Market assessment of A Novel Capacitance Variation Measurement Mixed-Signal Integrated Circuit Based on High-Frequency Response

在SARS、MERS、埃博拉病毒和不同流感变种等近期传染病之后，目前爆发的COVID-19疫情表明，快速准确的诊断是预防其他全球健康和经济威胁的重要因素。 基于CMOS的生物传感器是一种传感结构，可以检测目标生物标志物浓度的变化，并将这些变化转化为有意义的电信号。基于CMOS的生物传感器已被证明在小尺寸、低成本、高分辨率和高通量方面具有优势。所开发的技术可用于医疗保健设施，如步入式诊所和医院。此外，由于所提出的机制是完全自主的，因此可以使用这种读出机制为公众进行快速准确的疾病诊断，而无需经过培训的操作员。此外，适当的目标识别元件使其很容易应用于工业环境中气体和其他化学品检测的化学检测应用。该提案将进行市场评估，以更好地了解如何将这项创新技术推向市场。

The current outbreak of COVID-19 after recent infectious diseases such as SARS, MERS, Ebola, and different influenza variants has emerged that fast and accurate diagnosis is an important factor in the prevention of other global health and economic threats. A CMOS-based biosensor is a sensing structure that can detect the variations in the target biomarker's concentration and transform these variations into a meaningful electrical signal. CMOS-based biosensors have proven advantageous in terms of small size, low cost, high resolution, and high throughput. The developed technique can be used in health care facilities, such as walk-in clinics and hospitals. Additionally, since the proposed mechanism is fully autonomous, it's possible to use this readout mechanism for fast and accurate disease diagnosis for the public without requiring trained operators. Moreover, proper target recognition elements make it easily applicable in chemical detection applications for gas and other chemical detections in industrial environments.This proposal will be working on a market assessment to better understand how to bring this innovative technology to the market.