Japanese Researchers Create Inexpensive Palm-Size Microfilter That Captures Circulating Tumor Cells from Minute Amounts of Blood

Its low cost may advance liquid biopsy cancer testing used by anatomic pathologists and improve outcomes by speeding time to diagnosis and treatment Researchers in Japan say they have created a circulating tumor cell (CTC) detection solution that is inexpensive and easy to run. Such a device would be of huge interest to investors and companies wishing to develop clinical laboratory tests that use circulating tumor cells in the blood to identify patients with cancer. In a proof-of-concept...

University Researchers Develop Microfluidic Device That Partitions Cancer Cells According to Size in Effort to Create a Useful Liquid Biopsy Method

Could a fast, cheap, and accurate liquid biopsy diagnostic cancer test soon be available to clinical laboratories and anatomic pathology groups? What if medical laboratories worldwide could perform a simple liquid biopsy diagnostic test that detected cancer in its various forms? Such a test, if affordable and accurate, would be a boon to histopathology and clinical pathology laboratories. Until now, though, such a test has proven to be elusive. But, researchers at the University of Illinois at...

How DNA Databases Help Investigators Solve Crimes; Will Clinical Laboratories Be Asked to Help?

Studies show consumer genealogy databases are much broader than is generally known. If your cousins are in such a database, it’s likely you are too Recent news stories highlighted crime investigators who used the DNA data in consumer genetic genealogy databases to solve cold cases. Though not widely known, such uses of direct-to-consumer DNA databases is becoming more commonplace, which might eventually lead to requests for clinical laboratories to assist in criminal investigations involving...

University of Michigan Researchers Use “Labyrinth” Chip Design in Clinical Trial to Capture Circulating Tumor Cells of Different Cancer Types

Research goal was to isolate circulating tumor cells in venipuncture samples with improved purity compared to standard spiral chips Many research teams are pursuing the goal of creating assays that detect circulating tumor cells (CTCs) that would allow earlier and more accurate diagnosis of cancer. Now comes news of a unique technology developed at the University of Michigan (U-M) Ann Arbor that showed promised in an early study. The method of using CTCs to diagnose cancer in patients, while...

University of Michigan Study Links Value-Based Care Programs to Lower Readmission Rates and $32 Million in Medicare Savings in 2015; Clinical Laboratories Play Critical Role

Meaningful use, accountable care organizations, and bundled payment initiatives work best together to reduce readmissions, UM research suggests Ever since the Centers for Medicare and Medicaid Services (CMS) implemented the Hospital Readmission Reduction Program (HRRP) in 2012, healthcare organizations all over America have sought to prevent unnecessary hospital readmissions within 30 days of discharge. For some clinical laboratories, this meant performing precise microbiology testing to...
;