DNA Analysis Hub

DNA analysis is the cornerstone of many of today’s—and yesterday’s—cases. Discover the newest trends in DNA analysis here.

Whether it’s PCR, capillary electrophoresis or next-generation sequencing, DNA analysis has become ubiquitous in today’s forensic laboratory. From mass disasters and human identification to forensic genetic genealogy and cold cases, DNA analysis is arguably the most important technique in a forensic lab expert’s toolbox. Our Forensic Investigation: DNA Analysis features a variety of content from Forensic, industry thought leaders, lab experts, police investigators and more—all of which can help a forensic professional on their journey to justice.

DNA Analysis Resources

  • Identifying the Fallen, Past & Present

    January 12, 2024
    Since DNA was first used in forensic science in the late 1980s, it has opened doors to solve cases that have been cold for decades. For the U.S. military, it's been essential in carrying out the age-old motto, "no one left behind."
  • Cold Case Team Asks for Help Identifying Last 'Happy Face Killer' Victim

    January 10, 2024
    Recent advances in DNA technology have allowed cold case investigators to come the closest they’ve ever been to identifying the only remaining unidentified victim of serial killer Keith Hunter Jesperson, known as the “Happy Face Killer.”
  • Genealogy Links 3 Men to 6 Cold Case Rapes

    December 11, 2023
    The success of a unique cold case unit in Cuyahoga County, Ohio continues with the identification of three rapists—impacting six victims—thanks to forensic genetic genealogy and familial searching.
  • Largest-ever Emmett Till Grant Supports Washington’s Newest Cold Case Unit

    December 06, 2023
    Washington State Attorney General Bob Ferguson is continuing to take strides in his office’s focus to help solve cases involving missing and murdered Indigenous people.
  • Challenges and Solutions in the Analysis of Degraded DNA Samples

    November 15, 2023
    Advances in forensic technology have focused heavily on improving the tools available for forensic scientists to assemble high-quality analyses from degraded DNA, typically achieved through short-tandem repeat (STR) analysis via capillary electrophoresis (CE).