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EU Horizon 2020
BioTrib

BioTrib

Advanced Research Training for the Biotribology of Natural and Artificial Joints in the 21st Century

BioTrib
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  • Home
  • About Us
    • Research Objectives
    • BioTrib AVN
    • State of Implant Research
    • Leading Team
    • Consortium
    • Early Stage Researchers
  • Training
    • Events
    • Events Archive
    • ESR Projects
  • Dissemination
    • Publications
    • Documents
  • Equality and Diversity
    • Action Plan
    • Gender Opportunities Committee
    • Promoting Diversity
  • Videos
    • BioTrib Conversations
    • Outreach Videos
    • Presentations
  • Blog
    • BioTrib
    • Medical Technology
    • STEM News
    • Uncategorised
  • Contact Us

Documents

Public Technical Reports:

D3.1 – Mg-based powder for adequate printing

D3.3 – Quantitative characterisation of AM bearing surfaces

D3.5 – In vitro data on cell biocompatibility and antibacterial properties

D3.7 – Optimised cartilage construct of preliminary assessment

D4.1 – Multi-scale modelling of flow through hierarchical porous cellular structures

D4.4 – Wear model of artificial joints operating in the mixed lubrication regime

D4.5 Development of methodologies to quantify the degradation processes of implant-derived debris in real-time and in situ

D5.1 – Tribological properties of bare and gel-infiltrated fibrous materials

D5.3 – Fissure propagation properties of fibrous membranes

D5.7 – Long Term wear characterisation using a 3 station multi directional pin on disk tribometer of thermoplastic nano composites prototypes

D5.8 – Pre-clinical (in-vitro) biological and biocompatibility responses of the wear

 

Public Reports:

Website-Delivery-BioTrib
 
Supervisor-Training-BioTrib
 
Mid-term Check
 
First Secondment Starts
 
First conference paper presented
 
Final Conference Delivered
 
GOSC Final Report

 

To create a publication or document with reference to BioTrib please download and use the BioTrib Logo Package and Microsoft Powerpoint template.

BioTrib-Logo-PackageDownload
BioTrib-Powerpoint-TemplateDownload

 

The new frontier of printed robots: bones, ligaments, and tendons

3D printing is rapidly advancing, with a significant expansion in the range of available materials. Previously confined to fast-curing polymers,…

Cartilage 101: How your joints prevent you (almost always) from feeling pain

Articular cartilage, found within a flexible joint capsule, contains synovial fluid and the meniscus. The surface prevents stick-and-slip contact under…

Book synopsis: The culture map by Erin Meyer

Header Image: Globe (CC BY 2.0 license). Do you prefer direct criticism or that people adopt a three-positives for one…

The life of a researcher in Latin America

Header Image: Latin American Map (CC BY-SA 4.0) As a Latin American early career researcher, my routine was very different…

From Waste to Wisdom: Navigating Plastic Reduction in the Lab

How many times have we asked ourselves in the lab: how much plastic do we use? Significant groundwork for societal…

Biomechanical Testing of Medical Devices: Translating Lab Results to Real-World Applications

When engaging in discussions about my research, particularly with individuals outside of academia, often within my community, I frequently encounter…

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This project has received funding from the European Union’s
Horizon 2020 research and innovation programme under the
Marie Skłodowska-Curie grant agreement No 956004 🇪🇺

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