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MICROBIOLOGY TECHNOLOGY INSTITUTE
BIOASTER – CAMPUS FRANCEGianfranco GROMPONEHead of Microbiota UnitParis - France
September 2015
1CONFIDENTIAL
MICROBIOLOGY TECHNOLOGY INSTITUTE
BIOASTER Microbiology Technology Institute
2
Expanding Creativity, Adding Value
One collaborative culture
Onefocused approach
Onemission
For the benefit of patients
Microbiology in health and diseases
Solving technology bottlenecks
Going beyond boundaries & disciplines
Through creativity, agility, and quality
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MICROBIOLOGY TECHNOLOGY INSTITUTE
The Planet BIOASTERTechnologies and fields of application
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IMMUNOMONITORING
DATA MANAGEMENT & ANALYSIS
BIOLOGICAL SAMPLECOLLECTIONS
GENOMICS &TRANSCRIPTOMICS
METABOLOMICS & PROTEOMICS
PROTEIN &EXPRESSION
SYSTEMSENGINEERING
PRE-CLINICAL MODELS & IMAGING
TRANSLATIONALSCIENCES
VACCINES
ANTIMICROBIALS
MICROBIOTA
DIAGNOSTICS
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MICROBIOLOGY TECHNOLOGY INSTITUTE
Thematic UnitsFighting pathogens, Exploiting microbiota
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VACCINES
Enhance vaccine’s safety and efficacy
MICROBIOTA
Take full advantage of thehuman microbiota and itscontinuous cross-talk withimmune and neuronal cells
DIAGNOSTICS
Faster, scalable andcomprehensivediagnostics
ANTIMICROBIALS
Overcome hard-to-treat pathogens and multidrug-resistant bacteria
TRANSLATIONAL SCIENCES
Bridging basic discovery with clinical evaluations to support needs of the Industry through transdisciplinary projects
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MICROBIOLOGY TECHNOLOGY INSTITUTE
Cross InnovationThe new age of innovation
Open innovation
Translational Medicine
Public-private collaboration
Cross innovation
Academic-driven approach
Pragmaticapproach
Industry-driven approach
Shared approach
From the 19 th century to the 1980s
Since the early 1990s
Since the mid-2000s
Today
1 2 3 4
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MICROBIOLOGY TECHNOLOGY INSTITUTE
Built on Solid FoundationsMore than a Century of Excellence
BIOASTER Founders
3Public Research Institutions
2Co-foundingleaders
3 Majors of healthcare industry
40+SMEs
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3 FundingSupports
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MICROBIOLOGY TECHNOLOGY INSTITUTE
De-risking Innovation Tailor-made Partnerships
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INDUSTRIAL
De-
riski
ng in
nova
tion
Accelerating discovery
� Need for breakthrough innovation� High attrition rate� High financial risk
BIOASTER
RISK SHARING
INDUSTRIAL PLAYERS
ACADEMIC
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MICROBIOLOGY TECHNOLOGY INSTITUTE
Laboratories & OfficesTaking research to new heights
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New building BIOASTER 1 Lyon (Q3 2015): 2 200 m2 labs including P1, P2 and P3 labs and access to the Jean Mérieux laboratory P4. 1 600 m2 offices
Institut Pasteur, Paris600 m2 laboratories including P1 & P2 labs (250m2)
Charles Mérieux & La Doua campuses, Lyon820 m2 (390 m2) including P1 and P2 labs. Access to the Jean Mérieux laboratory P4
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MICROBIOLOGY TECHNOLOGY INSTITUTE
� Time of
Collaborative R&D ProjectsKey Figures 2014
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20Projects inexecution
22Projects*with 11 industrial partners
*from inception
� Budget of
1M
An averageper project:
3 years
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MICROBIOLOGY TECHNOLOGY INSTITUTE 11
Biological Sample Collections Bridging the gap between R&D and clinic
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Healthcare Industrials
Academic network
BIOSPECIMENS
� Ease access to patients & healthy donor samples, microorganism strains and associated metadata (molecular, biological & clinical data)
� Fuel R&D projects with qualified retrospective and prospective samples
� Potentiate biological collection’s value
� Unique network of academic and private sector collections
� Information system� Bioinformatics� Robotics� Experienced CRA� Sample qualification &
characterization
BIOSPECIMENS™
Specimen inventorySpecimen annotationSpecimen characterization Security & compliance
A comprehensive dataexploration workflow
At a glance Strengths Keywords In-house creativity
� A 2.0 web platform, approved by collections holders, to facilitate biological resources demands and initiate new collaborations
MICROBIOLOGY TECHNOLOGY INSTITUTE 12CONFIDENTIAL
� Identify and validate new immune biomarkers
� Immune response monitoring
� Development of tools for diagnostic applications
� State-of-the-art facilities and analyzers
� Customized tools & applications development capabilities
� Collaborations with renowned academic institutions and SMEs
� Interdisciplinary team combining immunologists, engineers, biophysicians…
� Mass / flow cytometry� Luminex, FluoroSpot� Ultrasensitive assays� Droplet-based
microfluidics� Custom assays� Robotics platform
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ImmunomonitoringAssay development and biomarker discovery
HIGH-DIMENTIONAL SINGLE CELL ANALYSIS
� 35 parameters to simultaneously discriminate immune cell populations and to assess their functions
CYTOF® 2 35 parameters
Phenotyping Cell function-associated markers
Mass CytometryAt a glance Strengths Keywords In-house creativity
MICROBIOLOGY TECHNOLOGY INSTITUTE 13
Genomics & TranscriptomicsHT technologies, HQ data analysis
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� Design, optimize and develop an integrated application platform dedicated to: microbial genomics, microbiome characterization and transcriptomics of microorganisms & host-pathogen interactions
� Experimental design, innovative technologies, methods and analysis tools
� Technology and biological expertises within infectiology and microbiology
� Bioinformatics� Statistics� Molecular biology� Meta-genomics� Meta-transcriptomics � HT technologies (NGS,
DNA microarray) & MT validation technologies
� Single cells
AN OPTIMIZED 16S rRNA METAGENOMIC WORKFLOW
� From sampling to data analyses, a fully automated process, in a 192 samples per run format, to reduce time and expenses
16S rRNA METAGENOMICS
DNA extractionFully automated
NGS sample prepFully automated
MISeq192 samples/run
Data management & analysis
Metagenome NGS analysis tool for 16S rRNA geneFully automated
At a glance Strengths Keywords In-house creativity
MICROBIOLOGY TECHNOLOGY INSTITUTE 14
Metabolomics & ProteomicsCross-combine approaches and technologies
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At a glance
� Global characterization of the cellular metabolic function and changes induced by infectious diseases, therapy intervention or microbiota modifications
Strengths
� Cross-disciplinary applications for the simultaneous study of the metabolome and the metaboproteome*
� Cross-technology approaches combining Mass Spectrometry (MS) and Nuclear Magnetic Resonance (NMR)
Keywords
� 1D/2D-NMR, LC-MS/MS, LC-HRMS, CE-MS
� Targeted analyses� Metabolite & protein
profiling� Fingerprinting� Fluxomics� Chemometry� Bioinformatics
Global Metabolite Profiling
� Enhance the quality and informativeness of untargeted metabolomics studies by using in routine the technological complementary of 1H-NMR & LC-HRMS
Combining MS & NMR for metabolite profiling
+MS NMR
In-house creativity
GLOBALENHANCEDPROFILING
*subproteome involved and supporting cellular metabolic function
MICROBIOLOGY TECHNOLOGY INSTITUTE 15
Protein & Expression Systems EngineeringNovel tools for biotherapeutics and diagnostics
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Functional vaccine
BACTERIAL VLP BASED VACCINE
� Antigen & monoclonal antibody engineering
� Virus & viral vector construction and characterization
� Work with industrial standards
INNOVATIVE SCAFFOLD DESIGN
Epitopes Capsid protein
Self-assemblyVLP
� Engineered VLP based vaccines
� Tools for RNA and protein vectorization
� Genetic engineering� Host optimization & new
host discovery� Protein design, VLPs,
oligomers � Antibody engineering� USP/DSP & analytical
technologies� Small scale bioreactor
process optimization
� Optimize expression systems through vector and host engineering
� New delivery systems � Combinatory cloning and
screening
• Safer• Highly immunogenic• Lower cost of goods
At a glance Strengths Keywords In-house creativity
MICROBIOLOGY TECHNOLOGY INSTITUTE 16
Preclinical Models and ImagingTranslational models
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Human hepatocyte batches
Liver Mice repopulated with human hepatocytes
� Design, refine, develop and exploit specific microbiota & infectious-based models
� Combining academic innovation & industrial application
� Dedicated team combining microbiology and animal models expertise
� Strong academic and SMEs network
� State-of-the-art equipment
� Animal models� Gnotobiology � Host-microbiota
interactions� Infectious diseases� Microbiology � Cell and molecular biology
in vivo and 3D imaging� Biosafety laboratories
(BSL-1 to 4)� Anaerobic bacterial culture
HEPATOMICS
� Improving hepatocytes batches selection through multi-omics
� Reducing costs and timelines
� Application of the 3Rs
Inter-batches variability
At a glance Strengths Keywords In-house creativity
MICROBIOLOGY TECHNOLOGY INSTITUTE 17
Data Management & Analysis Analyze, secure and share data
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� Advanced technology unit data management & integration
� Partnership with the CNRS/IN2P3 computing center for High Throughout data analysis
� Software developers� Data managers
� Data management & integration
� Multi-parametric analysis
� Data intensive computing
TRANSMART
� Clinical and gene expression data visualization
� Workflow management� Lab information
management system
MULTIOMICS DATA INTEGRATION & VISUALIZATION
DATA ANALYSIS
Lab equipment
Biobank
+
PHENOTYPIC DATA
Medical record
EXPERIMENTALDATA
At a glance Strengths Keywords In-house creativity
MICROBIOLOGY TECHNOLOGY INSTITUTE
Thematic UnitsFighting pathogens, Exploiting microbiota
19
VACCINES
Enhance vaccine’s safety and efficacy
MICROBIOTA
Take full advantage of thehuman microbiota and itscontinuous cross-talk withimmune and neuronal cells
DIAGNOSTICS
Faster, scalable and comprehensive
diagnostics
ANTIMICROBIALS
Overcome hard-to-treat pathogens and multidrug-resistant bacteria
TRANSLATIONAL SCIENCES
Bridging basic discovery with clinical evaluations to support needs of the industry through transdisciplinary projects.
CONFIDENTIAL
MICROBIOLOGY TECHNOLOGY INSTITUTE 20
VaccinesEnhancing vaccine’s efficacy and safety
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� Personalized prediction of vaccine efficacy & safety� Immunogenicity & reactogenicity in specific populations� Antigen design & expression� Antigen production optimization
IN VITRO ENABLING TECHNOLOGIES � Alternative expression systems (yeast, insects, mammalian)� Epitope prediction� Omics� Immunomonitoring
IN VIVO ENABLING TECHNOLOGIES � Predicting immunogenicity, efficacy & safety in animal models
of human diseases
Main target areas
MICROBIOLOGY TECHNOLOGY INSTITUTE 21
AntimicrobialsOvercome hard-to-treat pathogens & MDR bacteria
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ENABLING TECHNOLOGIES� Screening (virtual, phenotypic, target-based, function-based,
competitive-based and in vivo mimicking)� Pre clinical models & imaging� Immuno-profiling� Omics� Data management & analysis
� Identification & characterization of new antimicrobials� Drug combo & synergies� Host-pathogens interactions� Microbiota protection� Bacteriophage/Bacteriocin approaches
*In partnership
Main target areas
MICROBIOLOGY TECHNOLOGY INSTITUTE 22
MicrobiotaTaking full advantage of microbiota
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GUT MICROBIOTA MODULATION: prebiotics, probiotics, symbiotics, commensals, nutraceuticals, phytotherapeutics, drugs, antimicrobials
GUT MICROBIOTA DYSBIOSIS & DISEASES: antibiotic associated diarrhea, IBD/IBS, MICI, colorectal cancer, malnutrition, autism, obesity, etc…
OTHERS MICROBIOTA: lung & airways, skin (cosmetics), vagina (women health), oral cavity and nasal cavity (MRSA)
GUT MICROBIOTA CHARACTERIZATION� Omics (structure, composition, ecological approach)� Predictive models
Main target areas
MICROBIOLOGY TECHNOLOGY INSTITUTE 23
DiagnosticsFaster, scalable and comprehensive diagnostics
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Main target areas
SMART TECHNOLOGY & DEVICES APPLICATION* :� Preanalytics / clinical sample preparation / non invasive sampling� Culture-free detection� Point-of-care / field testing� Imaging methods
*In partnership
BIOMARKER DISCOVERY & CONFIRMATON :� Pathogen identification / Antimicrobial resistance� Virulence factors / Diseases severity� Host (immune) response� Microbiota analysis� Drug response prognosis / Therapeutic monitoring & compliance
INFORMATION TECHNOLOGIES: � (De)centralized computing� Expert systems / software� Multi-parametric data analysis & integration� Clinical Information databases
MICROBIOLOGY TECHNOLOGY INSTITUTE 24
Translational SciencesTransdisciplinary research projects
Main target areas
TRANSLATIONAL RESEARCH:� Mechanistic understanding of natural infections� Identification of pre-clinical tools for the rapid screening of
new therapeutic strategies� Identification of molecular signatures and biomarkers to
evaluate health status and infectious diseases progression
MULTI-THEMATIC PROJECTS :
� Role of microbiota on vaccine/antibiotic efficacy� Predictive biomarkers of drug and vaccine efficacy� Personalized medicine against infectious diseases
ENABLING TECHNOLOGIES:
� Multi-omics analysis (clinical, genomics, transcriptomics, proteomics and metabolomics)
� Multi parametric data analysis� Multi system data integration
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MICROBIOLOGY TECHNOLOGY INSTITUTE
More information at www.bioaster.org
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Contacts:[email protected]
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