Mount Sinai Researchers Identify Blood RNA Biomarkers for Alzheimer’s Detection
The study highlights the role of brain-derived nanoparticles in identifying the disease through minimally invasive testing.
The study highlights the role of brain-derived nanoparticles in identifying the disease through minimally invasive testing.
Lucent Diagnostics and Tempus AI have partnered to integrate blood-based Alzheimer’s biomarker testing into clinical workflows, aiming to expand access and improve detection accuracy for neurologists.
Researchers at the University of East Anglia report that gut-derived blood markers may help detect early cognitive decline before symptoms, according to findings published in Gut Microbes.
The test identifies carriers of a genetic variant found in up to 60% of Alzheimer’s patients, helping clinicians triage patients and guide treatment decisions.
Read MoreWashington University researchers have developed a blood test using p-tau217 protein levels to predict Alzheimer’s symptom onset within three to four years.
Read MoreThe collaboration will expand access to Alzheimer’s biomarker testing through mobile delivery to community centers, churches, and senior centers nationwide.
Read MoreThe test uses five biomarkers and proprietary technology to detect amyloid brain plaques in patients with cognitive symptoms.
Read MoreThe Elecsys pTau-181 test helps primary care clinicians rule out Alzheimer’s disease in symptomatic patients aged 55 and older.
Read MoreCircular Genomics has secured exclusive rights from Washington University and Max Delbrück Center to develop a blood-based Alzheimer’s test using circular RNA biomarkers.
Read MoreA large-scale international trial is evaluating a finger prick blood test for Alzheimer’s, analyzing three protein biomarkers as a potential alternative to PET scans and lumbar punctures.
Read MoreResearch finds lysophosphatidylcholines either promote or protect against disease depending on APOE ε4 gene status, with implications for personalized treatments.
Read MoreStudy using pTau217 assay finds more than one in 10 adults over age 70 may be eligible for treatments to slow cognitive decline.
Read MoreLicensing agreement will integrate ALZpath’s pTau217 antibody into Siemens’ Atellica analyzer test menu for IVD Alzheimer’s diagnostics.
Read MoreA longitudinal study finds blood-based biomarkers more sensitive than PET scans in detecting obesity’s impact on Alzheimer’s pathology.
Read MoreNew cross-trial analysis supports the biomarker’s potential to predict clinical benefit, reinforcing biomarker-driven trial designs.
Read MoreThe financing will accelerate clinical validation and commercial readiness of brain-derived blood biomarkers based on circular RNA technology.
Read MoreThe collaboration aims to make home-based Alzheimer’s biomarker testing more accessible through virtually painless blood collection technology.
Read MoreResearchers say the digital assessment improves early identification of patients likely to benefit from blood biomarker testing for Alzheimer’s disease.
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