susana fernandes - europa€¦ · - fisheries (valorization of by-products) - marine aquatic...
TRANSCRIPT
November 22 Ciboure-St-Jean-de-Luz
MARINE RESOURCES VALORIZATION & MARINE INSPIRED MATERIALS
FARNET Seminar
Susana FERNANDES Associate Professor at UPPA/IPREM
CURRENT POSITIONS
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Associate Professor ANR ERC-TREMPLIN Coordinator Chair MANTA Principal Investigator
Guest Researcher FORMAS Coordinator
OUTLINE
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I. INTRODUCTION
II. THE CHAIR MANTA
QUESTIONS
§ Background § Research Interests
§ Circular Economy Opportunity § Aim & Context § Different Sub-Projects § Valorization Marine Resources Project § Impact
2006-20102006-2010
2010-2014
2006-2010
2014-2017
2017-on
2017-on
2009
2006-2010 PhDstudent
2010-2012 Postdoc
2012-2014 AssistantResearcher
2014-2017 AssociateResearcher
2017-2018
AssociateResearcher
Researcher
Marine-basedNanocomposites
BlueBiotechnology
MicrobialMaterials
MarineBio-InspiredMaterials
The French National Research Agency!
MarineBio-InspiredMaterials
CAREER BACKGROUND
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BIOMATERIALS CHEMISTRY BACKGROUND
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RESEARCH INTERESTS
Vision Building as living organisms for a sustainable future
Approach
§ Look at marine systems through the eyes of a Materials scientist
§ Exploit marine-based polymers’ & molecules’ natural structure and functionalities
§ Design & develop multifunctional materials following bio-inspired principles
Aim Solve challenges in cosmetic, packaging & medical industries
MARINE RESOURCES VALORIZATION & MARINE INSPIRED MATERIALS
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CIRCULAR ECONOMY OPPORTUNITY IN THE SOUTHWEST OF FRANCE
Raw Materials
Extraction/Purification
Make (Bio)materials
Human Use
Nature Reuse
HO
sprays
contact lens
composites
films Hydrogels
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OBJECTIVE OF MANTA
Tomimicremarkablephenomenaandhierarchicalstructuresobservedinthe aquatic environment, to design functional and environmentallysustainable (bio)materials based on marine molecules and assess theirimpactonhumanhealthandmarineecosystems
CROSSTALK BLUE & RED BIOTECHNOLOGIES
DIFFERENT SUB-PROJECTS
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§ VALORIZATIONOFMARINEBIOMASS
(Extraction&Purificationbiopolymers&bioactivemolecules)
§ DESIGN&DEVELOPMENTOFMARINEBIO-INSPIREDMATERIALS
(mimicthefunctionality&structureofmarineorganisms)
§ STUDYOFTHEIMPACTONHUMANHEALTH
(tissueprotection®eneration)
§ EVALUATIONOFTHEIMPACTONMARINEENVIRONMENT
(onwater&marineorganisms)
VALORIZATION OF MARINE BIOMASS PROJECT
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MARINE ORGANISMS
Marine Biopolymers Polysaccharides & Proteins
Extraction & Purification Methods
Bioactive agents
Extraction & Purification Methods
§ ChemicalHydrolysis§ EnzymaticHydrolysis§ Ultrasound§ Electricdischarge
VALORIZATION OF MARINE BIOMASS PROJECT
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MARINE ORGANISMS
Marine Biopolymers Polysaccharides & Proteins
Extraction & Purification Methods
Bioactive agents
Extraction & Purification Methods
HyaluronicAcidVitreoushumortunaeyeballs
(Nano)ChitinCrab&shrimpChitosanCollagenFishskin
Polyanionic
Neutral
Polycationic
§ ChemicalHydrolysis§ EnzymaticHydrolysis§ Ultrasound§ Electricdischarge
VALORIZATION OF MARINE BIOMASS PROJECT
MARINE ORGANISMS
Marine Biopolymers Polysaccharides & Proteins
Extraction & Purification Methods
Bioactive agents
Extraction & Purification Methods
MycosporinesRedalgae
HO
Cyclohexenone or Cyclohexenimine ring
§ ChemicalHydrolysis§ EnzymaticHydrolysis§ Ultrasound§ Electricdischarge
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HyaluronicAcidVitreoushumortunaeyeballs
(Nano)ChitinCrab&shrimpChitosanCollagenFishskin
Polyanionic
Neutral
Polycationic
VALORIZATION OF MARINE BIOMASS PROJECT
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MARINE ORGANISMS
Marine Biopolymers Polysaccharides & Proteins
Extraction & Purification Methods
Bioactive agents
Extraction & Purification Methods
HyaluronicAcidVitreoushumortunaeyeballs
(Nano)ChitinCrab&shrimpChitosanCollagenFishskin
AlginateBrownalgae
Polyanionic
Neutral
Polycationic
MycosporinesRedalgae
HO
Cyclohexenone or Cyclohexenimine ring
PROPERTIES§ BIODEGRADABLE§ NON-TOXIC§ BIOCOMPATIBLE§ CHEMICALFUNCTIONALITY§ BIOLOGICALACTIVITY(ANTIMICROBIAL,ETC)§ MECHANICALPROPERTIES§ OPTICALPROPERTIES(UV-ABSORPTION,TRANSPARENCY)
§ ChemicalHydrolysis§ EnzymaticHydrolysis§ Ultrasound§ Electricdischarge
APPLICATIONS
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MARINE-BASED POLYMERIC MATERIALS
Hydrogels (Nano)Composites 3D porous scaffolds Films
§ Cosmetic§ Biomedical§ Packaging§ Coatings§ Watertreatment
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IMPACT ON 4 BLUE ECONOMY SECTORS
MARINE RENEWABLE RESOURCES
valorization
Biomaterials
Bio-inspired Bio-mimetic Bio-based
BIONANOCOMPOSITE
MATERIALS
process
BIOACTIVE POLYSACCHARIDE-BASED MATERIALS
functionalization
Fisheries&FishermenBlueBiotechnology
CoastalProtectionMarineAquaticProducts
Winereef Lab
EXPECTED RESULTS & POTENTIAL IMPACT
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ü The Chair will open new opportunities in 4 individual sectors of the Local,NationalandInternationalBlueEconomy: -CoastalProtection(novelbiodegradableandeco-friendlysunscreens) -BlueBiotechnology(explorationandexploitationofmarineresources) -Fisheries(valorizationofby-products) -MarineAquaticProducts(newcommerciallyattractiveproducts)
ü TheChairwillcreateopportunitiesfornewjobs,smallcompaniesandstart-ups,
anddevelopmentofNetworks(national,European)
ü The Chair will lead to a new generation of sunscreens and UV-protectivebiomaterialswhichovercomestheircurrentperformancelimitationsintermsofHumanandEnvironmentProtection
ü TheChairwillbringnewscientificknowledgeontheeffectofemergentmarine-basedproductsonhumanhealthandenvironment
PARTNERS & FUNDING
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Winereef Lab
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FRAMEWORKOFTHEPROJECT
DLAL(DéveloppementLocalmenéparlesActeursLocaux)programoftheEuropeanMaritimeandFisheriesFund,ledbytheCIDPMEM64-40
PARTNERS & FUNDING
