For some time now, scientists have been able to create artificial blood in labs, however it was just recently that they found a way to produce it on a larger scale.
According to BBC, a team of researchers at the University of Bristol and NHS Blood and Transplant found that if stem cells are trapped at an early stage of development, they're able to "grow in number indefinitely." When this is done, it's said that the cells become "immortal" in a sense, as researchers are able to "trigger them to become red blood cells."
As creating this artificial blood is costly and is still in the development process, it's likely that it will be produced for rare blood types specifically, as these are donated far less frequently and are therefore in higher demand.
Mass-Produced Artificial Blood
Researchers Discovered a New Way to Manufacture Rare Blood
Trend Themes
1. Mass-produced Artificial Blood - Advancement of technology in blood manufacturing will increasingly solve the need of rare blood types on a larger scale.
2. Stem Cell Technology - Further research and development of stem cell technologies could provide disruptive innovations to the healthcare industry in creating new therapies and treatments.
3. Affordable Healthcare Solutions - The production of artificial blood on a larger scale can pave the way for the development of more cost-effective healthcare solutions for patients of rare blood types.
Industry Implications
1. Healthcare - The new development of mass-produced artificial blood has significant potential to transform the healthcare sector in terms of treatment of blood disorders and availability of rare blood types.
2. Pharmaceutical - The advancement of stem cell technology in blood manufacturing offers the pharmaceutical industry an opportunity to create new products and therapies.
3. Biotechnology - The discovery of a new way to manufacture rare blood through stem cells presents a disruptive innovation opportunity in the biotechnology industry to create more efficient and sustainable methods of blood production.