When the world seeks the truth, it turns to you. But uncovering the truth presents complex challenges that require a partner you can depend on. That’s why listening to and answering to you is our highest priority, and informs everything we do—so you can focus on making a difference.
Thermo Fisher Scientific offers streamlined, end-to-end workflows for forensic DNA analysis to help you resolve difficult cases and provide investigative leads in a forensically responsible manner. We are committed to delivering unparalleled support and continued innovation to meet your needs today and tomorrow.
Generates lab-quality forensic DNA profiles in only 90 minutes with one minute of hands-on time from single-source samples.
This 4-capillary, easy-to-use, and convenient benchtop system delivers gold-standard STR fragment analysis and Sanger sequencing with just one click.
The compact, easy-to-use RapidHIT ID System generates forensic DNA profiles in virtually any setting in as little as 90 minutes—and no technical expertise is required. Safer communities are within reach.
The Precision ID NGS System for HID can help you solve tough cases by getting more information from your challenging samples. Now you have help moving those unknown samples from storage to investigative leads.
Forensic DNA samples are among the most difficult specimens to process because they are often limited in quantity, may be environmentally exposed, and may be on substrates that contain PCR inhibitors. The quantity and quality of genomic DNA extracted and purified from a forensic sample is directly correlated to the success of downstream analysis.
Easily process up to 96 DNA samples in less than 90 minutes to get more critical answers faster. Reduce case backlogs that delay answers and put lives on hold. The high-throughput HID NIMBUS Presto System can process most complex forensic sample types—including bone, tooth, and touch DNA samples—quickly and easily. Reclaim your time and keep answers flowing with an automated, set-up-and-go system.
The quantification step of the casework workflow is the key to determining how a sample will be processed downstream. There are many factors that determine the success of the short tandem repeat (STR) profile. Our Quantifiler DNA quantification kits enable forensics labs to achieve accurate results in less time for even the most challenging casework samples.
Applied Biosystems STR amplification kits combine the sensitivity of PCR with the power of multicolor fluorescence technology to enable robust, reliable results. These forensic DNA STR amplification kits provide maximum commonality in markers to make more cross-border identifications.
Applied Biosystems capillary electrophoresis (CE) instrument systems have been validated by the human identification community and are the most widely trusted CE systems available.
Applied Biosystems GeneMapper ID-X Software streamlines routine data analysis and manual review for both single-source and forensic casework samples.
Crime scene samples can originate from harsh environmental locations, which may result in various stages of degradation and contamination. Imagine a 20-year-old stamp that was stored away in a closet, trace amounts of blood from an exploded IED, or a partially eaten piece of pizza. How would you begin to evaluate these challenging samples?.
Sexual assault kit (SAK) samples are among the most difficult sample types encountered by many forensic laboratories. Samples collected from female victims may contain very low amounts of male DNA mixed with high amounts of female DNA. It is critical to be able to quickly and accurately assess whether swab evidence from an SAK contains a male contributor before labor-intensive differential extraction procedures are performed.
Leave every detail of validating and implementing the forensic DNA testing solutions your work demands to us. Our experienced HID Professional Services (HPS) team can manage any or all parts of the process—including training—to get your new workflow operational quickly.
Training is the key to success. Forensic DNA testing constantly evolves with new technologies, procedures, and requirements. To maintain success, DNA analysts must learn how to best adapt laboratory processes and improve their technical understanding of analysis procedures.
Dr. Bruce Budowle, the Director of The Center for Human Identification at the University of North Texas describes how the Center is developing programs and utilizing DNA technologies to combat human trafficking.
Dave Reichert, former King County Sherriff, discusses the decades- long investigation into the Green River Killer and how DNA analysis may help solve crimes faster in the future.
Police Lieutenant Colonel Lorna Santos describes how Philippines is instituting their forensic DNA database and implementing quality standards to aid in solving crime.
Mark Smith, Supervising Forensic Scientist and Rapid DNA Coordinator, describes how AZ Dept of Public Safety took their vision to forge lasting partnerships between the crime lab and their various law enforcement agencies and turned it into reality using Rapid DNA technology.
Thermo Fisher Scientific performs developmental validation studies according to the validation guidelines provided by the Scientific Working Group on DNA Analysis Methods (SWGDAM). However, it is the responsibility of customer to perform its own analysis and appropriate internal validation studies to ensure that the products and services it obtains from Thermo Fisher Scientific satisfy or will satisfy the SWGDAM Guidelines or other applicable guidelines used by the forensic community and are fit for its human identification applications.
For Research Forensic or Paternity Use Only. Not for use in diagnostic procedures. For licensing and limited use restrictions visit thermofisher.com/HIDlicensing.