Asher Hendricks
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View article: New Imaging Method of Mobile Phone-Based Colorimetric Sensor for Iron Quantification
New Imaging Method of Mobile Phone-Based Colorimetric Sensor for Iron Quantification Open
Blood iron levels are related to many health conditions, affecting hundreds of millions of individuals worldwide. To aid in the prevention and treatment of iron-related disorders, previous research has developed a low-cost, accurate, point…
A Microsphere-Based Sensor for Point-of-Care and Non-Invasive Acetone Detection Open
Ketones, which are key biomarkers of fat oxidation, are relevant for metabolic health maintenance and disease development, making continuous monitoring essential. In this study, we introduce a novel colorimetric sensor designed for potenti…
View article: New Imaging Method of Mobile Phone-Based Colorimetric Sensor for Iron Quantification
New Imaging Method of Mobile Phone-Based Colorimetric Sensor for Iron Quantification Open
Blood iron levels are related to many health conditions, affecting hundreds of millions of individuals worldwide. To aid in the prevention and treatment of iron-related disorders, previous research has developed a low-cost, accurate point-…
A Microsphere-Based Sensor for Point-of-Care and Non-Invasive Acetone Detection Open
Ketones, key biomarkers of fat oxidation, are clinically relevant for metabolic health maintenance and disease development, making continuous monitoring crucial. Here, we present a novel colorimetric sensor for non-invasive, continuous ace…
A Novel Acetone Sensor for Body Fluids Open
Ketones are well-known biomarkers of fat oxidation produced in the liver as a result of lipolysis. These biomarkers include acetoacetic acid and β-hydroxybutyric acid in the blood/urine and acetone in our breath and skin. Monitoring ketone…