
This episode covers the murder case of Lynn Breeden, the forensic investigation, and the eventual conviction of Chris Cruz. Key topics include the identification of charred remains, the use of dental records, and the innovative DNA extraction from tooth pulp.
The episode begins with the discovery of a body in a dumpster in Vancouver, British Columbia. Medical examiner Dr. Laurel Grey discusses the challenges of identifying the victim due to the condition of the remains, which were severely burned. Autopsy findings revealed gunshot wounds, indicating homicide.
Forensic odontologist Dr. Larry Chivers played a crucial role in identifying the victim through dental records, noting a rare dental condition. The investigation led police to Lynn Breeden, a part-time model last seen with her boyfriend Chris Peycook, who was initially a suspect.
As the investigation progressed, police discovered a woman attempting to withdraw money from Breeden's bank account using her identification. This led them to Chris Cruz, who had connections to both Breeden and the crime scene. Forensic evidence, including blood found in Cruz's car, linked him to the murder.
The episode concludes with the groundbreaking use of DNA extracted from Breeden's teeth, which ultimately led to Cruz's conviction for her murder. The case highlights the impact of drugs on both the victim and the perpetrator.
Lynn Breeden's murder case reveals innovative forensic techniques and leads to Chris Cruz's conviction through DNA from tooth pulp.

This episode stands out for the following:
It was too terrible to happen.Forensic Files - Season 2, Episode 8 - Charred Remains - Full Episode
This was a victim of an inferno, an absolute, unqualified inferno.Forensic Files - Season 2, Episode 8 - Charred Remains - Full Episode
There was absolutely no doubt in my mind.Forensic Files - Season 2, Episode 8 - Charred Remains - Full Episode
If you take away the drug, I don't believe any of this would have happened.Forensic Files - Season 2, Episode 8 - Charred Remains - Full Episode