A new approach of a starch-based 3D printing ink
3D-printing applied to food systems uses cold or hot extrusion for the most. Also, powder bed concept using laser sintering, and layer deposition are commonly used. This presentation concerns hot …
3D-printing applied to food systems uses cold or hot extrusion for the most. Also, powder bed concept using laser sintering, and layer deposition are commonly used. This presentation concerns hot …
3D printing in hospital pharmacies has transformed pharmaceutical manufacturing and the availability of personalized medicine. This study explores the recent advancements in 3D printing of medicines within a Swedish hospital …
Bioprinting technologies (including extrusion-based, inkjet, and light assisted) have been extensively studied in literature to fabricate three-dimensional constructs for Tissue Engineering applications, including implantation, in vitro modelling, drug screening, and …
PRosPERoS (PRinting PERsonalized orthopaedic implantS) is an Interreg research project within the field of bioactive implants. Developing the smart implant of the future. The Prosperos project aims to develop personalized, …
For the quality of fodder preservation by ensiling, the oxygen level in the fermentation atmosphere is of great importance and determines the type of fermentation and the stability of the …
The development of functional pancreatic in vitro models remains a major challenge in diabetes research. Hydrogel encapsulation systems for native or in vitro-generated islets hamper formation of vasculature that is …
What role will farms play in cellular agriculture and what role can you play in this emerging market? RESPECTfarms wants to enable farmers to create value with cellular agriculture technology …
The 3D bioprinting sector has failed to deliver on its expectations of providing solutions within the regenerative medicine industry. Beyond many publications from this sector, we have none to very …
From fresh, natural ingredients from the farm or source to 3D eating experiences on your plate or shelf. The technology behind each step has been developed by Gastronology. 3D food …
We discuss the potential of nanocellulose in the context of printed electronics, wearable sensors, and a specific showcase: the biodegradable wearable ECG patch. The utilization of nanocellulose as a sustainable …