You are here: Home / Procedures & Technology / Tiny Sensor Detects Cancer Cells Through Multiple Channels at The Same...
“While microfluidic devices that can help detect disease biomarkers can get pretty small, they often require a microscope to read the results, negating the size advantage. Researchers at Georgia Tech have developed an electronic sensor that can detect cancer cells flowing through many channels of a microfluidic device simultaneously. The ability to use a single electronic signal to spot more than one cell at a time across the different channels was possible by borrowing data encoding techniques from CDMA, the data transmission alternative to GSM that’s used by Verizon and Sprint for cell phones on their networks in the U.S.”
Read the full article: Tiny Sensor Detects Cancer Cells Through Multiple Channels at The Same Time
Recent Posts
- The American Health Council Appoints Dr. James Bashkin, D.Phil. to the Physician Board March 31, 2020
- The American Health Council Appoints Dr. Robert W. Letton, MD to the Physician Board March 19, 2020
- The American Health Council Appoints Dr. Akwasi Adjei to the Industry Board January 17, 2020
- The American Health Council Appoints Dr. Nelson Leung to the Physician Board January 17, 2020
- The American Health Council Appoints Ms. Karie Soost to the Physician Board January 17, 2020
- The American Health Council Appoints Mr. Gregory King to the Industry Board January 17, 2020
