SUPPORTING YOUR RESEARCH WITH CUTTING-EDGE SOLUTIONS

regenHU PROVIDES CUTTING-EDGE BIOPRINTING SOLUTIONS TO ENABLE YOUR SCIENTIFICAL & CLINICAL AMBITIONS

Hundreds of scientific advancements are realized through our solutions

NEWS | EVENTS

Events
25.06.2018 - 29.06.2018
Bordeaux

Summer School

Enhance your knowledge on complex biofabrication of living tissue.

The  Bordeaux Summer School, co-organised by the European Society for Biomaterials and the Society for Biomaterials, wants to promote  international exchange on biomaterials for medical devices and  regenerative medicine.  We’re excited to be part of this first-time  event and share our knowledge and expertise on complex biofabrication of  living tissue.

We invite you  to a practical learning session where you can experience different bioprinting techniques and exchange with our expert. 
>> Complete Summer School Program & Registration

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Events
27.06.2018 - 27.06.2018
University Hospital Basel, Switzerland

Symposium on 3D Printing for Life Sciences 2018

Providing you with a deeper understanding of state-of-the art 3D printing in various disciplines of Life Sciences, this symposium also offers a great opportunity to exchange ideas with dedicated experts.

Join us in Basel where Marc Thurner, regenHU CEO, will share his insights on "Engineering complex bioarchitectures to biomimic nature: A step closer to the development of artificial organs".

Bioprinting Academy

Program & registration

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Partners achievements
08.03.2018
Adolphe Merkle Insitute, University of Fribourg

An electric eel-inspired soft power source from stacked hydrogels

Working on a way to create a flexible bio-battery, researchers at the University of Fribourg used four compositions of hydrogel, and combined them to form a continuous series that mimicked the electric eel’s organized electrocytes anatomy. All hydrogel patterns were printed using a regenHU 3DDiscovery 3D bioprinter, with a custom print plate.

An electric eel inspired soft power source using regenHU bioprinting technology 

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News
03.05.2018
La Télé

Des organes imprimés en 3D

RegenHU développe des imprimantes 3D capables de produire des organes  humains. Nasrat Latif et Thierry Vial reçoivent Marc Thurner, fondateur et directeur de cette société biotech basée dans le canton de Fribourg.

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PRODUCTS

INSTRUMENTS

– 3DDISCOVERY™

– BIOFACTORY™

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BIOMATERIALS

– BIOINK™

– OSTEOINK™

– STARK™

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SOFTWARE

– BioCAM™

– BioCAD™

– BioCUT™

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APPLICATIONS

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PARTNERS ACHIEVMENTS

An electric eel-inspired soft power source from stacked hydrogels

Working on a way to create a flexible bio-battery, researchers at the University of Fribourg used four compositions of hydrogel, and combined them to form a continuous series that mimicked the electric eel’s organized electrocytes anatomy. All hydrogel patterns were printed using a regenHU 3DDiscovery 3D bioprinter, with a custom print plate.

An electric eel inspired soft power source using regenHU bioprinting technology 

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3D printers to create human body parts from scratch

"My research is really awesome, because we're using 3D printers to create human body parts from scratch." PhD candidate in Regenerative Medicine, Department of Orthopaedics, UMC Utrecht 

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SCIENTIFIC PUBLICATIONS

A novel 3D bioprinted flexible and biocompatible hydrogel bioelectronic platform

Author: Shweta Agarwala and Jia Min Lee and Wei Long Ng and Michael Layani and Wai Yee Yeong and Shlomo Magdassi

Abstract: Abstract Bioelectronics platforms are gaining widespread attention as they provide a template to study the interactions between biological species and electronics. Decoding the effect of the electrical signals on the cells and tissues holds the promise for treating the malignant tissue growth, regenerating organs and engineering new-age medical devices. This work is a step forward in this direction, where bio- and electronic materials co-exist on one platform without any need for post processing. We fabricate a freestanding and flexible hydrogel based platform using 3D bioprinting. The fabrication process is simple, easy and provides a flexible route to print materials with preferred shapes, size and spatial orientation. Through the design of interdigitated electrodes and heating coil, the platform can be tailored to print various circuits for different functionalities. The biocompatibility of the printed platform is tested using C2C12 murine myoblasts cell line. Furthermore, normal human dermal fibroblasts (primary cells) are also seeded on the platform to ascertain the compatibility.

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