Dutch Researchers Investigating Prostate Cancer Discover That a Common Protein Increases Resistance to Therapy in Aggressive Cancer Cells

Study may lead to clinical laboratory involvement in repurposing hormonal treatments to prevent cancer treatment resistance Diagnosing prostate cancer and identifying which patients have aggressive forms of the cancer has been a challenge. But new insights into how aggressive cancers become resistant to drug therapies—and the discovery of a way to repurpose hormonal treatment to block or slow aggressive prostate cancer—may lead to clinical laboratories monitoring the progress of patients’...

Polygenic Scores Show Potential to Predict Humans’ Susceptibility to a Range of Chronic Diseases; New Clinical Laboratory Genetic Tests Could Result from Latest Research

Access to vast banks of genomic data is powering a new wave of assessments and predictions that could offer a glimpse at how genetic variation might impact everything from Alzheimer’s Disease risk to IQ scores Anatomic pathology groups and clinical laboratories have become accustomed to performing genetic tests for diagnosing specific chronic diseases in humans. Thanks to significantly lower costs over just a few years ago, whole-genome sequencing and genetic DNA testing are on the path to...

UK Study Finds Late Diagnosis of Prostate Cancer a Worrisome Trend for UK’s National Health Service

Pathologists around the world will be interested to learn that, for the first time in the UK, prostate cancer has surpassed breast cancer in numbers of deaths annually and nearly 40% of prostate cancer diagnoses occur in stages three and four Early detection of prostate cancer, and the ability to identify its more aggressive forms, are important goals for every nation’s health system. However, a new study in the United Kingdom (UK) will be of interest to all anatomic pathologists handling...

New Super-Sensitive Clinical Lab Test Technology Combines ELISA and Nanotechnology for Simpler, Cheaper and Earlier Detection of Disease

Pathologists and clinical laboratory managers can expect to see new technology translated to a wide variety of diagnostic tests Researchers claim a new diagnostic technology for detecting the HIV virus is 10 times more sensitive than traditional techniques. More remarkable is the fact that this new technology enables analyte detection at very low concentrations with the naked eye! Pathologists and clinical laboratory managers won’t see this technology enter clinical use for some time. That is...

UPMC Pathologists and Researchers Develop Technology That Predicts Prostate Cancer Relapse

New lab test market could open up if research findings lead to a useful clinical laboratory test that predicts prostate cancer recurrence Over the past decade, clinical laboratory tests that can predict the occurrence or recurrence of breast cancer have opened up a profitable market for the companies that developed these technologies. Now, new research may become the basis of a useful medical laboratory test that could be predictive of prostate cancer relapse. Of course, pathologists know that...
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