As autoimmune and allergy test volumes rise, labs are prioritizing workflow standardization and structured testing pathways to ensure reliable results, according to Santhosh Nair, president of immunodiagnostics at Thermo Fisher Scientific.
Cenevo has launched two AI agents for lab workflow automation, aiming to cut manual work and implementation costs by up to 50%, according to the company. The agents support protocol digitization and no-code workflow generation.
The collaboration combines liquid handling technology with ultra-sensitive transcriptomic workflows to improve throughput and reproducibility.
The fully automated system handles decapping, aliquoting, labeling, and recapping to reduce manual work and improve consistency in urine testing.
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​​A fully automated system and clinical analytics platform showcased at ADLM 2025 aim to improve workflow efficiency and support infection trend tracking.
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The kit supports both manual and automated workflows to reproducibly isolate high molecular weight DNA suitable for long-read sequencing.
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AI is increasingly being used in clinical laboratories to triage samples, potentially altering how lab technicians prioritize and manage workflows.
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In recent years, clinical laboratories have increasingly embraced automation to address challenges such as staffing shortages, budget constraints, and inefficiencies in manual processing.
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LG AI Research has launched EXAONE Path 2.0, a cutting-edge precision medical AI model that predicts gene mutations and biological markers.
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SPT Labtech and Semarion have partnered to integrate their respective technologies to streamline and scale adherent cell assay development.
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A new survey finds that data overload remains a top challenge for labs, but is also an opportunity for AI-driven transformation.
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BloodGPT, a B2B HealthTech startup, has launched an AI-powered platform that drastically reduces doctors’ time spent reviewing lab results.
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Festo’s SupraMotion uses superconducting technology to enable automated, contactless handling across sterile and non-sterile environments.
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Artificial intelligence (AI) with mathematical modeling, while useful, isn’t the only method that should be used in cancer prediction.
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Festo has expanded its EHMD rotary gripper line, enhancing its precision automation capabilities for life sciences and electronics.
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hc1 has launched its Operational Excellence solutions to help clinical labs improve efficiency, cut costs, and enhance diagnostic quality.
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A study found that an AI system often provided more accurate and guideline-adherent diagnostic and treatment recommendations than humans.
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The IntelliXcap S1 from Azenta streamlines large-format tube handling with seamless adaptability, ergonomic design, and a compact footprint.
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