Transplantacija organa, tkiva i stanica ima golem potencijal za spašavanje i poboljšavanje života. Projekti koje sufinancira Europska komisija kroz drugi zdravstveni program EU-a pomažu poboljšati sustav transplantacije, potaknuti pribavljanje organa kako bi se zadovoljila potražnja, podići stan...
Blood, tissues, cells and organs are used in a variety of medical therapies. Treatments based on these substances of human origin (SoHO) save lives (e.g. blood transfusion in case of trauma), improve the quality of life (e.g. kidney transplants), and even help create life (gametes and in vitro f...
The European Union legislation on blood and tissues and cells aims to safeguard public health by setting clear standards for quality and safety. The legislation on blood comprises Directive 2002/98/EC and implementing (technical) Directives 2004/33/EC as amended, 2005/61/EC, 2005/62/EC and 2009/...
Produire des versions miniatures des principaux organes peut sembler relever de la science-fiction; cependant, grâce aux évolutions technologiques en matière de cellules souches et en bio-ingénierie, les scientifiques sont désormais capables de cultiver un amas de cellules et de produire des org...
Producing miniature versions of organs in a dish may sound like science-fiction, but thanks to advances in stem cell technology and bioengineering scientists are now able to artificially grow a mass of cells into organoids with similar properties to organs. Organoids represent cells grown in spe...
It is 2040. Most human organs and tissues can be replaced. The majority of organs and tissues are bio-printed, produced by additive manufacturing or breeding (e.g. organoids). Human organ or tissue replacement is accessible and affordable for all European citizens so that the average life expect...
