Goal: The existing ISFET-based DNA sequencing detects hydrogen ions released during the
polymerization of DNA strands on microbeads, which are scattered into microwell array …

A 64× 64 CMOS ion-image sensor is demonstrated towards accurate high-throughput DNA
sequencing. Dual-mode (pH/image) sensing is performed with ion-sensitive field-effect …

The introduction of large-scale chemical sensing systems in CMOS which integrate millions
of ISFET sensors have allowed applications such as DNA sequencing and fine-pixel …

This paper presents a novel CMOS-based system-onchip with a 78× 56 ion-sensitive field-
effect transistor array using in-pixel quantization and compensation of sensor nonidealities …

CMOS (complementary metal oxide semiconductor) biosensors are promising to provide
label-free and highly sensitive detection with high throughput. Ion-sensitive field effect …

Various biosensing platforms for real-time monitoring and mapping of chemical signals in
neural networks have been developed based on CMOS process technology. Despite their …

This paper presents a large-scale CMOS chemicalsensing array operating in current mode
for real-time ion imaging and detection of DNA amplification. We show that the currentmode …

This paper presents a robust, low-power and compact ion-sensitive field-effect transistor
(ISFET) sensing front-end for pH reaction monitoring using unmodified CMOS. Robustness …

We demonstrate an electrochemical sensor for detection of unlabeled single-stranded DNA
using peptide nucleic acid (PNA) probes coupled to the field-effect transistor (FET) gate. The …

Both bacterial viability and concentration are significant metrics for bacterial detection.
Existing miniaturized and cost-effective single-mode sensor, pH or optical, can only be …