To learn more about our company's Vacuum Deposition services or biofluid analyte consulting, click here.
US Patent 20190254579A1
Integrated devices to continuously measure bound and unbound analyte fractions in biofluids
Jacob Bertrand Co-Inventor
Integrated devices to continuously measure bound and unbound analyte fractions in biofluids
Jacob Bertrand Co-Inventor
Details of Patent
This patent is for Integrated devices that continuously measure bound and unbound analyte fractions in biofluids. The invention is further described as devices for measuring concentrations of bound and unbound fractions of a target analyte in a biofluid sample. Analytes present in biofluid may be found in a free state, or bound to a binding solute, presenting difficulties for wearable analyte sensors to measure physiologically significant concentrations of the analyte in biofluid. The disclosed devices feature sensors configured to measure both the bound and unbound fractions of the analyte, as well as analyte releasers that cause a portion of the bound fraction of analytes to be released to facilitate measurement. Some embodiments include a collector and or a sample conduit. Other embodiments include a plurality of fluid pathways. the device is characterized as a Non-invasive biosensor that has enormous potential for several medical, fitness, and personal well-being applications.
This patent is for Integrated devices that continuously measure bound and unbound analyte fractions in biofluids. The invention is further described as devices for measuring concentrations of bound and unbound fractions of a target analyte in a biofluid sample. Analytes present in biofluid may be found in a free state, or bound to a binding solute, presenting difficulties for wearable analyte sensors to measure physiologically significant concentrations of the analyte in biofluid. The disclosed devices feature sensors configured to measure both the bound and unbound fractions of the analyte, as well as analyte releasers that cause a portion of the bound fraction of analytes to be released to facilitate measurement. Some embodiments include a collector and or a sample conduit. Other embodiments include a plurality of fluid pathways. the device is characterized as a Non-invasive biosensor that has enormous potential for several medical, fitness, and personal well-being applications.
© Copyright BHC Associates Inc. 2014-2024 All rights reserved.