Bio-M&F

Bio -materials

Bio -fabrication

Our research group for biomaterials and biofabrication is led by Dr. Aurelien Forget. We are located in the Albert-Ludwigs-Universität Freiburg at the Institute for Macromolecular Chemistry

Our research focuses on developing biomedical applications for seaweed phytocolloids. We have built extensive expertise on hydrogel-forming polysaccharides that are extracted from macroalgae. This knowledge allows us to find solutions for the purification, chemical modification, and processing of these materials into innovative products. While doing this we are furthering our fundamental understanding of the hydrogel formation principle of natural polysaccharides.

See our research and publication section. to find out more about our work.

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Biofabrication Textbook

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The term biofabrication is defined as the automated generation of biologically functional products with structural organization. Combining cells with biomaterials, biofabrication consists of using industrial methods to combine cells with biomaterials. This book covers the different strategies and established techniques to create artificial living tissues. By providing an overview of the whole biofabrication development process, including design phase, manufacturing, and evaluation of the resulting product it is the perfect support for the classroom. This book enables students to jump into the field of biofabrication by covering all the aspects of this highly active field of science at the intersection of cell biology, molecular biology, engineering, materials science, and chemistry.

Unique textbook on biofabrication.
Explains the different manufacturing techniques used to make artificial tissues.
Includes exercises for students to test their knowledge.

Card Game

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Check out the first and only card game to learn quickly free radical polymerization principles

Research projects

From the sea to the clinic

Fueled by a passion for marine polysaccharides we are focusing on finding high-added-value applications for these fascinating materials. How they form hydrogels, how we can purify them and processed them into successful biomedical applications.

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Polysaccharides purification

Extracting polysaccharides from crude fraction and purification into sterile non-pyrogenic materials.

Hydrogel properties

Using analytical methods we investigate the fundamental principles of hydrogel formation mechanisms.

Chemical modification

Using novel chemistries we modify natural polysaccharides to extend their range of application.

Polysaccharides processing

We are using the whole arsenal of biofabrication techniques to create new hydrogel processing methods.

Biomedical applications

From medical devices to tissue engineering we are interested in finding biomaterials-based solutions to current biomedical challenges.

LIST OF PUBLICATION

Offered Courses

Classes offered at the Institute for Macromolecular Chemistry

Methods and concepts in biofabrication

LECTURE

The term biofabrication is defined as the automated generation of biologically functional products with structural organization from living cells and biomaterials through assembly and subsequent tissue maturation processes. This course covers the different biomaterials based strategies used to create artificial living tissues, and the participants will learn the basic techniques and skills required to comprehend this highly active field of science. Participants will be graded on a project presentation. This group presentation will be developed during the weekly workshops where the required soft skills to deliver professional, scientific presentations will be covered

Course Materials on ILIAS

Methods for Applications of polymers in Life Sciences

The implementation of materials in life sciences requires a multidisciplinary skill set. This series of lab modules will cover the synthesis, characterization and application of synthetic and natural biodegradable polymers for drug delivery, cell delivery and cell targeted therapies. The participants will be exposed to specific analytical techniques and characterization methods such as dynamic light scattering, atomic force microscopy, scanning electron microscopy, cell culture, fluorescent and light microscopy and rheology, that are critical for biomaterials research.

Course Materials on ILIAS

MC01 Introduction to polymer - Tutorials

Tutorials for the Macromolecular Chemistry 1 lecture. Exercises to assimilate the concepts and formula learned during the lecture are proposed and discussed in class.

Tutorials materials on ILIAS

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