shared challenges of antimicrobial resistance and emerging ......2018/03/02 · diedliest enemy:...
TRANSCRIPT
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Shared challenges
of
Antimicrobial Resistance
and
Emerging Infectious Diseases
Herman Goossens, MD, PhD
University of Antwerp, Belgium
University of Utrecht, the Netherlands
“There are only two infectious diseasesituations that can be consideredinevitable, serious pandemic threats: influenza and antimicrobial resistance”
Osterholm and Olshaker,
Diedliest enemy: our war against killer germs, March2017.
Shared global challenges
of AMR and EID
3
Antimicrobial
resistance
Emerging Infectious
Diseases
• Fast completion of
clinical studies;
• Largest need in
bacterial infections
(antibiotic
resistance)
• Rapid initiation and
completion of
clinical studies;
• Mostly virus
infections
Hence, need for
operational high
quality large-scale
clinical trial research
infrastructure with
European coverage
Similar EARL
barriers
Shared Infrastructure challenges
of AMR and EID
Antimicrobial ResistanceInitiatives in Europe:
IMI – Public Private Partnership
Europe: AMR programme
New Drugs for Bad Bugs:
• Part of the Action Plan against
the increased threats from
AMR
• Launched by the European
Commission in Nov 2011
• Vision: delivering a pipeline of
new antibacterial agents to
patients
Innovative Medicines Initiative:
• Largest public-private (EU-
EFPIA) partnership in life
science R&D
• Speed up the development
of better and safer medicines
for patients
• IMI-1: part of EU FP7, 2008 -
2014, 2 billion Euro
• IMI-2: part of EU H2020, 2014 –
2024, 3.3 billion Euro
EFPIA: European Federation of Pharmaceutical Industries and Associations
COMBACTE: Combatting Bacterial
Resistance in Europe
Four consortia:
Create a self-sustaining antibacterial development network
• Expanding research and laboratory networks
• Optimal alignment of clinical trials with investigator sites
• Obtain clinical and epidemiological data
Increase efficiency of antimicrobial drug development
• Align clinical trials with cutting edge molecular mehodologies and trial design
• Deliver clinical trials with various candidate compounds from pharmaceutical companies
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CDI
7
Slovenia: 3 hospitals; 3
laboratories
Albania: 8 hospitals; 9 laboratories
Austria: 11 hospitals; 6 laboratories
Belarus: 1 hospital; 2 laboratoriesBelgium: 22 hospitals; 17 laboratories
Bosnia and Herz.: 7 hospitals; 5 laboratories
Bulgaria: 15 hospitals; 14 laboratories
Croatia: 15 hospitals; 10 laboratories
Cyprus: 1 hospitals; 1
laboratory
Czech Republic: 25 hospitals;
20 laboratories
Denmark: 8 hospitals; 6
laboratories
Estonia: 5 hospitals; 2
laboratories
Finland: 9 hospitals;
1 laboratory
France: 93 hospitals; 56
laboratoriesGeorgia: 1 hospital
Germany: 53 hospitals; 54
laboratories
Greece: 44 hospitals; 36 laboratories
Iceland: 1 hospital; 1 laboratory
Ireland: 10 hospitals; 4 laboratoriesIsrael: 20 hospitals; 15 laboratories
Italy: 53 hospitals 27 laboratories
Italy: 53 hospitals; 27 laboratories
Kosovo: 4 hospitals; 5 laboratories
Latvia: 6 hospitals; 3 laboratories
Lithuania: 1 hospital; 2 laboratories
Luxembourg: 1 hospital; 1 laboratory
FYROM: 5 hospitals; 20 laboratories
Moldova: 6 hospitals; 2
laboratories
Montenegro: 8 hospitals; 10
laboratories
Netherlands: 34 hospitals; 26
laboratories
Norway: 3 hospitals; 2
laboratories
Poland: 22 hospitals; 5 laboratories
Portugal: 30 hospitals; 14 laboratories
Spain: 68 hospitals; 59 laboratories
Romania: 29 hospitals; 20
laboratories
Serbia: 30 hospitals; 26
laboratories
Slovakia: 10 hospitals; 5
laboratories
Sweden: 10 hospitals; 3 laboratories
Switzerland: 11 hospitals; 4 laboratoriesTurkey: 52 hospitals; 48 laboratories
Ukraine: 1 hospital
United Kingdom: 93 hospitals; 29 laboratories
COMBACTE network infrastructure(March 2017)
hospitals827
laboratories583
countries42
Overview COMBACTE studies
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Observational Interventional
Therapeutic
RCT
SAATELLITEEVADE
OVERCOMERESTORE-IMI
REVISIT
Single arm
REJUVENATE
ASPIRE-ICUASPIRE-SSIANTICIPATE
CTTI-HABP-VABPRESCUING
EURECA
REMAP-CAP(PREPARE)
Platform Trial
COMBACTE Clinical studies
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January 2018: 8070 patients enrolled
Study name Sponsor Patients Type Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
ASPIRE-ICU UMCU ICU_VAP Epi
SAATELLITE AZ/MI ICU RCT
ASPIRE-SSI UMCU Various Epi
WP6E tbd AZ/MI ICU RCT
ANTICIPATE DaV Various EpiWP8D MedComp ICU RCT /210
EURECA SAS Various Epi
REJUVENATE Pfizer ICU+ RCTREVISIT Pfizer ICU+ RCT /300
EVADE AZ/MI ICU_VAP RCT
WP4B AZ/MI ICU_VAP RCT /980
RESCUING ICS-HUB cUTI Epi 1013 (recruitment completed)
WP6G AiCuris cUTI RCT /240WP6H AiCuris cIAI RCT /225
COMBACTE WP1 UnivLeeds Epi /tbc
CDI WP2 UnivLeeds /tbc
MERMAIDS UOx ARBO Epi
MERMAIDS UOx ARI Epi REMAP-CAP UMCU ICU adaptRCT
Shionogi CREDIBLE-CR Shionogi RCT 20/150MK-7655A RESTORE-IMI2 Merck ICU RCT 230/536
HABP/VABP CTTI HAP/VAP Epi 1006/1000Colistin OVERCOME NIH ICU RCT 157/444 (outside of Europe)
preparation phase trial period 8070
70/285
425/1500
746/20007/4000
40/40
20182014 2015 2016 2017
205/285
1341/2000
580/5000
1019/1000
1368/2000
2019
PREPARE
COMBACTE
NET
COMBACTE
MAGNET
COMBACTE
CARE
recruitment completed
recruitment completed
recruitment completed
recruitment completed
Participation COMBACTE studiesHospitals in 27 countries participate in 13 clinical studies
0 20 40 60 80 100 120
United Kingdom
Ukraine
Turkey
Switzerland
Spain
Serbia
Romania
Portugal
Poland
Netherlands
Montenegro
Kosovo
Italy
Israel
Ireland
Hungary
Greece
Germany
France
Estonia
Czech Republic
Croatia
Bulgaria
Bosnia and Herzegovina
Belgium
Austria
Albania
ANTICIPATE
ASPIRE-ICU
ASPIRE-SSI
CREDIBLE-CR
CTTI
EURECA
EVADE
OVERCOME
REMAP-CAP
REJUVENATE
RESCUING
SAATELLITE
WP2B ATM-AVI
Established Medicines and Anti-infectives Development Unit
Lessons learned from the
IMI/NVS/CRO collaboration to date
• Tripartite contracts are slower to align and sign
• Multiple contacts and “ownership” make issue resolution more complex– Clear Governance and Oversight documentation very important
• External Service Providers (ESPs) may treat IMI as lower priority / non core business– Risk of low staffing headcount and experience
– Timelines seen as less critical
• High proportion of Academic sites create additional Difficulties / requirements for Investigator grants, training and equipment
• KPIs / KQIs need to be stronger and leading
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David Hughes, Senior Global Program Head, Anti-infectives
My lessons learned on role of diagnostics
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to aid patient enrollment in COMBACTE clinical trials with narrow-spectrum drugs
(4/9 intervention trials)
Pharma: limited number of organisms in a specific
sample
Diagnostic companies: broad range tests
Schism between pharma
and diagnostic
companies
How will test be used?
What are required performance characteristics to
aid patient enrolment?
Purchasing and logistical challenges
Challenges to organise, track and train HCW
Maintenance, Q-controls and test support
Miscommunication between pharma, diagnostic
company, micro lab, and CRO
Unclear exploitation How is the test developed into labeled product?
Who will pay for the test?
Regulatory blind-spotsPotential regulatory needs discussed too late
and/or conflicting feed-back
Demand of pharma to
perform test outside of microbiology lab
Unclear function
and performance
characteristics
Emerging Infectious Diseases Initiatives in Europe:
DG Research
Responses to Infectious Diseases epidemics
14
Infe
cted
pat
ien
ts
Public Health response
Preclinical research response
time
clinical research response
time
Public Health Response
Preclinical Research Response
Clinical Research Response
PREPARE:Fast-forward clinical research during ID
epidemics to improve patient management
Funded by the
European Union
PREPARE: Platform foR European Preparedness
Against (Re-)emerging Epidemics
2014-2021
Partners:
Academia, clinical trial
networks, industry
societies
Our mission
Coordinator:
Herman Goossens
(University of Antwerp)
Deputy Coordinator:
Menno de Jong
(Academic Medical Center
Amsterdam)
To establish PREPARE as the European
clinical research framework
• for harmonised large-scale clinical
research studies on infectious diseases
• prepared to rapidly respond to any
severe infectious disease outbreak
• providing real-time evidence for clinical
management of patients and for
informing public health responses
Funded by the
European Union
Clinical studies in PREPARE
Three observational studies: Multi-centre EuRopean study of
MAjor Infectious Disease Syndromes (MERMAIDS) in primary care
and hospitalized adult and pediatric patients, comprising: - Sepsis-like syndrome (SLS) in infants and Acute respiratory infection (ARI) in children (PED-MERMAIDS)- Acute Respiratory Infections in Adults (ARI)- Arboviral compatible febrile illness
Two Adaptive platform design studies:- European multi-centre double-blinded randomised placebo-controlled Interventional Trial on Influenza-Like-Illness (ILI) in Primary Care (ALIC4E)
- Randomized, Embedded, Multifactorial Adaptive Platform trial for Community-Acquired Pneumonia (REMAP-CAP)
Funded by the
European Union
PREPARE Clinical studies
February 2018: 4531 patients enrolled
Funded by the
European Union
Primary Care Network for ALIC4E:Build on GRACE
European
countries
ALICE4E Primary Care Network
participants in
PREPARE ALIC4E
study600 19 Primary
care sites
>1100 >20 000
> 1700
patients included in 16 countries in
GRACE study
particpants in R-GNOSIS study
Funded by the
European Union
Outcomes
A1Antibiotic
trialOutcomes
Macrolide
trial
Patient
Randomized, Embedded, Multifactorial, Adaptive Platform
Steroid
trialOutcomes
Antibiotics
Macrolide
Steroids
Outcomes
A2
A3
B1
B2
C1
C2
Clinical Trial Networks (CTN):Time for a Paradigm Shift of Infectious
Diseases Clinical Research
Expensive
Inefficient
Rigid design
One-off initiatives
Alienated patients
Irregular
Efficient
Coordinated and sustainable
Patient-centered
Participatory and precision medicine
Responsive and adaptive
Public and Private Sector Support for CTN
“… we commit to: Support the creation of open and sustainable
clinical trial networks globally, with our expertise and experience. As
proposed by the AMR Review, this would build on work started in
Europe and US with the goal of improving the speed and efficiency
of conducting clinical trials”
Industry roadmap for Progress on Combating Antimicrobial Resistance, Sep 20, 2016
“we encourage governments to consider the need for establishing a global
clinical studies network on drug resistance that provides access to a large
clinical research infrastructure for the design, coordination and conducting
of clinical trials and studies in cooperation with the existing global experts
networks to ensure the common benefit of the outcomes”
G7 Health Ministers’ Meeting, Kobe, Japan,
11-12 September 2016
Our Vision: To efficiently generate rigorous evidence
for new or improved diagnosis, prevention and treatment of infections and to better
respond to infectious disease threats. This is facilitated by a European
multidisciplinary clinical research network and innovative research approaches.
ECRAID: European Clinical Research Alliance on
Infectious Diseases
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Building an inclusive, multidisciplinary
network
Clin-Net827 hospitals in 42
European countries.
Lab-Net583 microbiology labs in
42 European countries
600 Primary care sites in
19 European countries
Stat-Net
European network of
experts in statistical
research on IDs
European network of
experts in epidemiological
research on IDs
Epi-Net
Network of 90 paediatric clinical sites in 18 countries
Detailed Design of
Business plan and
operating model
Construct &
Implement
2016
High level Design
High Level design
completed
end of current
funding PREPAREend of current funding
COMBACTE-Net
20222017 2018 2019 2020 2021
FUNDING THROUGH IMI2 FOR Dx PART
(VALUE-Dx – 28.2.2018)
FUNDING FOR ID STUDIES TO BE ACQUIRED FROM
PUBLIC AND PRIVATE SECTOR
FUNDING THROUGH H2020
(CSA call – 18.4.2018)
ECRAID: Our plan and timelines
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Antimicrobia
l Resistance
First Steps towards integration PREPARE and COMBACTE
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Antimicrobia
l Resistance
ECRAID database
• Data related to clinical site performance captured for both COMBACTE and PREPARE
• Both projects capturing data related to turnaround time for ethics, regulatory and other local approvals and for contracting.
• Projects working together to create a combined system for monitoring clinical site performance.
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Antimicrobia
l Resistance
ECRAID database: 3 functions
1. Performance indicators: turnaround time for all approvals (ethics, other regulatory and local approvals) and contracting: allows for (rapid) site selection
2. Systematically capture barriers and solutions: can mitigate barriers, share solutions
3. Map variability in practice across Europe: reference guide for setting up future studies -builds ‘institutional memory’ so that experience and learning can inform set up of future studies.
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Antimicrobia
l Resistance
Process of development
• PREPARE and COMBACTE – regular meetings
• Review of current processes –identifying an integrated process
• Documenting standard operating procedure for integrated system
• Pilot using REMAP-CAP clinical sites
• Refine through lessons learned from REMAP-CAP
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The power of a comprehensive real-time
database of hospital sites
Mock up slide of site selection and forecasting
inclusion rates for VAP trial
What ECRAID could offer
• Clinical Trial Network for infectious diseases in hospital care and primary care, adults and children
• European coverage and globally embedded
• Faster and easier clinical research
• As a single-point of access into a high quality, business oriented research network
• Rapid access to and knowledge of well trained clinical(hospital/primary care) and laboratory (specialized androutine) sites
• An active network, continuously including patients in platform trials
• Focus on services that alleviate the administrative, technical and organizational burden in clinical research and reduce timelines (lower costs, faster processes)
• Strong practice based scientific expertise and commitment
Benefit for the EU and its Citizens:Unique opportunities!
• Incentive for pharma to invest in antibiotic discovery
• Allows to broaden the spectrum to other antimicrobial drugs, vaccines, diagnostic tests
• Allows investigator driven trials
• Allows new models of clinical trials (e.g. AdaptivePlatform Trials)
• Creates innovation of the public and private (e.g. SMEs) sector
• Allows rapid clinical research response in the event of a pandemic threat
• Reduces pressure on public sector budgets
• Results in increased jobs for our European citizens
• Results in improving quality of care delivery to ourpatients (next slide)
32
Benefit for EU Patients: Being treated in a hospital active in clinicalresearch is strongly associated with better
outcomes
Downing A, et al. Gut 2016
Final remarks…
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Unless we seize this unique, once-in-a-lifetime opportunity to
gear up the public and private resources already invested in
COMBACTE, and PREPARE, we may one day stand accused of
having turned our back on the prospect of the effective
investigation and treatment of infections for our citizens.
It is imperative that governments, industry and academia effect
a far more robustly step change in their commitment and
capability partnerships than it has done so far to tackle
pandemic infectious diseases.