Search
Search
One of two multi-sample array formats for DNA or RNA analysis applications. With multi-sample BeadChip formats, sync wells are etched onto the surface of each substrate to a depth of approximately 3 microns prior to docking.
BeadArray Microarray technology is used in Illumina array products and scanners in a wide range of DNA and RNA analysis applications.
-Reliable data quality
-Widely applied globally, enhancing collaboration and promoting research
-Detection of chromosomal alterations and copy number variants (CNV) polymorphism
-Drive scalable workflows for large studies, including population-scale genotyping
-Integration with the Illumina sequencing system for multi-omics analysis
-Flexible content
-Source management, tracking and traceability tools are formed.
– Microarray BeadArray technology is based on 3 micron silica particles that self-assemble in microwells on one of two substrates: fiber bundles or flat silica pads. When randomly assembled on either of these substrates, the particles were evenly spaced ~5.7 microns. Each bead is covered with hundreds of thousands of copies of a specific oligonucleotide that acts as paired sequences in an Illumina experiment.
-The BeadArray Microarray technology is developed on one of two multi-sample array formats for DNA or RNA analysis applications. With multi-sample BeadChip formats, sync wells are etched onto the surface of each substrate to a depth of approximately 3 microns prior to docking. The particles are then randomly assembled and held in the microwells by Van der Waals forces and hydrostatic interactions with the walls of the well.
-Microarray is the ideal technique for examining thousands of samples to identify point mutations, structural variations or changes in gene expression and methylation. Illumina’s microarray offers many advantages such as:
Reliable data quality
Widely applied globally, enhancing collaboration and promoting research
Detection of chromosomal alterations and copy number variants (CNV) polymorphism
Drive scalable workflows for large studies, including population-scale genotyping
Integration with the Illumina sequencing system for multi-omics analysis
Flexible content
Source management, tracking and traceability tools are formed.
Technology
ILMN Microarray Technology
The Applied Biosystems SeqStudio 24 Flex Genetic Analyzer offers design improvements and technological advances to the capillary electrophoresis (CE) workflow. It delivers gold-standard Sanger sequencing and fragment analysis data quality with increased flexibility, easier operation, and cloud connectivity to enable researchers to manage their workloads and work/life balance effectively. Designed for ultimate ease-of-use, this mid-throughput system offers high quality, excellent reliability, and an optimal user experience for researchers who want to work smarter in the lab.
The Applied Biosystems™ 3500 Series Genetic Analyzers are specifically designed to support the demanding performance needs of validated and regulated environments while retaining the unsurpassed application versatility that life science researchers expect. The 8-capillary 3500 Genetic Analyzers continue to set the standard in capillary electrophoresis.
The Applied Biosystems™ QuantStudio™ Absolute Q™ Digital PCR System combines the power of absolute quantification via digital PCR with the simplicity of a qPCR workflow. With a single hands-on step that takes 5 minutes to complete, digital PCR is now easier than ever. The QuantStudio Absolute Q system provides a high-quality, consistent, and easy-to-use solution for researchers who want to join the quantification revolution.
The Applied Biosystems QuantStudio 7 Pro Real-Time PCR System adds innovative smart features to the real-time PCR (qPCR) workflow, all in a compact footprint. With facial authentication, voice commands, Smart Help, multiplex capability, motorized interchangeable blocks, simplified workflow, intuitive software, automation capabilities, and large capacitive touch-screen interface, the QuantStudio 7 Pro system offers exceptional reproducibility with minimal well-to-well and instrument-to-instrument variation. Designed for ultimate ease-of-use, the system offers high quality, high throughput, excellent reliability, and an optimal user experience for researchers who want to work smarter in the lab.
Disclaimer: This product is labelled for Research Use Only – Not for use in diagnostic procedures.
The GlobalFiler Express PCR Amplification Kit is the first 6-dye, 24-locus STR kit that combines maximum compatibility with global databasing loci standards, with dramatically reduced amplification time and superior discrimination power, to enable forensic DNA labs worldwide to maximize information recovery and improve overall efficiency. The GlobalFiler Express kit is part of a fully integrated and validated forensic DNA workflow backed by best-in-class global training, service, and support. This kit is optimized for database and single-source samples; for casework samples, please see our GlobalFiler PCR Amplification Kit.
• Consolidated Workflow: DNA denaturation and bisulfite conversion process in one step.
• High Yield: Desulfonation and purification on a spin-column allows elution of bisulfite-converted DNA in as little as 10 µl.
• Suitable for Various Downstream Applications: Bisulfite-converted DNA can be robustly PCR amplified for downstream analyses including endonuclease digestion, sequencing, microarrays, etc.
NovaSeq X also significantly reduces waste and environmental impact, reflecting Illumina’s commitment to using its technology to support the health of people and the planet. NovaSeq X features a 90% reduction in packaging waste and weight and 50% reduction in plastic usage compared to NovaSeq 6000.
Assisted Reproductive 
Prenatal screening 
New-born screening 
Screening 
Diagnosis 
Early detection 
Monitoring 
Illumina infectious diseases testing group 
GeneProof infectious diseases testing group 
Panagene infectious diseases testing group 
Digital forensics 
Inspection of Ballistics and Mechanical Traces 
Document examination 
Crime scene examination 
