Illumina's genetic sequencing technology will look for genetic material from tumor cells in peoples' blood long before they have any evidence of cancer.
California-Based Company Launches �Liquid Biopsy� to Detect Cancer DNA in Healthy People
Pathway Genomics screening test will look at 96 genetic markers associated with major cancer types such as breast, ovarian, lung, colon and melanoma.
Pathway Genomics screening test will look at 96 genetic markers associated with major cancer types such as breast, ovarian, lung, colon and melanoma.
‘Illumina, a genome sequencing company, is launching a new company that will develop and market a test to detect genetic evidence of cancer in the blood.’
Grail's test will use Illumina's DNA sequencing technology to scan for bits of cancer genes originating in tumors and circulating in the bloodstream. The hope is to detect many types of newly forming tumors, which could be treated at an earlier stage to increase the chances of survival. Illumina Chief Executive, Jay Flatley, who will serve as Chairman of Grail, said, "We hope today is a turning point in the war on cancer. By enabling the early detection of cancer in asymptomatic individuals through a simple blood screen, we aim to massively decrease cancer mortality by detecting the disease at a curable stage."
Source-Medindia
New Blood Test May Detect Success of Cancer Treatments and Relapse in Cancer Patients
World’s first breakthrough discovery on detecting success of cancer treatment and cancer relapse in patients could fast-track existing cancer treatments.
World’s first breakthrough discovery on detecting success of cancer treatment and cancer relapse in patients could fast-track existing cancer treatments.
Pancreas Cancer Liquid Biopsy Flows from Blood-Borne Packets
Conducting biopsies during treatment would more closely monitor therapy success or failure and help researchers better understand how the cancer genome evolves.
Conducting biopsies during treatment would more closely monitor therapy success or failure and help researchers better understand how the cancer genome evolves.
Nanotech Sensor That Measures MicroRNAs in Blood Could Speed Cancer Detection
The ultrasensitive microRNA sensor holds promise for the design of new diagnostic strategies for the prognosis and treatment of pancreatic and other cancers.
The ultrasensitive microRNA sensor holds promise for the design of new diagnostic strategies for the prognosis and treatment of pancreatic and other cancers.
