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MicroGEM’s forensicGEM Universal kit is the perfect solution for forensic sample processing where speed, sample size and sample integrity are critical. Our temperature-controlled extraction process allows for lysis without purification. It uses a novel cocktail of temperature-dependent enzymes rather than detergents and reducing agents, such as SDS, mercaptoethonol, and DTT, that inhibit qPCR and STR analysis.
Hands-free, single-tube processing means DNA yields are maintained, processing time is quick, and opportunities for contamination are minimized. This is the perfect approach for processing high volumes of samples when quick turnaround is critical and when DNA extraction from small volume forensic samples is required.
Quick-Start Guide: forensicGEM Universal (pdf)
Quick-Start Guide: forensicGEM Universal (Chinese)
Safety Data Sheet: forensicGEM Universal (pdf)
App Note: Extraction of DNA from cigarette butts using forensicGEM Universal (pdf)
Final Report: Pre-Extraction Separation of Mixed Source DNA Samples Through Micromanipulation and Direct PCR Short Tandem Repeat Typing of Cells. New York City Office of the Chief Medical Examiner. 2016. Released by the Office of Justice Programs’ National Criminal Justice Reference Service (pdf)
A study conducted by the NYC Office of the Chief Medical Examiner demonstrated prepGEM Tissue (part of the forensicGEM Universal kit) had the highest DNA recovery to obtain high fraction profiles from fingerprints and epithelial cells among the methods compared.
High throughput laboratories for paternity, forensics, and genetic testing frequently process thousands of buccal per year. Most sample preparation methods are difficult to automate and, when automated, consume vast amounts of pipette tips and other consumables not included in the extraction kits. The extraction chemistries often require very specialized robotics and consumables.
forensicGEM Universal is ideal for high throughput processing of buccal swabs on a laboratory’s existing thermal cycler, requiring only a small cutting from the sample. Single-step, closed tube processing enables high automation, rapid lysis, and efficient extraction. This approach has been proven in labs processing over 10,000 samples per year.