In this paper, we proposed a silicon integrated circuit (10 compatible DNA detection platform based on the interaction of self-assembled nano-metalic particles and ordinary visible light. The DNA hybridization initiates the formation of an opaque area at the surface of the support. A photodiode array fabricated underneath the supporting surface can then be used to detect the light intensity changes before and after the assembly of nano-particle and the signal can be further amplified by silver enhancement.
A photochemical functionalization process which passivates the porous silicon surface of optical bio...
A self-assembly conductive method for DNA identification has been demonstrated to be used in array b...
A fully CMOS compatible DNA micro-array system with a nano-particle labeling protocol is demonstrate...
In this paper, we had proposed a silicon integrated circuit (IC) compatible DNA-detection platform u...
In this paper we report on a study of the CMOS image sensor detection of DNA based on self-assembled...
This paper reports a DNA detection protocol utilizing the opacity of self-assembled nanometallic par...
A DNA Micro-Array based on integrated CMOS Active Pixel Sensor utilizing the opacity of self-assembl...
Biochip fabricated with micro-electronic technology has become a new powerful tool in molecular biol...
This paper describes the process in developing of a fully integrated approach for Deoxyribo-Nucleic-...
This paper describes a versatile method for amplifying the signals of Au-nanoparticle-based DNA hybr...
In this paper, we present a fully CMOS-compatible optical deoxyribonucleic acid (DNA) microarray bas...
This study presents a DNA detection method via hybridization of a probe oligonucleotide with a targe...
A detection system for a human papillomavirus (HPV) DNA chip based on the light scattering of aggreg...
Biosensors are frequently used for easy detection of biomolecules in various applications. Within th...
A micro-DNA-array based on integrated CMOS Active Pixel Sensor (APS) technology is demonstrated. Thi...
A photochemical functionalization process which passivates the porous silicon surface of optical bio...
A self-assembly conductive method for DNA identification has been demonstrated to be used in array b...
A fully CMOS compatible DNA micro-array system with a nano-particle labeling protocol is demonstrate...
In this paper, we had proposed a silicon integrated circuit (IC) compatible DNA-detection platform u...
In this paper we report on a study of the CMOS image sensor detection of DNA based on self-assembled...
This paper reports a DNA detection protocol utilizing the opacity of self-assembled nanometallic par...
A DNA Micro-Array based on integrated CMOS Active Pixel Sensor utilizing the opacity of self-assembl...
Biochip fabricated with micro-electronic technology has become a new powerful tool in molecular biol...
This paper describes the process in developing of a fully integrated approach for Deoxyribo-Nucleic-...
This paper describes a versatile method for amplifying the signals of Au-nanoparticle-based DNA hybr...
In this paper, we present a fully CMOS-compatible optical deoxyribonucleic acid (DNA) microarray bas...
This study presents a DNA detection method via hybridization of a probe oligonucleotide with a targe...
A detection system for a human papillomavirus (HPV) DNA chip based on the light scattering of aggreg...
Biosensors are frequently used for easy detection of biomolecules in various applications. Within th...
A micro-DNA-array based on integrated CMOS Active Pixel Sensor (APS) technology is demonstrated. Thi...
A photochemical functionalization process which passivates the porous silicon surface of optical bio...
A self-assembly conductive method for DNA identification has been demonstrated to be used in array b...
A fully CMOS compatible DNA micro-array system with a nano-particle labeling protocol is demonstrate...