- Enjoying the path to destination.....more to learn, to watch & admire. 1 month ago
- @MyntraSupport But tell me how MRP got changed ?eEarlier it was different then today🤔 2 months ago
- @myntra it ws priced. 9999 the other day but today huhh.Part of your business. https://t.co/73YYQhI1E0 2 months ago
- 'Hell is Here': It needs attention not award.#WestBengal #LossOfHumanity @MamataOfficial firstpost.com/india/hell-is-…. . 2 months ago
- @ArvindKejriwal Well said.Burning in other states doesn't create pollution at all ? Huhhh think of permanent solution. 2 months ago
Engineering the Life
Synthetic Red Blood Cells
May 18, 2011Posted by on
University of North Carolina-Chapel Hill have reached a tremendous achievement by developing particles that simulate the red blood cells in shape, size, and flexibility.
Using a fabrication process called Particle Replication in Non-wetting Templates, or PRINT, 6 μm hydrogel discs are produced that can circulate through the body for 93 hours before they are excreted, compared to about 3 hours for the stiffer particles that are currently being researched.
Tests on the new discovery isn’t finished yet, the ability to perform the functions such as transporting oxygen or carrying therapeutic drugs is still haven’t finished, and the new discovery do not remain in the cardiovascular system as long as real red blood cells.
The new discovery could also lead to more effective treatments for life threatening medical conditions such as cancer.
Blood vessels for Lab Grown Tissues
Rice University and Baylor College of Medicine have grew and controlled the system of capillaries on a plastic matrix which isn’t toxic.
They modified polyethylene glycol (PEG), a common ingredient found in printer ink and toothpaste, to resemble the body’s extracelluar matrix. Growth factors derived from platelets were added to human umbilical cells, and the cells were then added to PEG that had been exposed to UV light.
When these new vascular networks were tested in corneas of mice, the blood flood normally in the new capillaries.
The importance of that discovery that flowing of blood supply to tissue structures could lead to new lab-grown tissue implants that was blocking the fabricating of human tissue blocks, artificial kidney cells, sight-restoring bio-synthetic corneas and more.