Micronuclei are small nuclear bodies formed from chromosomal fragments or whole chromosomes that are not incorporated into the main nucleus during cell division. The presence of these structures is an important indicator of genomic instability and DNA damage, widely used in toxicological studies, genotoxicity assays, occupational monitoring, cancer research, and the evaluation of exposure to mutagenic agents.
Traditionally, micronucleus analysis requires manual microscopic observation and cell-by-cell counting, a process that demands time, attention, and analyst expertise. As the number of samples increases in laboratory routines, so does the need for faster, more standardized, and more reliable methods.
Automation of capture and analysis with Applied Spectral Imaging
To make this process more efficient, Applied Spectral Imaging has developed a dedicated module for micronucleus capture and analysis. Integrated into the GenASIs ecosystem, the module uses advanced algorithms to identify micronuclei with high precision, allowing the user to view, classify, and generate complete reports much faster than manual reading.
Among the benefits of this solution, we highlight:
• Automated detection of micronuclei with high sensitivity and reproducibility.
• Standardized analysis, reducing variation between analysts.
• Intuitive interface, allowing manual review when necessary.
• Generation of reports and results in just a few clicks.
• Greater productivity with automatic capture of multiple slides.
With this technology, research laboratories, the pharmaceutical industry, and diagnostic centers can optimize workflow, increase result reliability, and support studies related to toxicity and chromosomal instability with greater scientific robustness.
Phase Tech as support and integration in Brazil
As the official representative of Applied Spectral Imaging in Brazil, Phase Tech offers specialized technical support, implementation, training, and maintenance, ensuring laboratories achieve maximum performance in their analysis routines.
If your institution performs tests related to genotoxicity and cell studies, automating micronucleus analysis can enhance result quality and efficiency, allowing for greater focus on scientific interpretation and less on repetitive processes.
