Massachusetts General Hospital Researchers Develop Tool for Detecting Lung Cancer from the Metabolites in a Drop of Blood

Researchers say their method can trace ancestry back 100,000 years and could lay groundwork for identifying new genetic markers for diseases that could be used in clinical laboratory tests Cheaper, faster, and more accurate genomic sequencing technologies are deepening scientific knowledge of the human genome. Now, UK researchers at the University of Oxford have used this genomic data to create the largest-ever human family tree, enabling individuals to trace their ancestry back 100,000 years....

Europe Implements New Anatomic Pathology Guidelines to Reduce Nurse Exposure to Formaldehyde and Other Toxic Histology Chemicals

University of Turin study in Italy shows under-vacuum sealing systems reduce exposure to formaldehyde by 75% among nurses handling tissue biopsy specimens during surgery Histology technicians and anatomic pathology (AP) laboratories regularly handle dangerous chemicals such as formaldehyde. They understand the risks exposure brings and take precautions to minimize those risks. However, in operating suites worldwide, nurses assisting surgeons also are being exposed to this nasty chemical....

Research Study Involving Northwestern Medicine and Harvard Indicates that Telomeres Could Be the Next Biomarker Pathologists and Clinical Labs Use to Detect Cancer

Researchers demonstrate that the length of blood telomeres may follow a specific pattern before cancer is detectable, which could lead to new diagnostic tests for detecting cancer in its early stages Pathologists and Clinical pathology laboratories could soon have another tool to aid in the early detection of cancer. New research findings indicate that telomeres could serve as biomarkers for cancer if the right testing is done at the right times. This study was conducted by Northwestern...
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