Researchers at CeMM and the Ludwig Boltzmann Institute have developed AI-based “tissue clocks” that estimate organ-specific biological age from blood samples, potentially improving chronic disease monitoring, according to a Nature Medicine study.
The company showcased its latest automation and informatics platforms designed to improve laboratory efficiency and diagnostic accuracy.
Proscia’s Concentriq AP-Dx digital pathology platform has received FDA 510(k) clearance for compatibility with the Leica Aperio GT 450 DX scanner and a Predetermined Change Control Plan to streamline future updates.
The company says its US business combines automated kit manufacturing, fulfillment, sample logistics, and digital workflow technology into a single diagnostic testing platform.
The research-use-only platform combines imaging, software, and multiplex protein analysis into a standard 96-well workflow designed to simplify biomarker research.
Research presented at ADLM 2026 indicates immunoassays may significantly underestimate HbA1c in patients with sickle cell trait, suggesting HPLC offers more reliable diabetes screening for populations with hemoglobin variants.
The assay is designed to detect minimal residual disease with greater sensitivity than conventional flow cytometry.
Ozelle has introduced the O-Cyte 1, an AI-powered hematology analyzer with image-based morphology, at ADLM 2026. The system processes up to 360 tests per hour and is designed to improve lab efficiency, according to the company.
USC researchers report that two blood tests, Lumipulse G p-tau217/β-Amyloid 1-42 and PrecivityAD2, can accurately detect Alzheimer’s pathology in patients with Down syndrome.
SCIEX has launched the ExionLC MD system and updated SCIEX OS software, featuring workflow automation and high-performance UHPLC, to help clinical labs improve productivity, as announced at the ADLM meeting.
ECU Health Medical Center has implemented the bioMérieux VITEK REVEAL analyzer, which identifies effective antibiotics for bloodstream infections about 24 hours faster than standard methods.
VolitionRx has published peer-reviewed data on its Capture-Seq technology, reporting over 99% pure ctDNA isolation from plasma and 95% detection of early-stage cancers in validation cohorts.
The cobas liat system delivers PCR results in 15 minutes, detecting and differentiating between three Bordetella pathogens including whooping cough.
The automated urinalysis system integrates chemistry and microscopy to help labs manage higher testing volumes and reduce manual reviews to under 3%, according to the company.