04/10/2026
After nearly 50 years, genetic genealogy has helped identify the suspect in a cold case homicide that plagued the city of Kenosha, Wisconsin for decades. In addition to advanced DNA testing, the preservation of physical evidence from the 1977 crime scene and detailed detective work played a key role in finally solving the cold case.
On Sept. 7, 1977, a friend found 48-year-old Ralph Gianoli brutally murdered in his home in Kenosha. He had been badly beaten and strangled with an electrical cord. An autopsy later determined that he died from blunt force trauma to the head and abdomen.
The Kenosha Police Department immediately responded and began collecting evidence and investigating. Police at the time found signs of a violent struggle inside the home. Blood in the bedroom, living room and outside the front door, overturned furniture and broken beer bottles strewn about.
Despite collecting a sizable amount of evidence, no suspect or probable case was ever developed, and the case ultimately went cold—until 2022 when police explored the idea of using GeneticGenealogy to analyze suspect from Gianoli’s fingernail scrapings.
The Kenosha Police Department, Wisconsin DOJ and FBI worked together to submit the DNA from the fingernail clippings to Othram, who delivered a partial DNA profile back to the investigators in 2023. From there, a genetic genealogy search led to a new suspect—James Fowler.
In January 2025, a search warrant for Fowler’s DNA and palm- and finger-prints was issued. The Wisconsin State Crime Lab has now confirmed the DNA from the swab is consistent with the DNA found under Gianoli’s fingernails.
The now-68-year-old Fowler was arrested in Tennessee on a charge of first-degree murder on March 30, 2026. He will be returned to Wisconsin to face trial.
Read the full article here: https://www.forensicmag.com/3594-All-News/625050-Fingernail-Clippings-Genetic-Genealogy-Solve-1977-Homicide/?utm_source=facebook&utm_medium=social