Portable Multifunctional Optical Microfiber Biosensor for
In this work, we develop a portable and multifunctional biosensor based on an optical microfiber for the detection of microRNA in the early stages
Multiplexed fluorescence and scatter detection with single cell
Our platform enables on-chip detection of the scatter and multiple fluorescence signals from the microfluidic droplets and their contents using optical fibers.
Fiber-optic array using molecularly imprinted microspheres for
In this article we describe a new class of high-density optical microarrays based on molecularly imprinted microsphere sensors that directly incorporate specific recognition capabilities
Advances in Fiber Optic Biosensing Technologies for Detection of
The combination of these two technologies (optical fiber sensing technology with microfluidic technology) has not only increased the efficiency of tests but also reduced reagent
Advances in Optical Fiber Sensors for Multi-Analyte Biochemical
Abstract Optical fiber multi-analyte biosensors have become an important cutting-edge technology for the simultaneous detection of multiple biochemical substances in complex samples
The Invisible Detectives: How High-Density Fiber Optic Biosensor
Explore how high-density fiber optic biosensor arrays are transforming disease detection with unprecedented sensitivity and multiplexing capabilities.
Fiber Optic Array Biosensors
This structure enables each well to be addressed by the optical fiber defining its base, providing a high-density array of microwells that can be simultaneously and individually interrogated by light.
High-density, microsphere-based fiber optic DNA microarrays
A high-density fiber optic DNA microarray has been developed consisting of oligonucleotide-functionalized, 3.1-microm-diameter microspheres randomly distributed on the etched face of an
Recent Advances in DNA Microarray Technology: an
Fluorescence-based detection methodologies are employed in many nucleic acid detection methods, including cell biology-oriented techniques, such as
Teledyne Qioptiq
Integrated OEM Optical Systems Our extensive portfolio of advanced illumination, optics and light-detection technologies is strengthened by our expertise in end-to-end photonic components,
Fibre optic microarrays.
A high-density fiber-optic DNA microarray sensor was developed to monitor multiple DNA sequences in parallel and hybridization was visualized using fluorescent-labeled DNA targets with a detection limit
A Fiber-Optic Microarray Biosensor Using Aptamers as Receptors
The fiber-optic microarray system has a detection limit of 1 nM for nonlabeled thrombin, and each test can be performed in ca. 15 min including the regeneration time.
Patterned microarrays or nanoscale assemblies for optical sensing of
Choices of the optical signal acquisition, such as the bulk measurement-based analysis or digital counting will be elaborated discussed. Finally, the remaining challenges and perspectives in
A fiber-optic DNA biosensor n1icroarray for the analysis of
The fiber-optic primer/target method detailed here demon strates a fast, regenerable, reproducible, highly sensitive, and durable system for the specific identification of DNA sequences.
Microarray Technology
Illumina microarray technology (also known as BeadArray technology) uses silica microbeads. On the surface of each array, or BeadChip, hundreds of thousands
High-Density Fiber-Optic DNA Random Microsphere Array
A high-density fiber-optic DNA microarray sensor was developed to monitor multiple DNA sequences in parallel. Microarrays were prepared by randomly distributing DNA probe-functionalized
Detection of Salmonella spp. Using Microsphere-Based, Fiber-Optic
This work suggests that fiber-optic DNA microarrays can be used for rapid and sensitive detection of Salmonella spp. Since fiber-optic microarrays can be prepared with different probes, this
Fibre optic microarrays | Chemical Society Reviews | The Royal
Fibre optic microarrays are a versatile substrate for creating a variety of different sensing platforms. Such arrays enable multiplexed analyte sensing, single molecule detection, and chemical
Related Video Reference
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