New 3D printing techniques can make laboratory grown organs more usable.

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3-D-printed organs are just as advanced as their formation, they are still a slow process that can damage tissue. Soon, however, a faster and more efficient method might be available. Researchers at the University of Buffalo and elsewhere have developed a 3D printing technique that is 10 to 50 times faster than the standard method, a tiny synthetic hand (shown above) that takes six hours to print, takes just 19 minutes.

It is sufficient to minimize the รีวิวเกมslotxo deformation and damage of cells from previous systems.This new approach uses a combination of stereolithography with hydrogel, the team was able to quickly and continuously supply the necessary hydrogel solution and maintain the stereolithography "Non-stop" with precise navigation. It's similar to paving a new road just a moment before you drive.

The output is currently limited to the "centimeter" version, but is suitable for printing cells that already have a built-in vein network. This will be critical for the eventual production of human-sized organs. If scientists could scale the process to a full-sized organ and make it suitable for everyday use, hospitals would not have to rely as much on organ donors for life-saving transplants.