Neoteryx LLC and Cedars-Sinai Partner to Investigate At-Home Blood Sampling Possibilities for Patients with Inflammatory Bowel Disease

Posted by Neoteryx on August 16,2018

 At-home blood sampling provides convenience and cost savings to patients.

TORRANCE, California (August 16, 2018) – Neoteryx LLC, inventor of Volumetric Absorptive Microsampling (VAMS™) technology, has signed a research agreement with Cedars-Sinai in Los Angeles to initiate a study to find and measure new biomarkers in blood that potentially may predict treatment effectiveness and relapse in patients with inflammatory bowel disease (IBD) – a chronic and recurring immune response and inflammation of the gastrointestinal tract.

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Topics: Clinical Research, Press Release, Patient-Centered Medicine, Remote patient monitoring

New Study Validates Neoteryx's VAMS™ Technology for At-home Blood Collection In Monitoring HbA1c Levels of Diabetic Children

Posted by Neoteryx on July 19,2018

Wet-absorptive microsampling first to be used in home-sampling environment

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Topics: Press Release, Remote / Home Blood Collection

Alcala Labs First to Integrate Neoteryx's VAMS Technology for Substance Abuse Monitoring

Posted by Neoteryx on July 18,2018

Dried blood samples replace urine monitoring for patients of alcohol and opioid addiction.

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Topics: Press Release, Microsampling in Action

Neoteryx Expands Its Mitra Microsampling Portfolio to Include 30 µL Tip Size

Posted by Neoteryx on July 3,2018


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Topics: Blood Sampling, Blood Collection At Home, Microsampling, Remote Blood Collection

Duke University Uses Mitra Devices to Field-Test Diagnostic Tools in Liberia

Posted by Emerson Dameron on December 15,2017

Recently, Volumetric Absorptive Microsampling (VAMS™) technology helped a group of organ transplant patients summit Mt. Kilimanjaro. Now students and scientists from the biomedical engineering program at Duke University have found another transformative new use case: testing children in Liberia for biomarkers associated with malnutrition.

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Topics: Microsampling in Action