Ep 2. Hunt for the Runaway Killer

In The Genetic Detective season 1 episode 2, titled "Hunt for the Runaway Killer," genetic genealogist CeCe Moore continues her quest to solve previously unsolved cases through the use of DNA analysis and her unique skills as a genetic detective.

This episode follows the case of a young woman named Angie Dodge, who was brutally murdered in her Idaho apartment in 1996. Despite extensive investigation and multiple suspects, the case remained cold for over two decades.

Moore begins her investigation by delving into the DNA evidence left at the crime scene, which was collected and stored but not analyzed until years later. Using cutting-edge genetic analysis techniques, Moore is able to determine that the DNA found at the scene does not match any of the known suspects in the case.

Undeterred, Moore begins to comb through public DNA databases and build family trees, looking for potential relatives of the killer. Through her meticulous work, she discovers a match in a distant cousin of the suspect.

Moore then embarks on a quest to find and contact this distant cousin, hoping that they will be willing to help her identify the killer by providing a DNA sample. She reaches out via social media and eventually is able to connect with the cousin, who agrees to provide a sample.

Through this process, Moore is able to narrow down the list of potential suspects and uncover new evidence. She works tirelessly with local law enforcement to build a case against the likely killer and ultimately brings him to justice.

Throughout the episode, we see the intense dedication and determination that Moore brings to her work as a genetic detective. Her passion for solving these cases and bringing closure to victims' families is evident, and her expertise in genetics and genealogy make her an invaluable asset to law enforcement agencies.

"Hunt for the Runaway Killer" is a gripping and compelling installment of The Genetic Detective, showcasing the incredible power of DNA analysis and the tireless work of genetic genealogists like Moore.