Single electron tunnelling technology based threshold logic gate is one of the basic functional blocks for designing single electronics circuits.
In this paper, design and simulation of novel random access memory (RAM) cells using single electron tunneling (SET) technology based threshold logic gate (TLG) are presented.
In this paper, design and simulation of novel configurable logic cells (CLCs) using single electron tunneling (SET) technology based threshold logic gate (TLG) are presented.
Here, we present "CLEVER-seq" (chemical-labeling-enabled C-to-T conversion sequencing), which is a single-cell, single-base resolution 5fC-sequencing technology, based on biocompatible, selective chemical labeling of 5fC and subsequent C-to-T conversion during amplification and sequencing.
All CCS procedures were performed at a single genetic centre (GENETYX srl, Marostica, Italy) using a single 24-chromosome aneuploidy screening technology based on qPCR.
As compared to the conventional smart-cut technology based on single H ion implantation, sequential implantation of H and He ions has been demonstrated to be effective in reducing the implantation fluence and the thermal budget needed for Si layer splitting process.
In this paper we present the results of the first electrical and optical characterization performed on STMicroelectronics new photosensor technology based on silicon single-photon avalanche photodiodes (SPAD).
New technology based on microfluidic arrays combined with multiplexed quantitative polymerase chain reactions now enables high-throughput single-cell gene expression measurement, allowing assessment of cellular heterogeneity.
It includes second-generation sequencing technology based on loop array sequencing, which can analyze a large number of samples simultaneously, as well as third-generation sequencing technology, which can determine the base composition of single DNA molecules.
Optical molecular imaging technology is an emerging technology, based on genomics, proteomics, and modern optical technology.
