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Inside Precision Medicine Revolutionary Tau Biomarker Maps Alzheimer’s Disease Progression

Molecular biomarker

Image showing pathological phosphorylation (yellow) of Tau proteins (red-orange) leads to disintegration of microtubuli in the neuron axon an aggregation of the tau proteins. The transport of synaptic vesicles (orange-blue) is interrupted. This is just part of the disease pathology seen in a single cell map of the Alzheimer's disease brain.
Molecular Dx

Revolutionary Tau Biomarker Maps Alzheimer’s Disease Progression

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Woman with depression with head in hands
News & Features

Circular RNA Biomarkers Predict Patient Response to Clinical Depression Drug Sertraline

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Scientific illustration of a migrating breast cancer cell - 3d illustration
Molecular Dx

GC Genome Corp. Releases Results on Liquid Biopsy Study

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Cancer cells on dna stand background. 3d illustration
Molecular Dx

How Can ctDNA Analysis Accelerate Oncology Trials?

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Pancreas
News & Features

Biomarkers ID Risk of Pancreatic Cysts Developing into Cancer

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Human interferon alpha molecule
News & Features

C-Reactive Protein Reduces Immune Response in Most Common Form of Lupus

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Antibodies responding to COVID-19 coronavirus, illustration
Coronavirus

New COVID-19 Testing Method Can Potentially Catch Infections Just Hours after Exposure

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cancer-associated fibroblasts
Molecular Dx

Head and Neck Cancer Patients Need Two Tests for Optimal Treatment

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Bio-Rad Laboratories’ QX600 with cancer background
News & Features

Ultra-Sensitive, Multiplexed Molecular Detection for Biomarker Research

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brain
News & Features

Biomarkers Found to Predict Traumatic Brain Injury Outcomes

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