New technology to improve cancer detection and treatment
“Researchers from the University of Technology Sydney have developed a new device that [MORE]
Inexpensive filter captures tumor
“Researchers at Kumamoto University in Japan have designed an inexpensive and convenient filter that can isolate circulating [MORE]
3D-printed cell trap isolates tumor cells in blood sample
Engineers at Georgia Tech and Emory University report using 3D printing “to [MORE]
Blood testing for CTCs
The prostate specific antigen test that is widely used to detect prostate cancer is famously inaccurate. For [MORE]
Panchapakesan Lab on a Chip captures CTCs
“Researchers at Worcester Polytechnic Institute (WPI) have developed a chip made of carbon nanotubes [MORE]
Microfluidics chemo efficacy testing device
Rutgers University engineers have developed a microfluidics device that not only has a 95% accuracy in [MORE]
Noninvasive cytophone detects melanoma
University of Arkansas Medical School researchers have developed a device that can detect and kill melanoma cells [MORE]
HydroSeq CTC Chip
“Engineers at the University of Michigan have developed a high speed microfluidic chip that can separate circulating tumor [MORE]
Cancer cell microfluidic device
Much of the enthusiasm for liquid biopsy in cancer research comes from knowing there are circulating tumor [MORE]
3D printer makes biosensors to detect breast cancer protein in blood.
University scientists in Connecticut have built a microfluidics device that [MORE]
Liquid biopsy
Several advanced diagnostics for circulating tumor cells exist—such as single cell qPCR, digital PCR and RNA sequencing—but limiting their [MORE]
PC3 prostate cancer cell
Chinese engineers have used a common frosted glass microscope slide as the basis for an inexpensive diagnostic [MORE]
Magnetized wire captures tumor cells
Stanford University bioengineers have designed a method for capturing circulating tumor cells in the blood stream. Their approach [MORE]
Microfluidics
Circulating tumor cells, captured in microfluidic devices, die off in a few hours; so means of preserving them is a [MORE]