Welcome to this brief discussion regarding one of ZP’s products: the single-purpose biosensor circuit. In this video, we’ll delve into the functionality and applications of this technology.
The biosensor circuit can be seamlessly integrated onto a developer kit board, simplifying the provision of power and communication to the biosensor circuit. This developer kit is primarily intended for individuals with a background in programming electronic components, as it facilitates easy communication with the biosensor circuit.
The biosensor circuit is designed for practical real-world applications, including glucose sensing, lactate sensing, pH sensing, troponin detection, cardiovascular marker analysis, and pathogen sensing (comprising viruses, DNA, RNA, and bacteria) through electrochemical sensing techniques.
Various techniques, such as voltammetry, impedance spectroscopy, amperometry, and potentiometry, can be configured based on specific requirements.
It’s worth noting that the same single-purpose biosensor circuit is employed in ZP’s other products like Sensi all and am potential stat, ensuring a seamless electronics continuity that expedites the transition from conceptualization to research and development and ultimately to a minimally viable and, hopefully, a market-ready product.
In the video, you’ll observe engineers connecting the biosensor circuit to the developer kit, utilizing a variety of pins for power supply and communication. It can be connected to a PC’s USB port for communication purposes, but it’s important to understand that this is not limited to USB communication; other communication options are available as well.
Should you have any inquiries about ZP’s single-purpose biosensor circuit or its applications, please feel free to contact us.