Full Breakdown
DNA from a Discarded Cigarette Solves Tacoma Murder After Five Years
By Drooid · · How we work
Core Event
On June 16, police in Tacoma, Washington, stopped a pickup-truck driver and collected a discarded cigarette. The filter contained the driver’s DNA, which the Washington State Patrol Crime Laboratory matched to three prior cases: a 2021 homicide and two rape investigations. The homicide involved a woman identified only by the initials K.S., whose body was found in a ditch in October 2021. Detectives had previously entered her DNA into the FBI’s Combined DNA Index System (CODIS) without a match. The new DNA link, combined with a description provided by a 2025 rape victim who identified the suspect as “Ed,” a short, stocky, balding white man in his 50s, gave investigators a name—Edwin Lee Newlander, 59.
Background & Context
The 2021 killing remained unsolved for nearly five years despite forensic efforts. In 2025, a separate rape case produced DNA that entered CODIS. During a May interview, the rape victim supplied additional details that matched Newlander’s description. Surveillance footage from a gas-station parking lot on June 9 showed a pickup truck matching the description parked within an hour of the victim’s overdose death, further linking Newlander to the scene.
Data & Statistics
- DNA from the cigarette matched Newlander’s profile.
- The profile connected to three crimes: one homicide (2021) and two rapes (2025).
- The 2021 victim’s cause of death was neck compression; the 2025 victim’s death was ruled an overdose.
Official Statements & Responses
Police officials said the DNA evidence “provided the critical link” that allowed detectives to identify Newlander as a suspect in the cold case. The Washington State Patrol Crime Laboratory confirmed that the filter’s DNA profile matched the samples from the three investigations. Medical examiners affirmed the causes of death for both victims as recorded in court documents.
Why It Matters
The case illustrates how routine evidence—such as a discarded cigarette—can become pivotal when combined with modern DNA databases and victim testimony. Law-enforcement agencies highlight the development as a demonstration of the growing power of forensic genetics to resolve long-standing violent crimes.
