A study of sensor response of biosensor for acetone gas based on variable geometry of glassy carbon IDE, analyzed in COMSOL Multiphysics software

Exhale breath analysis has a high impact with the increase in the health care industry requirements based on non-inversive methods of detecting diseases and the development of biosensors for accurately detecting diseases. Exhale breath Volatile organic compounds (VOC’s) base disease detection can make a high impact in the field of bloodless and early disease detection like cancer. The requirement of sensitive, durable, and cost-effective methods is also sensitizing this field for disease detection day to day in the current era. The sensitivity of a device is very important and may vary based on the parameter considerations as well. Developing a sensor for specifically this purpose is very important, and the effectiveness of this kind of biosensor is notable in all considerations of design. The parameter considerations may lag or lead to the device’s sensitivity in the implementation phase. The biosensor based on stabile materials has high occupancy in the filed of biomedical. The change in the sensitivity considering parameters based on the geometric changes in the biosensor design highly considerable factor in the design and development of biosensors for real-time use.