**Breaking News: Gruesome Murder Case of Angela Samota Finally Solved After Decades**
In a shocking turn of events, the long-unsolved murder of Angela Marie Samota, a vibrant young woman brutally killed in 1984, has finally reached a resolution. After nearly four decades of uncertainty and heartache, DNA evidence has conclusively linked Donald Andrew Bless Jr., a convicted serial offender, to the heinous crime.
On October 12, 1984, Angie, a promising computer science student at the University of Texas, was found dead in her Dallas apartment after a terrifying encounter with Bless, who had entered her home under the guise of needing to use the bathroom. What followed was a brutal attack that left her with 18 stab wounds, a crime that sent shockwaves through the community and left her loved ones shattered.
For years, investigators pursued various suspects, including her ex-boyfriend and friends, but it was Bless, a man with a history of violence, who evaded justice. After serving only a fraction of his 25-year sentence for prior offenses, he was released on parole, only to strike again and again, assaulting multiple women across Texas.
In a remarkable twist, Sheila Waki, a close friend of Angie, refused to let the case fade into obscurity. Her relentless pursuit of justice led her to become a private investigator, eventually prompting the reopening of the case. In 2009, modern DNA testing finally matched Bless’s genetic profile to evidence collected from the crime scene, leading to his arrest.
The trial, which began in 2010, painted a grim picture of Bless as a remorseless predator. He was convicted and sentenced to death, but tragically passed away in prison in October 2022 before facing his final punishment.
Angie’s story, marked by beauty, ambition, and tragedy, now stands as a testament to the power of perseverance and friendship. As her mother, Betty, lived to see justice served, the Dallas Police Department has vowed to revitalize its Cold Case unit, ensuring that no other families endure the pain of unresolved loss.