The 2D nanostructures present most promising and wide applications in electrochemical sensors for the in-vitro determination of small biomolecules, neurotransmitters and proteins as biomarkers which suggest new prospects for clear-cut screening, monitoring and diagnosis of metabolic syndromes and chronic cancer diseases, owing to their good selectivity and sensitivity, fast response, cost effectiveness, and relatively easy preparation. These 2D nanoarchitectures offer great enhancement in sensitivity, selectivity, and stability of sensing systems. These 2D nanomaterials improve the sensing capabilities for real time determination of small molecule metabolites with the emergence of new types of nanoarchitectures and innovation of nanotechnology, making them more suitable for in-vitro as well as in-vivo diagnostics. In addition, the development of portable, non-invasive, inexpensive, flexible, and point-of-care oriented devices is crucially required in future, which will enable the decrease of time and frequency of sampling. We predict that with the development of 2D nanoarchitectures and revolution in sensing platforms, the performances of sensors will be improved.
The sensitivity, stability, portability and miniaturization of sensing platforms are the major issues hindering their practical usability. Here, we aim to improve these deficiencies by using some 2D nanomaterials. Considering the importance of sensors, this research topic focuses on understanding the connections between nanomaterials, their morphologies, surface functionalities and sensing performance, and the development of effective strategies to target early diagnosis of some diseases using particular biomarkers.
Sensing/Biosensing devices made by 2D nanomaterials have recently started to be integrated into our daily life. The aim of the research topic is to introduce the cutting-edge research activities in Sensors/Biosensors, demonstrating vigorously innovative technologies, methods, as well as novel integrated devices for next-generation healthcare, food safety, agriculture, and environmental monitoring.
The research topic will publish original research, review and mini review articles, which will present current high-impact research topics or directions, as well as future perspectives in 2D nanoarchitectures for sensing/biosensing applications. The key topics of this research topic include but are not limited to the principles, technologies, devices and systems for 2D nanomaterials based Sensors/Biosensors that are used to gather chemical, biological or clinically relevant information via various biomatrices such as interstitial fluid, sweat, tear, saliva, urine and exhaled breath.
We welcome all types of submissions from different research fields related to Sensing/Biosensing applications, including material science, chemistry, biology, medicine, and engineering.
The 2D nanostructures present most promising and wide applications in electrochemical sensors for the in-vitro determination of small biomolecules, neurotransmitters and proteins as biomarkers which suggest new prospects for clear-cut screening, monitoring and diagnosis of metabolic syndromes and chronic cancer diseases, owing to their good selectivity and sensitivity, fast response, cost effectiveness, and relatively easy preparation. These 2D nanoarchitectures offer great enhancement in sensitivity, selectivity, and stability of sensing systems. These 2D nanomaterials improve the sensing capabilities for real time determination of small molecule metabolites with the emergence of new types of nanoarchitectures and innovation of nanotechnology, making them more suitable for in-vitro as well as in-vivo diagnostics. In addition, the development of portable, non-invasive, inexpensive, flexible, and point-of-care oriented devices is crucially required in future, which will enable the decrease of time and frequency of sampling. We predict that with the development of 2D nanoarchitectures and revolution in sensing platforms, the performances of sensors will be improved.
The sensitivity, stability, portability and miniaturization of sensing platforms are the major issues hindering their practical usability. Here, we aim to improve these deficiencies by using some 2D nanomaterials. Considering the importance of sensors, this research topic focuses on understanding the connections between nanomaterials, their morphologies, surface functionalities and sensing performance, and the development of effective strategies to target early diagnosis of some diseases using particular biomarkers.
Sensing/Biosensing devices made by 2D nanomaterials have recently started to be integrated into our daily life. The aim of the research topic is to introduce the cutting-edge research activities in Sensors/Biosensors, demonstrating vigorously innovative technologies, methods, as well as novel integrated devices for next-generation healthcare, food safety, agriculture, and environmental monitoring.
The research topic will publish original research, review and mini review articles, which will present current high-impact research topics or directions, as well as future perspectives in 2D nanoarchitectures for sensing/biosensing applications. The key topics of this research topic include but are not limited to the principles, technologies, devices and systems for 2D nanomaterials based Sensors/Biosensors that are used to gather chemical, biological or clinically relevant information via various biomatrices such as interstitial fluid, sweat, tear, saliva, urine and exhaled breath.
We welcome all types of submissions from different research fields related to Sensing/Biosensing applications, including material science, chemistry, biology, medicine, and engineering.
