Versatile bimetallic metal-organic framework with nanocutting channels tailored for efficient electrocatalytic water oxidation and glucose detection

Advanced nanomaterials for Organic Compounds detection and Oxidation by Electrochemical methods with the Aid of Active Catalysts

“…1. So, these metallic MOFs nanomaterials were analyzed as a potential candidate for both oxygen evolution reaction (OER), and glucose oxidation reaction (GOR) catalysts as described by Baby's research team [11].…”

“…Indeed, as a result of the experimental analysis, it is found that the bimetallic CoNi(1:3) MOF delivers the best performance among the considered catalysts, whether in the OER test or GOR analysis. So, the CoNi(1:3) MOF [11] Copyright @ 2023, Elsevier B.V.…”

“…https://doi.org/10.26434/chemrxiv-2024-c9xq2 ORCID: https://orcid.org/0009-0004-2132-8571 Content not peer-reviewed by ChemRxiv. License: CC BY 4.0 [11] Copyright @ 2023, Elsevier B.V Also, recently, a binary oxides Mo(1)-MnOx catalyst has been proposed from Guo's group [16] as a potential catalyst for the glucose oxidation reaction from water containing higher glucose levels. Superior catalytic activity was remarked by using this special catalyst.…”

EGFET-Based Noninvasive Glucose Sensor Integrated with Enzyme-Mimicking Bi2O3 Microrods Derived from Bi-BTC Tested in Artificial Sweat

“…This can be uncomfortable, painful, and hard, especially for older patients and children . To the best of our knowledge, noninvasive glucose sensors are not widely available for commercial use despite a recent increase in interest in this technology. − One of the major body fluids used by researchers to develop a glucose sensor is saliva. , Although there is a relationship between salivary and blood glucose levels, measurements are only accurate when taken during fasting, which restricts their applicability to diabetic patients and, consequently, their commercialization. , On another hand, glucose sensors based on interstitial fluids are available for commercial use, , where needle usage was the option to access the interstitial fluids, which penetrate through the skin. These sensors are available and have gained growing acceptance from the market, but they still pose potential risks, such as microbial infection. , Furthermore, there are less invasive sensors that use microneedles to access the fluid. , Each time the sensor penetrates the skin, it can cause a side effect such as swelling .…”