hours..." that refers to the fact that Saddam Hussein had
announced that he was intending to allow the UN
inspectors back in. Now, the Prime Minister and the Government's
view was that this was almost certainly another ploy.
When I talk about making "more of the point about current
concealment plans", I am simply making the point,
given that we knew he had an infrastructure for concealing his
WMD programme, that that should be brought out more in
the dossier. And I then say "it would be stronger if we
said that despite sanctions and the policy of
containment, he has made real progress", ie real progress in the
development of his programmes. My understanding is that
John Scarlett agreed with that point; and I think one
sentence
was added to the text.
There is much more along the same lines. What
Campbell argued was merely more professional presentation, others said was
“sexing up”, which is how Dr David Kelly saw it in his devastating discussion
with a then BBC defence correspondent
The
generic point is while the commonly repeated mantra is ‘advisers advise, and ministers
decide’, in the cases of Campbell and Cummings respectively, they both took a
much more strategic role in pressing policy: they were de facto decision-makers.
COBRA,
SAGE and Secrecy
Astonishingly,
the composition of the very group of scientific advisors behind the Prime
Minister’s and CoBRA decisions is secret. Professor Devi Sridhar, the chair of
global health at the University of Edinburgh- an internationally respected
expert - wrote revealingly in an article in the Guardian today
“It is still not clear who exactly is advising the
government, who sits
on the Scientific Advisory Group for Emergencies (SAGE), and what factors
the prime minister and his colleagues are taking into account in his
decision-making.”
(“Britain
had a head start on Covid-19, but our leaders squandered it” Guardian, 24 March 2020; www.theguardian.com/commentisfree/2020/mar/23/britain-covid-19-head-start-squandered)
It is astonishing that even someone of Professor Sridhar’s elevated global status in the field, does not know who is sitting on SAGE or its sub committees. Why is this information not public? SAGE does publish time-lagged minutes of its deliberations, including an attendees/participation list. For instance on its web site, it is possible to read the minutes of the three meetings of SAGE convened to deal with Ebola. (8 December 2014: meeting summary)
One of the attendees was Chris Whitty, then
the Chief Scientific Advisor for the Department for International Development (DFID)
But why cannot the contemporaneous details of SAGE meetings be published shortly after they have taken place?
The SAGE web site states: “The membership of SAGE depends on the nature of the emergency but it typically includes leading experts from within government and leading specialists from the fields of academia and industry. The group typically is chaired by the Government Chief Scientific Adviser or a departmental Chief Scientific Adviser”.
Annex – SAGE background
UK Scientific Advisory Group in Emergencies
Practice provided by
Gavin Lofthouse
gavin.lofthouse@cabinet-office.x.gsi.gov.uk
004420 7276 5060
gavin.lofthouse@cabinet-office.x.gsi.gov.uk
004420 7276 5060
Type
of organisation: Civil Contingencies Secretariat
Country:
United
Kingdom
Level
of government: Central government
Type
of practice: Process
Type
of hazard or threat:
Risk
management theme: Crisis management & preparedness
The UK Scientific Advisory Group in Emergencies (SAGE) is
an independent support group that provides science-based expertise for the
management of complex and unprecedented crises for the UK cabinet. SAGE
convenes in situations that require cross government co-ordination, notably
when the Cabinet Office, in consultation with the Prime Minister, decides to activate
the Cabinet Office Briefing Room (COBR). The SAGE provides scientific and
technical advice on the development of a crisis, and on potential scenarios and
their impacts. Under the authority of the Government Chief Scientific Advisor,
SAGE includes experts from all sectors and disciplines to analyze data, to
assess existing research, or to commission new research. To inform UK
cross-government decision-making during the emergency response and the recovery
phases, the SAGE submits policy option papers which outline scientific and
technical solutions, their pros and cons and response scenario papers. At all
stages, SAGE representatives attend the COBR to explain scientific issues.
Why the good practice was
developed
As in many OECD countries, crises affecting the UK have
become more complex as a result of increased interconnectedness of our modern
societies, the emergence of new threats, and the evolution of several risk
factors. SAGE has been set up to meet the needs of Cabinet Office strategic
crisis managers when confronted with complex crises. The understanding of this
complex risk landscape requires thinking across sectors, identifying potential
cascading impacts and evaluating uncertainties. Having access to the best
available advice in a timely fashion is key to effective crisis management
decision-making. To ensure a full range of issues are considered, advice needs
to stem from a range of disciplines, including scientific, technical, economic
and legal. Thus, it is crucial to set up a specific group which can quickly
mobilise and peer-review multidisciplinary scientific expertise during crises.
Objectives
·
To provide decision-making advice on the
scientific concepts key to understanding the emergency
·
To give advice on how the emergency might
develop, outline its potential implications and evaluate related uncertainties
Scientific Advisory Group for
Emergencies (SAGE)
Effective
emergency management relies upon ministers having access to the best available
advice in a timely fashion
Published 16
October 2012
This was
published under the 2010 to 2015 Conservative and Liberal Democrat coalition
government
Documents
PDF, 537KB, 68
pages
.
Details
Effective
emergency management and informed decision-making relies upon Ministers having
access to the best available advice in a timely fashion. To ensure the full
range of issues are considered advice needs to stem from a range of
disciplines, including the scientific, technical, economic and legal. This
guidance focuses on the coordination of scientific and technical advice to
inform strategic UK cross-government decision making during the emergency
response and recovery phases.
Both “Responding to emergencies, the UK central government approach response, and concept of operations” (CONOPS) and the Emergency Response and Recovery (ERR) guidance provide an emergency management framework for the UK. This UK framework includes structures for coordinating scientific and technical advice during emergency response and recovery. At the UK level the Scientific Advisory Group for Emergencies (SAGE) is responsible for coordinating and peer reviewing, as far as possible, scientific and technical advice to inform decision-making. At the local level Scientific and Technical Advisory Cells (STACs) provide advice to local Strategic Coordinating Groups (SCGs) and/or Recovery Coordinating Groups (RCGs) which respond to the local consequences and manage local recovery efforts.
Both “Responding to emergencies, the UK central government approach response, and concept of operations” (CONOPS) and the Emergency Response and Recovery (ERR) guidance provide an emergency management framework for the UK. This UK framework includes structures for coordinating scientific and technical advice during emergency response and recovery. At the UK level the Scientific Advisory Group for Emergencies (SAGE) is responsible for coordinating and peer reviewing, as far as possible, scientific and technical advice to inform decision-making. At the local level Scientific and Technical Advisory Cells (STACs) provide advice to local Strategic Coordinating Groups (SCGs) and/or Recovery Coordinating Groups (RCGs) which respond to the local consequences and manage local recovery efforts.
Published 16
October 2012
A strategic framework for
the Scientific Advisory Group for Emergencies (SAGE)
Contents
Acronyms .....................................................................................................................
1
Introduction
..................................................................................................................
2
Aims and objectives
.....................................................................................................
3
Intended audience
.......................................................................................................
4
Using this guidance
......................................................................................................
5
Development of this
guidance
......................................................................................
8
Part One: Scientific and technical
advice during emergencies ................................... 9
Local level
....................................................................................................................
9
The Lead Government
Department Concept ...............................................................
9
Departmental / Devolved
Administration only (or Level 1) emergencies ...................... 9
UK Cross-government (or
Level 2 and 3) emergencies .............................................
10
Overseas emergency with UK
impacts ......................................................................
10
Part Two: The Role and
Governance of SAGE ..........................................................
12
SAGE aims and objectives
........................................................................................
12
Governance of SAGE
................................................................................................
13
Assurance
..................................................................................................................
16
Flexible structure
........................................................................................................
17
Part Three: SAGE
activation and de-activation ..........................................................
18
Activating SAGE
........................................................................................................
18
Defining SAGE membership
......................................................................................
18
Defining the governance
structure of SAGE
.............................................................. 21
Handover arrangements from
pre-existing groups to SAGE ...................................... 21
Deactivating of SAGE
................................................................................................
22
Part Four: Organising SAGE
......................................................................................
23
Ensuring transparency and
protecting sensitive information ...................................... 23
Contributing to
situational awareness
........................................................................ 24
Ensuring that policy
decision are informed by scientific and technical advice ............ 25
Ensuring communications
are informed by scientific and technical advice ................ 26
Drawing on other types of
advice
...............................................................................
27
Funding SAGE activities
............................................................................................
29
Flexible approach
.......................................................................................................
30
Part Five: Interactions
between SAGE and STACs .................................................. 31
Circumstances where SAGE
and STACs might operate in parallel ........................... 31
Timescales for SAGE and
STAC activation ...............................................................
32
Principles for SAGE / STAC
interaction
..................................................................... 32
Assurance
..................................................................................................................
33
Defining SAGE, STAC
interactions
............................................................................ 33
Default interaction model
...........................................................................................
34
Pragmatic arrangement for
overcoming interaction issues ........................................ 35
Multiple STAC interaction
..........................................................................................
38
Part Six: The Interaction
between SAGE and Devolved Administration advice groups
...................................................................................................................................
39
The interaction between
Devolved Administration advice groups and SAGE (if active) ...................................................................................................................................
39
Requesting assistance and
dealing with these requests ............................................ 40
Scientific coordination arrangements in Scotland
...................................................... 40
Scientific coordination
arrangements in Wales
.......................................................... 41
Scientific coordination
arrangements in Northern Ireland .......................................... 42
Part seven: Dealing with
requests for assistance and concerns ................................ 44
Reasons for requests for
assistance and concerns ................................................... 44
Principles for dealing
with requests and concerns
..................................................... 44
Principles for asking for
assistance or raising concerns ............................................. 44
Options for providing
assistance in situations where COBR is active ........................ 45
Options for proving
assistance in situations where COBR is not active ..................... 45
Providing support and
assistance outside of the COBR mechanism ......................... 45
Annex A: Underpinning definitions
............................................................................ 46
Annex B: Overarching
principles
................................................................................
49
Annex C: Consultation
approach ...............................................................................
55
Annex F: ECOSA and its
handover procedures .........................................................
59
Annex G: Guidance on
producing a funding issues paper ........................................ 64
Figures
1 The
COBR Mechanism 11
2 SAGE
Governance structures 14
3
Managing information flows between the intelligence cell and SAGE 28
4 Default
SAGE, STAC interaction model 34
5 Lead
STAC concept 35
6 Pooling
scientific resources between SCGs 37
7 Pooling
and marshalling scientific resources between SCGs 37
Tables
1 The role of scientific and technical
advice in emergency management
Introduction
1. Effective emergency
management and informed decision-making relies upon Ministers having access to
the best available advice in a timely fashion. To ensure the full range of
issues are considered advice needs to stem from a range of disciplines,
including the scientific, technical, economic and legal. This guidance focuses
on the coordination of scientific and technical advice to inform
strategic UK cross-government decision making during the emergency response and
recovery phases.
2. Both “Responding to
emergencies, the UK central government approach response, and concept of
operations” (CONOPS)1 and the Emergency Response and Recovery (ERR)2
guidance provide an emergency management framework for the UK3. This UK
framework includes structures for coordinating scientific and technical advice
during emergency response and recovery. At the UK level the Scientific Advisory
Group for Emergencies (SAGE) is responsible for coordinating and peer
reviewing, as far as possible, scientific and technical advice to inform
decision-making. At the local level Scientific and Technical Advisory Cells (STACs)
provide advice to local Strategic Coordinating Groups (SCGs) and/or Recovery
Coordinating Groups (RCGs) which respond to the local consequences and manage
local recovery efforts.
1 http://interim.cabinetoffice.gov.uk/media/349120/conops-2010.pdf?bcsi_scan_F8D0BFE83951C3DA=0&bcsi_scan_filename=conops-2010.pdf
2 http://www.cabinetoffice.gov.uk/media/353478/err-guidance-050410.pdf
3. Since the development
of the SAGE and STAC concepts both have been activated in real emergencies and
tested via exercises. SAGE was activated during the 2009 H1N1 influenza
pandemic, during the 2010 volcanic ash disruptions and the Fukushima nuclear
incident in 2011. STACs have been activated for a number of events, including
the 2008 Cumbrian flooding. These activations and exercises have highlighted
both good practice and lessons for the future. In addition a number of lessons
on the coordination and use of scientific and technical advice have been
identified in tier one (UK cross-government) emergency exercises. This guidance
3
3 CONOPs
is targeted at government departments whilst ERR is targeted at local emergency
planners and responders. The Devolved Administrations each have their own
emergency management arrangements which are covered in both CONOPs and ERR.
4 CONOPS: http://interim.cabinetoffice.gov.uk/media/349120/conops-2010.pdf?bcsi_scan_F8D0BFE83951C3DA=0&bcsi_scan_filename=conops-2010.pdf
and ERR:
http://www.cabinetoffice.gov.uk/media/353478/err-guidance-050410.pdf
draws on this experience
and is designed to enhance the overarching UK framework for emergency
management and should be read in conjunction with CONOPs and/or ERR, local STAC
guidance and guidance on crisis management arrangements in the Devolved
Administrations (DA)4.
Aims and
objectives
4. Specifically, this guidance aims to:
·
clarify what is meant by evidence based decision making and
scientific and technical advice;
·
clarify when the provision of coordinated scientific and technical
advice may be appropriate;
·
set out how scientific and technical advice will be coordinated
and provided from the outset of emergencies to recovery;
·
further clarify activation, organisation, funding and deactivation
arrangements for SAGE;
·
identify the potential anticipated outputs and products from SAGE;
·
clarify the handover and transition arrangements between SAGE and
other scientific advisory groups during activation and deactivation;
·
clarify the principles of interaction between SAGE and STACs and
other scientific and technical advice arrangements, including those used in the
Devolved Administrations (DAs), as appropriate;
·
reflect on lessons identified and highlight good practice; and
·
be both flexible and scalable so it can be applied to all
emergencies (as defined by the Civil Contingencies Act 2004)5.
5 See
www.statutelaw.gov.uk
Intended
audience
This guidance is primarily
designed to be used by the key customers and providers of strategic scientific
and technical advice at the UK cross-government level (see below).
Providers
of advice:
government advisory and regulatory agencies;
external experts (including academics, industry and international
experts);
existing advisory groups (including departmental and Devolved
Administration led groups, cross-government scientific advisory groups (SAGs);
and
external advisory groups
and networks).
Customers of advice:
The Cabinet Office Briefing Room (COBR) mechanism - which
comprises of Ministers and Government Departments (COBR may seek advice on
emergencies in the UK or on emergencies that have occurred overseas that have
an impact on UK interests.)
Devolved Administrations;
local decision makers; and
STACs (if active).
5
Ebola outbreak, 2014
In 2014 SAGE
was activated in response to the Ebola outbreak in West Africa.
- 8 December 2014: meeting summary (PDF,
98.9KB, 5 pages)
- 29 October 2014: meeting summary (PDF,
157KB, 5 pages)
- 16 October 2014: meeting summary (PDF,
102KB, 5 pages)
Scientific Advisory Group for Emergencies - Ebola
Summary Minute of 3rd Meeting 8 December 2014 35 Great Smith Street, London
List of attendees
Chairs
Sally Davies CMO
Mark Walport GCSA
Attending
Paul Cosford PHE
John Edmunds LSHTM
Neil Ferguson Imperial
Peter Grove DH
Simon Hay University of Oxford
David Lalloo Liverpool School of Tropical Medicine
(via telephone)
Melissa Leach Institute of Development Studies (via telephone)
Peter Piot LSHTM
Andrew Pollard University of Oxford (via telephone)
David Salisbury
John Simpson PHE
Alasdair Walker MOD
John Watson DH
Chris Whitty CSA, DFID
Officials & Secretariat
Colin Armstrong GO-Science
Phil Green Wellcome Trust
Claudia Lally GO-Science
Alex McLaughlin DH
Ruth Parry DH
Anne Philpott DFID
Marsha Quallo-Wright GO-Science
Elizabeth Surkovic GO-Science
Hannah Thomson Cabinet Office
Chloe Watson Wellcome Trust
2
ACTIONS
1. CMO to liaise with CDC about the design of the
proposed vaccine clinical trial in Sierra Leone.
2. John Edmunds to provide SAGE with findings from
serological study in DRC.
3. Modelling sub-group to agree whether to base weekly
case data in the indicative future scenarios slide on sitrep or line-list data
(or both) and to feed back to the SAGE chairs.
4. Modelling sub-group to ensure that the format of
the indicative future scenarios slide remains consistent over the coming months
and to ensure that the actual number of beds is included as well as the planned
numbers.
5. DFID to draft a letter for CMO to send to WHO
regarding guidance on water, sanitation and hygiene practices outlining
proposed steps to answer questions on whether the virus survives in sewage.
3
AGENDA ITEM 1: WELCOME
GCSA welcomed participants to the third meeting of the
Scientific Advisory Group for Emergencies on Ebola. He reminded participants
that the purpose of the meeting was to discuss the design of vaccine clinical
trials and to provide advice on the likelihood that the disease will spread to
other countries.
AGENDA ITEM 2: VACCINES
Trial Design
Vaccines were currently being developed by GSK, Merck
(previously NewLink), and Johnson & Johnson. Phase I trials for the Johnson
& Johnson vaccine were due to begin in Oxford in mid-December.
The US National Institute for Health (NIH) was leading
on the planned phase II and III trials in Liberia, a consortium led by the
Norwegian Government was leading on the trials in Guinea, and the US Centers
for Disease Control and Prevention (CDC), with significant logistical support
from the UK, was leading on the trial in Sierra Leone.
The proposed design for the Sierra Leone clinical
trial was discussed. It was suggested that it could be beneficial to add a
boost arm to the trial.
SAGE provided clear advice that the most appropriate
design for the study in Sierra Leone would be for all trial participants to
receive the Prime dose of the vaccine, with the provision on the Boost being
randomised. This was based on initial evidence suggested that two of the three
vaccines (including the most advanced) would require boosting to provide the
necessary protection.
Health Care Workers
CMO highlighted that discussions were underway to
explore whether vaccines trials could be developed that included UK healthcare
workers. A letter had been developed outlining an additional phase IIa trial be
conducted with UK healthcare workers, to investigate prime boost vaccination.
In addition, an Innovative Medicines Initiative proposal had outlined a phase
II study that would allow UK healthcare worker participation.
In discussion, the following points were raised
regarding the design of clinical trials:
Studies would need to determine the best interval
between a prime and boost dose. The Johnson & Johnson studies would be looking
at one and two month intervals. Shorter intervals between prime and boost doses
would be investigated in an additional phase I trial.
How a step-wedge trial design could be used to
investigate prime-boost vaccination. Ring vaccination was highlighted as an
alternative option to this design.
A serological study was being conducted in DRC to
examine sero-positivity in recovered patients. John Edmunds agreed to provide
SAGE with findings from the study.
It was questioned whether recruitment of healthcare
workers to the trial would be sufficient given that no healthcare workers had
contracted Ebola for two months (previously levels were 10%).
4
AGENDA ITEM 3: MODELLING
Disease spread in Africa
The probability of cases spreading to other countries
in West Africa and their ability to cope with an outbreak was discussed. The
difficulty in modelling the spread of disease in Africa, based on scant data,
was acknowledged.
Whilst the Index for Risk Management (INFORM) coping
capacity indicator gave a good proxy for whether a country could deal with an
outbreak it did not take into account the Ebola specific interventions that
countries in West Africa had introduced since the outbreak. It was expected
that these countries would have an improved ability to deal with outbreaks.
The GCSA stated that the limitations of this analysis
should be stressed when presenting the findings to other groups.
Consensus statement
The latest version of the Ebola Modelling Group
Consensus Statement was presented.
It was noted that there had been a general decline in
the number of cases in Liberia, with substantial geographical variation. In
Guinea, the number of cases was reported to have plateaued but with local
variations. In Sierra Leone, the data suggested that cases were still increasing,
with a slight lengthening in the doubling time.
Transmission close to death and around the time of
burial was considered to be more important than previously thought. The need to
focus on the transmission that occurs in the few days before death, in addition
to transmission during burials, was highlighted.
Current data indicated that as the number of beds
available in treatment centres had increased, the reproduction number had
decreased. However, this could not necessarily be deemed causal.
The GCSA requested the modelling group to discuss
whether to use the weekly case numbers from the sit-rep or the more accurate
WHO line list data in the modelling slide.
False-negatives
SAGE noted that the case fatality rate for individuals
reported as ‘not a case’ in the line-list data was almost identical to the case
fatality rate among confirmed cases and the weekly incidence of cases in the
two groups was also highly correlated (92%). SAGE agreed that this potential
false-negatives issue was a cause for concern and should be investigated
further.
AGENDA ITEM 4: SURVIVAL OF EBOLA VIRUS
A paper from the World Health Organization (WHO) and
UNICEF on water, sanitation and hygiene was discussed. The recommendations for
safe distances between latrines and water sources, particularly in relation to
the transmission of other waterborne diseases were discussed. It was agreed
that better information was needed regarding natural flow in urban areas, and
confirmation was needed around Ebola Virus survival in sewage.
The Department for International Development (DFID)
agreed to draft a letter for CMO to send to WHO, regarding the guidance on
water, sanitation and hygiene practices, outlining proposed steps to answer
questions on whether the virus survives in sewage.
5
AGENDA ITEM 5: CEILING OF CARE FOR EBOLA PATIENTS
CMO provided an update on discussions with clinical
experts from the four specialist infectious disease units in the UK to discuss
evidence around the benefits of offering level 3 care to Ebola sufferers in West
Africa. These experts had endorsed the recommendation that rehydration
treatment, such as that used in Kerrytown, was the optimal intervention and
that there was little evidence about the effectiveness of higher level
interventions. A letter outlining these recommendations had been published on
the Lancet website.
AGENDA ITEM 6: SOCIAL SCIENCE AND ANTHROPOLOGY
Melissa Leach updated the group on the work of the
Anthropology platform:
Evidence was being gathered on practices and
behaviours around burials and the days immediately before and after death.
Liberia’s mass-cremation policy was causing concern
and may be resulting in increased under-reporting, inappropriate burials and a
growing black market for Ebola-negative death certificates.
There was a concern that many Ebola survivors are
being stigmatised, making it difficult for them to re-enter communities. The
use of a punch card transition, with multiple recognised stages, was suggested
as one possible intervention to aid the reintegration of survivors.
Communication around safe practices should continue,
even if there was a decline in the number of cases.
AGENDA ITEM 7: AOB
An exercise involving the Devolved Administrations was
planned for w/c 8 December
Coronavirus (COVID-19):
scientific evidence supporting the UK government response
The national
and global response to the spread of COVID-19 continues to develop quickly and
our collective knowledge of the virus is growing by the second.
Published 20
March 2020
From:
During a
response to a virus of this nature, it is imperative that the public is
confident the government has based its decisions on a representative range of
the most up-to-date science advice. In the case of COVID-19, the Scientific
Advisory Group for Emergencies (SAGE) has been providing ministers and
officials with free and frank advice throughout, based on external scientific
evidence and a wide source of essential information.
In fast moving
situations, transparency should be at the heart of what the government does.
We have
therefore published the statements and the accompanying evidence to demonstrate
how our understanding of COVID-19 has continued to evolve as new data emerges,
and how SAGE’s advice has quickly adapted to new findings that reflect a
changing situation.
Government
Chief Scientific Adviser Sir Patrick Vallance:
This is an
incredibly fast-moving, developing situation and as part of our collective
efforts to give the clearest and most reliable scientific advice, SAGE has and
continues to draw upon a huge range of experts and a huge range of evidence.
The UK is home
to experts who are at the forefront of their chosen fields and we are making
full use of their expertise to grow our understanding of COVID-19 as we work
tirelessly to tackle this disease.
The collective
evidence we have published today has played a considerable role in shaping our
recommendations on when, how and why the government have made the interventions
it has so far.
Background to SAGE
The Scientific Advisory Group for Emergencies
(SAGE) provides
ministers and officials with evidence-based scientific advice in emergencies,
ensuring government advisers are informed and best-placed to make critical
decisions based on a range of credible scientific evidence.
The advice
provided by SAGE is one of many essential sources of information that
government weighs up before adopting new policies and interventions, and gives
maximum assurance that the complexities and implications of any policy have
been properly considered.
SAGE relies on
external science advice, including advice from expert groups and their papers.
In the case of COVID-19, this includes the New and Emerging Respiratory Virus Threats
Advisory Group (NERVTAG), Scientific Pandemic Influenza Group on
Modelling (SPI-M) in the Department for Health and Social Care, and the
Independent Scientific Pandemic Influenza Group on Behaviours (SPI-B).
These groups
consider the scientific evidence, and provide their consensus conclusions to
SAGE. Both the evidence they have considered and their consensus statements
have been included in this current batch of evidence.
The growing evidence base on COVID-19
Contained
within this release are the methods and findings that have informed SAGE advice
on the COVID-19 outbreak to date.
Among the
papers referenced here, some are pre-prints. These are academic papers that
have not yet been through the peer-review process, which can take months, and
have been drawn upon by SAGE to ensure that the most current evidence is being
reviewed in order to provide rapid advice to policy makers.
Some of the
bespoke new modelling that SAGE has drawn upon to formulate its conclusions has
not yet been published here. This is to allow scientists time to publish their
research through the right academic channels.
As our
understanding of the virus grows, we will continue to feed into the essential scientific
advice needed by the government to respond to the virus. During this time, we
will update these pages with the evidence we are collecting to keep the public
informed, while also continuing to provide free and frank advice to policy
makers.
Scientific Advisory Group for
Emergencies (SAGE): Coronavirus (COVID-19) response
The Scientific
Advisory Group for Emergencies (SAGE) provides scientific and technical advice
to support government decision makers during emergencies.
Contents
Role
SAGE is
responsible for ensuring that timely and coordinated scientific advice is made
available to decision makers to support UK cross-government decisions in the
Cabinet Office Briefing Room (COBR). The advice provided by SAGE does not
represent official government policy.
Expert groups
SAGE relies on
external science advice and on advice from expert groups. During COVID-19 this
includes the:
- New and Emerging Respiratory Virus
Threats Advisory Group (NERVTAG)
- Scientific Pandemic Influenza Group
on Modelling (SPI-M) (Department for Health and Social Care)
- Independent
Scientific Pandemic Influenza Group on Behaviours (SPI-B)
These groups
consider the scientific evidence and feed in their consensus conclusions to
SAGE.
Scientific evidence supporting the government response to
COVID-19
The national
and global response to the spread of COVID-19 continues to develop quickly and
our knowledge of the virus is growing. These statements and accompanying
evidence demonstrate how our understanding of COVID-19 has evolved as new data
has emerged.
This page will
be updated on a regular basis with the latest available evidence provided to
SAGE.
Introduction to the evidence
Current understanding of COVID-19
- SPI-M-O: Consensus statement on 2019
novel coronavirus (2 March 2020) (PDF, 104KB, 4 pages)
Behavioural and social interventions
- Potential effect of
non-pharmaceutical interventions (NPIs) on a COVID-19 epidemic in the UK
(26 February 2020) (PDF, 156KB, 3 pages)
- SPI-B insights on combined
behavioural and social interventions (4 March 2020) (PDF,
193KB, 4 pages)
- Potential impact of behavioural and
social interventions on an epidemic of COVID-19 in the UK (9 March 2020) (PDF,
319KB, 7 pages)
- SPI-M-O: Consensus view on
behavioural and social interventions (16 March 2020) (PDF,
43.4KB, 1 page)
Behavioural science
- The role of behavioural science in
the coronavirus outbreak (14 March 2020) (PDF, 178KB, 3 pages)
- SPI-B: Return on risk of public
disorder (25 February 2020) (PDF, 153KB, 2 pages)
- SPI-B: Evidence list (6 March 2020) (PDF,
116KB, 4 pages)
Self-isolation and household isolation
- SPI-B: Insights on self-isolation and
household isolation (09 March 2020) (PDF, 168KB, 2 pages)
- SPI-M-O: Consensus view on the impact
of mass school closures (19 February 2020) (PDF, 289KB, 4 pages)
Mass gatherings
- SPI-M-O: Consensus view on public
gatherings (11 February 2020) (PDF, 90.2KB, 1 page)
- SPI-B: Insights on public gatherings
(12 March 2020) (PDF, 173KB, 3 pages)
Modelling inputs
Emerging evidence about COVID-19
- Emergence of a novel coronavirus
(COVID-19); A protocol for extending surveillance used by the Royal
College of General Practitioners (RCGP) Research and Surveillance Centre
(RSC) and Public Health England (PHE)
- Early dynamics of transmission and
control of COVID-19: a mathematical modelling study
- Inferring the number of COVID-19
cases from recently reported deaths
- Feasibility of controlling COVID-19
outbreaks by isolation of cases and contacts
- Estimates of the severity of COVID-19
disease
- Novel coronavirus 2019-nCoV: early
estimation of epidemiological parameters and epidemic predictions
- Estimation of country-level basic
reproductive ratios for novel Coronavirus (COVID-19) using synthetic
contact matrices
- A spatial model of COVID-19
transmission in England and Wales: early spread and peak timing
- The efficacy of contact tracing for
the containment of the 2019 novel coronavirus (COVID-19)
Reports from Imperial College London
- Epidemic size estimation in Wuhan
City
- Epidemic size estimation in Wuhan
City - update
- Transmissibility of COVID-19
- Severity of COVID-19
- Phylogenetic analysis of SARS-CoV-2
- Relative sensitivity of international
surveillance
- Infection prevalence estimated from
repatriation flights
- Symptom progression of COVID-19
The models
Specific pieces of modelling on interventions provided to
SAGE
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