Australia’s HPV Vaccination Program Could Eliminate Cervical Cancer If Its National HPV Vaccination and Screening Programs Remain on Current Pace

CDC estimates that 92% of cancers caused by HPV could be eliminated in the US if HPV vaccination recommendations in this country are followed Medical laboratories in the United States once processed as many as 55-million Pap tests each year. However, the need for cervical cancer screening tests is diminishing. That’s primarily because the human papilloma virus (HPV) vaccination effectively eliminates new cases of cervical cancer. At least, that’s what’s happening in Australia. When it was...

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...

University of Queensland Researches May Have Found a Universal Biomarker That Identifies Cancer in Various Human Cells in Just 10 Minutes!

This research could lead to a useful liquid biopsy test that would be a powerful new tool for clinical laboratories and anatomic pathologists Cancer researchers have long sought the Holy Grail of diagnostics—a single biomarker that can quickly detect cancer from blood or biopsied tissue. Now, researchers in Australia may have found that treasure. And the preliminary diagnostic test they have developed reportedly can return results in just 10 minutes with 90% accuracy. In a news release,...

University of Queensland Researchers Isolate DNA and RNA with New ‘Dipstick Technology’ That May Allow Medical Laboratory Testing in Extremely Remote Locations such as Jungles

Researchers successfully isolated both plant and human RNA and DNA in the field, demonstrating the potential for their new dipstick technology to identify deadly bacteria, pathogens, and diseases in water, food, and even humans Australian researchers at the University of Queensland (UQ) have developed an intriguing “dipstick” technology that might make it possible to use simple equipment to sequence DNA and RNA in the field. Among the potential applications that will interest clinical...
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