Open-source kit for converting low cost FDM 3D printers into a paste and biomaterials 3D printer, including designs, assembly guides, and materials list

A pipeline for the extraction of information about biomaterials from PubMed abstracts into a MongoDB collection

The Device, Experimental scaffolds and medical Device ontology (DEB)

Grasshopper algorithm for FRC-inspired scaffold generation.

This is a teaching toolkit for critical materials research developed for educators in higher design and arts education. With this toolkit, we share our tried and tested activities, which take bio-based design materials and their unique properties as a point of departure, and offer hands-on activities to critically engage in sustainable material …

A forensic ecosystem for biological art production—converting regional waste into high-fidelity pigments, structural media, and substrates via fungal fermentation.

Documentation challenge

Clinical protocols, thermal management guidelines, and regulatory documentation investigating Canalila (Candelilla/Beeswax) matrix formulations as organic plasma substitutes during apheresis.

This repository houses clinical documentation, protocols, and handling guidelines investigating the use of *Apis mellifera* (honey bee) beeswax as a biomaterial substitute for Fresh Frozen Plasma (FFP) during apheresis procedures.

Academic portfolio focused on biomaterials, lignin-based systems, alginate hydrogels, controlled drug delivery, and GitHub documentation practice.

Tension networks using natural fibers as support for 3D printing with earth

This repository houses clinical documentation, protocols, and handling guidelines investigating the use of *Apis mellifera* (honey bee) beeswax as a biomaterial substitute for Fresh Frozen Plasma (FFP) during apheresis procedures.

A library containing all the biopolymer matrix topology analyses published by the Biological Physics Group, (BIP), Peter Debye Institute, University Leipzig.

XGBoost-reproducible ML pipeline for metal-substituted whitlockite biomaterials: in-house MD descriptors (MSD / Lindemann / PMF) -> 5D Pareto screening -> Ni optimum. CFSE-dominant hardness model (Advanced Materials submission).

Computational study of how lattice topology and porosity tune titanium implant stiffness toward bone, biomimetic design for additive manufacturing

Local Streamlit and SQLite cockpit for curating metalloimmunome papers into adjudicated claim records and grant-ready exports.