Advanced Array Technology
Advanced Array Technology (AAT) is a biotechnology company focused on the development of low-density microarrays and biochip technologies.
Its work addresses the scientific and technological challenges associated with genomic analysis, molecular diagnostics, and structured biological data processing.
Microarrays are widely used as analytical tools for studying genetic material, and AAT contributes to this field through integrated technological platforms covering the complete microarray workflow.
Microarrays as Genomic Analysis Tools
Microarrays are platforms containing ordered biological probes immobilized on solid supports such as glass or plastic slides. These probes enable the detection of specific DNA or RNA sequences through hybridization mechanisms.
Capture Probe Design and Hybridization
AAT develops methodologies related to:
- Capture probe design for homologous sequence hybridization
- Optimization of probe specificity and stability
- Structured probe organization for low-density microarrays
These approaches support the use of microarrays in genomics research, molecular biology, and diagnostic studies.
Biochip Technology and Integrated Systems
Biochips combine biological components with analytical and detection systems to generate structured biological data.
AAT develops biochip technologies based on an integrated approach that includes chemistry, biology, and signal detection.
Surface Functionalization of Microarray Slides
One key aspect of biochip performance is slide functionalization. AAT works on:
- Chemical treatment of glass and plastic substrates
- Stable immobilization of biological probes
- Reproducible surface properties for analytical consistency
Colorimetric Detection in Microarrays
Colorimetric detection is an alternative to fluorescence-based microarray analysis. It relies on visible color development to identify biological interactions.
Colorimetric Labeling and Signal Detection
AAT has developed colorimetric technologies involving:
- Colorimetric labeling of biological targets
- Detection systems designed for visual or instrument-based reading
- Methods adapted to routine laboratory environments
These technologies aim to simplify microarray analysis while maintaining analytical reliability.
The Bio-CD™ Microarray Concept
The Bio-CD™ is a microarray format that integrates biological and numerical information within a single disc-based structure.
Biological and Digital Data Integration
The Bio-CD™ concept includes:
- Multiple microarrays integrated on a single support
- Association of microarray results with digital data
- Support for traceability and structured data management
This format illustrates the evolution of microarrays toward integrated diagnostic and data-handling platforms.
Microarray Related Products and Components
Within the microarray ecosystem, AAT develops technologies and components addressing different stages of analysis.
Microarrays and Analytical Supports
These include:
- Microarrays designed for specific analytical applications
- DIAGLASS, functionalized glass slides for biochip use
Detection and Reading Systems
Additional developments include:
- WORKSTATION, a colorimetric microarray reader
- SILVER BLUE, a colorimetric detection methodology
These elements collectively support microarray processing from probe interaction to signal detection.
Applications of Biochip and Microarray Technologies
Microarray and biochip technologies are applied across multiple domains, including:
- Genomics and molecular biology research
- Clinical and translational research
- Diagnostic development and validation
- Biotechnology and life sciences innovation
Advancing Microarray Technologies
By combining chemistry, biology, and detection systems, Advanced Array Technology participates in the ongoing evolution of microarrays as practical genomic tools. Its integrated approach reflects broader trends in biotechnology toward reliable, accessible, and data-oriented analytical platforms.