Biocompatible Carbon Dot Decorated α-FeOOH Nanohybrid for an Effective Fluorometric Sensing of Cr (VI) in Wastewater and Living Cells

Emergence of integrated biosensing-enabled digital healthcare devices

“…Table 5 details the biocompatibilities of some sensor technologies, as well as their functionality and applications. 129–158 Biocompatible materials for living cells, bone, biological fluid, yak hair, cellular loading, membrane systems for biomedical and electronics purposes have already studied. 129–136 Functionalities related to cytotoxic, DNA binding, photocatalytic, H 2 O 2 detection, antioxidant, transcutaneous measurement, eye-movement tracking, physiological conditions, mitochondria sensors for metabolic state, nanocomposites, gas permeability, DNA methylation, and cancer sensing are important research areas for healthcare devices.…”

“…129–158 Biocompatible materials for living cells, bone, biological fluid, yak hair, cellular loading, membrane systems for biomedical and electronics purposes have already studied. 129–136 Functionalities related to cytotoxic, DNA binding, photocatalytic, H 2 O 2 detection, antioxidant, transcutaneous measurement, eye-movement tracking, physiological conditions, mitochondria sensors for metabolic state, nanocomposites, gas permeability, DNA methylation, and cancer sensing are important research areas for healthcare devices. 137–145 Applications include carboxymethylcellulose (CMC) optical fibers, silicon carbide sensors, smartphone-based colorimetric biosensors, molecularly imprinted sensors, flexible sensors, piezoelectric ceramics sensors, gas sensing, AI-based sensing, pattern recognition sensor arrays, BioMEMS sensor, electro-immunosensing, strain monitoring, and thermal biosensing application for biomedical healthcare.…”

“…Recently developed biosensing platforms offering both the biocompatibility of sensor materials and technologies as well as a variety of functions are discussed. Various sensor technologies' biocompatibility, functionality, and applications 96–106,129–158 are outlined in Fig. 7.…”