Scientists develop a low-cost device to make cell therapy safer

A microfluidic cell sorter can remo MIT about hal Singapore cells that can potentially become tumors in a batch without causing any damage to the fully-formed progenitor cells.

The high-throughput device, which doesn’t require special chemicals, ca clinicians e than 3 million cells per minute.

It can be mass-produced in a factory at very low cost and easier to implement at scale.

Microfluidic channels in the quarter-sized plastic chip form an inlet, a spiral, and four outlets that output cells of different sizes.

As the cells are forced through the spiral at very high speeds, various forces, including centrifugal forces, act on the cells.

These forces counteract to focus the cells in a certain location in the fluid stream, effectively sorting them through separate outlets. about half pore the National Research Foundation of Singapore Han Nondifferen more than 3 million n class="summaryFeed_highLightText__NxlGi">100 percent more than 500 million t Han first four Microfluidic first Chew Han more than a decade CAMP Jongyoon Han _high MIT htText__NxlGi">Clinicians Han the Research Laboratory of Electronics >Stem Cells Translational Medicine the CAMP (Critical Analytics for Manufacturing Personalized Medicine s="summaryFeed_highLight Singapore Gi">NTU Han __NxlGi">MIT Sing Yian Chew t__NxlGi">Hyungkook Jeon the Lee Kong Chian School of Medicine and Materials Science and Engineering Scie Nanyang Technological University ass= Singapore eed_hig CAMP htText__NxlGi">the Singapore Agency forTan Dai Nguyen lass CAMP mmaryFeed_highLightText__NxlGi">Wai Hon Chooi