Asian Journal of Research in Biology

The 6C Rapid Deoxyribonucleic Acid (DNA) Analysis System marks a pivotal advancement in forensic technology, facilitating rapid DNA profiling directly at crime scenes or other pertinent locations. This innovative system produces human DNA identifications compatible with global DNA databases in under two hours. Its automated design significantly reduces the complexity of analytical processes and the need for extensive user intervention in field-forward biometric and forensic applications. Thus, this short review highlights the recent advancements, advantages, and limitations of the 6C accelerated nuclear DNA equipment, particularly regarding its application in forensic casework. The swift turnaround time it offers allows law enforcement to make timely decisions, enabling the quick identification or exclusion of suspects, linking of cases, and prompt actions. Its portability and user-friendly interface enhance accessibility for non-specialists, thereby expanding its applicability across various operational scenarios. However, despite these strengths, the system faces challenges, including contamination risks, a limited capacity to process complex DNA mixtures, and a dependence on high-quality DNA samples, all of which can affect result accuracy and reliability. Additionally, the current costs and necessity for specialized consumables may hinder broader implementation, especially in resource-limited settings. Future developments in the 6C system should focus on improving sample processing, enhancing sensitivity, optimizing software capabilities, refining electropherogram outputs, and reducing costs to maximize its utility in forensic investigations.