China3D printingNet December 17, Sweden3D bioprintingMachine manufacturer CELLINK announced a strategic cooperation with Made In Space, an expert in microgravity manufacturing.
The purpose of this cooperation is to determine for the International Space Station (ISS) and future non-international platformsbiology3D printingDevelopment opportunities. The results of such projects are expected to have a realistic impact on drug screening and cancer research on the planet.
“CELLINK’s unwavering commitment to cutting-edge innovation, a wide range of technology portfolios, and a world-class team of scientists and engineers support the U.S. space program,” said Erik Gatenholm, co-founder and CEO of CELLINK.
“We are very happy to work with partners in space to improve bioprinting technology that can support and enhance future missions in space and space exploration.”
The future of regenerative medicine
CELLINK develops and sells a series of3D bioprintingThe machine includes a dual-extrusion INKREDIBLE system, a three-nozzle BIO X and an SLA-based HolographX developed by San Francisco biotechnology company Prellis Biologics. Within this scope, the company provides global laboratories with tools for creating 3D cell cultures, which can be used for drug testing and basic tissue engineering experiments. Its recent work includes establishing a cooperative relationship with the French regenerative medicine research and development company CTI BIOTECH, which is using the CELLINK system to create tumor tissue models to study new cancer treatments. The company has also established machine supply partnerships with various academic institutions including the University of Gothenburg, Rice University’s Biomaterials Laboratory and Harvard Medical School.
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Microscopic for encapsulating cells3D printingstructure. Picture from Prellis Biologics
In cooperation with the Swedish National Space Agency and Uppsala University, CELLINK also launched a sub-orbital flight3D bioprintingStem cells. These cells will be carried on the MASER 14 vehicle in June 2019, and are currently being studied on the viability, proliferation, differentiation and functional properties of the same cells on Earth.
Space3D bioprinting
The partnership between CELLINK and Made In Space marks the company’s3D bioprintingThe overall commitment of the ISS has contributed to the growth of knowledge reserves on the International Space Station.
Russian3D bioprintingThe solution put it in December 20183D bioprintingTool Organ-Avt was sent to ISS. The 3D BioFabrication Facility (BFF) of nScrypt and Techshot also debuted in July this year. At the beginning of 2019, the European Space Agency (ESA) and the University Hospitals of the Technical University of Dresden (TUD) also proved that they are in a space-like environment3D printingThe capacity of biological matter.
Since 2014, “Made in Space” has had an extrusion-based3D printingmachine.
The original Space Manufacturing Additive Manufacturing Facility (AMF) is now on the International Space Station
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