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We aim to champion initiatives that enhance awareness regarding the environmental impact of our research and the operations of the European Society for Biomaterials. Our goal is to minimise environmental damage while maintaining a commitment to high-quality research aimed at advancing human health, as opposed to just maintaining research at a high level.

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Testimonials for European Society for Biomaterials

Video of Riccardo Levato (Jean Leray award 2021).

ESBiomaterials Picture Contest

Review in details out last winner for ESB internal picture contest.
Application Scientific Image Competition

First and Last Name: Niels Willemen
Student/PhD/Postdoc: PhD student
Institute: University of Twente
Department: Leijten Lab
Group leader: Jeroen Leijten
A Colourful Cuddle
In this experiment, human mesenchymal stem cells (stained with phalloidin) and cell-adhesive microgels (stained with ATTO565 (red) and FITC (green)) self-assembled into a living microtissue. The properties of these cell-adhesive microgels are both physically and chemically tuneable. Moreover, the cell-adhesive microgels are able to direct the behaviour of the cells, for example by influencing cell fate by microgel stiffness.
Instrument used to produce the image: Zeiss LSM880


ESBiomaterials Member highlight

In this section you will see a different ESB member each time the page is loaded.

Arezoo DADASHZADEH

Arezoo DADASHZADEH; Belgium
Université catholique de Louvain

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Biography
I earned my Ph.D. in Pharmaceutical and Biomedical Sciences from the Université Catholique de Louvain (UCLouvain) in April 2024, where I explored groundbreaking advancements in biomaterials, tissue engineering, nanoparticles, and regenerative medicine. My academic foundation includes dual bachelor’s degrees in Biomaterials and Biomechanical Engineering and a master’s degree in Tissue Engineering. Throughout my career, I have been passionate about developing bioengineered structures that replicate the functionality of native tissues. During my Ph.D., I designed and synthesized biomaterials, including PEGylated fibrin hydrogels, to closely mimic the mechanical properties of human tissues. This work laid the groundwork for innovative approaches in ovarian tissue engineering, supporting the survival and growth of human preantral follicles in vitro. Building on these findings, my postdoctoral research focuses on in vivo studies to evaluate the safety and efficacy of PEGylated fibrin hydrogels for follicle encapsulation—critical steps toward clinical applications in fertility preservation. Beyond my primary research, I have contributed to multidisciplinary projects, including photodynamic therapy for cancer cell eradication, essential oil-loaded nanoparticles, silk-based hydrogels, and 3D tumor model fabrication. These experiences have enriched my expertise across tissue engineering, biomaterials, and cancer therapy. Looking ahead, I aim to continue bridging biomaterials and regenerative medicine, focusing on designing advanced scaffolds and therapeutic platforms that address pressing clinical needs. My journey is driven by a desire to translate innovative research into tangible solutions that improve human health and quality of life.

Expertise
Throughout my academic journey, I have cultivated expertise in ovary tissue engineering, oxygen-releasing biomaterials, biocompatible hydrogels, nanoparticles, wound healing, and mathematical modeling. My skill set includes a broad array of advanced characterization techniques, such as cellular and molecular evaluations, electron microscopy (SEM and TEM), histochemical and immunohistochemical analysis, dynamic light scattering, atomic force microscopy, confocal and light-sheet microscopy, and fluorescence-activated cell sorting. During my undergraduate and graduate studies, I explored innovative solutions including optimizing nozzle designs, and developed a novel wound dressing by incorporating niosomal aloe vera within a hybrid hydrogel structure. During my Ph.D., I had the privilege of working with Prof. Christiani Amorim’s group, where I applied mathematical modeling to replicate the mechanical properties of the human ovarian cortex, creating a supportive environment for isolated ovarian follicles and stromal cells. I also utilized a microfluidic bioprinter to fabricate a 3D oxygen-releasing scaffold for ovary tissue engineering. In addition to my core research, I have collaborated on multidisciplinary projects, broadening my expertise and contributing to advancements in biomaterials and regenerative medicine. My work reflects a commitment to addressing complex challenges with innovative and practical solutions.
Publications
https://scholar.google.com/citations?user=_HOlizIAAAAJ&hl=en&oi=ao

ESBiomaterials fresh news

Last news published by our network.
FEMS and ESB Sign Memorandum of Understanding to Strengthen Collaboration

FEMS and ESB Sign Memorandum of Understanding to Strengthen Collaboration

The Federation of European Materials Societies (FEMS) and the European Society for Biomaterials (ESB) have formalized their collaboration by signing a Memorandum of Understanding (MoU). This agreement marks an important step towards fostering synergies between the two societies, encouraging cross-disciplinary research, and promoting joint activities that benefit their respective communities!

More details here: FEMS-ESB MoU_Press release

 

ESB & EORS Upcoming Webinar, 11 April 2025, 15:00-16:00 (CET)

ESB & EORS Upcoming Webinar, 11 April 2025, 15:00-16:00 (CET)

Don't miss the next ESB Webinar, organized in collaboration with EORS!
Register via email: webinar@eors.info
Join the webinar: here

Save the date and join us for an insightful session!

Please be aware that numerous phishing attempts targeting our members have been reported. The ESB, its council, and representatives will never request personal information (such as passwords) or financial assistance. If you receive any suspicious messages, please do not respond and report them immediately at communicationofficer@esbiomaterials.eu

ESBiomaterials Educational Affiliates

Discover our affiliates.
Biomaterials and Tissue Engineering Society (Turkey)

Biomaterials and Tissue Engineering Society (Turkey)http://www.biyomalzeme.org.tr

Hellenic Society for Biomaterials

Hellenic Society for Biomaterialshttp://www.biomaterials.org.gr

Netherlands Society for Biomaterials and Tissue Engineering (NBTE)

Netherlands Society for Biomaterials and Tissue Engineering (NBTE)http://www.nbte.nl

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German Society for Biomaterialshttp://www.dgbm.org

Polish Society for Biomaterials

Polish Society for Biomaterialshttp://www.biomat.krakow.pl

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Scandinavian Society for Biomaterialshttp://www.scsb.eu

Italian Society for Biomaterials

Italian Society for Biomaterialshttp://www.biomateriali.org

SSBRM

SSBRMhttps://ssbrm.ch

UK Society for Biomaterials

UK Society for Biomaterialshttp://www.uksb.org.uk

Iberian Society for Biomaterials & Biomechanics

Iberian Society for Biomaterials & Biomechanicshttp://www.e-sibb.org

BIOMAT (French Society for Biomaterials)

BIOMAT (French Society for Biomaterials)http://www.biomatfrance.com/

Romanian Society for Biomaterials

Romanian Society for Biomaterialshttp://www.srb.ro/?language=1

ESBiomaterials Industrial partners

Discover our partners.
Research Instutute Davos

Research Instutute Davoshttps://www.aofoundation.org

Baltic Biomaterials Centre of Excellence

Baltic Biomaterials Centre of Excellencehttps://bbcentre.eu

BIOINX

BIOINXhttps://bioinx.com

Biomedical Boundings

Biomedical Boundingshttps://www.biomedicalbonding.com

Bruker

Brukerhttps://www.bruker.com

CSEM

CSEMhttps://www.csem.ch

Exabone

Exabonehttps://www.exabone.com

Expercy

Expercyhttps://expercy.com

Fibrothelium

Fibrotheliumhttps://www.fibrothelium.com

Fluidnatek

Fluidnatekhttps://fluidnatek.com

Jellagen

Jellagenhttps://jellagen.co.uk

Journal of Materials Chemistry B

Journal of Materials Chemistry Bhttps://www.rsc.org

Merck

Merckhttps://www.merckgroup.com

Metatissue

Metatissuehttps://metatissue.com

Optics 11 Life

Optics 11 Lifehttps://www.optics11life.com

Polbionica

Polbionicahttps://polbionica.com/en

Readily 3D

Readily 3Dhttps://readily3d.com/

Regemat 3D

Regemat 3Dhttps://www.regemat3d.com

Regenhu

Regenhuhttps://www.regenhu.com

Rheolution

Rheolutionhttps://rheolution.com

Risystem

Risystemhttps://risystem.com

Scanco Medical

Scanco Medicalhttps://www.scanco.ch

Sparthamedical

Sparthamedicalhttps://sparthamedical.eu

Tissue Labs

Tissue Labshttps://www.tissuelabs.com

Upnano

Upnanohttps://www.upnano.com

WBC 2024

WBC 2024https://wbc2024.com

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Wileyhttps://onlinelibrary.wiley.com/