Author: Yujiemi Chisholm

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Highlights

Washington State Patrol Crime Laboratory Division leverages CEBR funding to strengthen forensic biology/DNA capacity, reduce backlog, and expand laboratory services

With support from grant funding through the Bureau of Justice Assistance’s (BJA’s) DNA Capacity Enhancement for Backlog Reduction (CEBR) Program, the Washington State Patrol Crime Laboratory Division (WSPCLD) achieved transformative improvements in efficiency, capacity, and service delivery resulting in a 91% reduction in their DNA backlog while simultaneously expanding access to forensic DNA testing statewide.
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Highlights

Cold Case Homicide Victim From 1980 Identified; Investigators Seek Public’s Help

On February 18, 1980, motorists discovered the body of an unidentified female in a ravine off Highway 74, south of Cahuilla, in an unincorporated area near Palm Desert. Despite extensive efforts, including fingerprint and dental record comparisons, investigators were unable to identify the victim. A photograph taken during the autopsy was released to the public in hopes of generating leads, but no viable information was received, and the case eventually went cold. The case was reviewed again in 2008 and 2009, but no new leads were developed.
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Highlights

Familial DNA technology leads to conviction in 1999 Bronx child murder

More than two decades after a 13‑year‑old girl disappeared while walking home from school in the Bronx, the case has been resolved. On February 24, 1999, Minerliz Soriano was last seen alive in the Pelham Parkway neighborhood. Four days later, her body was discovered in a dumpster in Co‑op City; she had been sexually assaulted and strangled. Despite extensive investigative efforts at the time, the case went cold. In 2019, the Bronx District Attorney’s Office and the New York City Police Department reopened the investigation using familial DNA analysis. Biological evidence preserved from the original investigation was submitted for advanced testing, which generated a familial match and an investigative lead. Follow‑up investigation and direct DNA comparison confirmed that the genetic profile belonged to Joseph Martinez, also known as “Jupiter Joe.” Martinez was arrested in November 2021 and, following a jury trial, was convicted in November 2025 of two counts of second‑degree murder. On March 26, 2026, he was sentenced to 25 years to life in prison. This prosecution marked the first case in New York City to be solved using familial DNA, demonstrating the power of advanced forensic technologies and long‑term investigative persistence to deliver justice for victims and their families decades after a crime occurs. This case was supported through the Bureau of Justice Assistance’s Prosecuting Cold Cases Using DNA (COLD) Program, which provides resources to help prosecutors apply modern forensic tools and investigative strategies to unresolved violent crimes.
Forensics TTA

Virtual Training for Forensic DNA Professionals: Kinship and Parentage Analysis

Developed by the Forensics TTA Program, led by RTI International, in collaboration with Bode Technology with funding provided by the Bureau of Justice Assistance (BJA), this self-paced, web-based training is designed specifically for BJA Forensics Programs grantees. The course was created to address a critical gap in accessible kinship analysis training resources for forensic DNA professionals. While kinship analysis has long been used in parentage and family relationship testing, it holds significant value in forensic casework including missing persons investigations, unidentified human remains cases, sexual assaults, and other violent crimes.

New on-demand training resource now available!

The Virtual Training for Forensic DNA Professionals: Kinship and Parentage Analysis is now available! Visit the resource webpage to learn more about this course and how to access it. VIEW COURSE DETAILS
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Forensic

‘Stranger’ Targeted in 1985 Fatal Stabbing Now Identified

On October 12, 1985, an unidentified man was attacked outside of a liquor store in Fort Worth, Texas. Two individuals approached him, stole his wallet, and stabbed him in the chest. He was transported to a hospital, where he later died during surgery. At the time, the victim had no identification, and his identity could not be determined. Investigators documented the victim’s physical characteristics, clothing, and other identifying details and shared postmortem photographs with the public. Two suspects were subsequently arrested following a Crime Stoppers tip and later stated they had targeted the victim because he was unfamiliar in the neighborhood, luring him to the location before the attack. Despite these investigative efforts, the victim remained unidentified and was entered into the National Missing and Unidentified Persons System (NamUs) as an unidentified person case. In 2024, the Tarrant County Medical Examiner’s Office submitted evidence from the case for advanced DNA testing which yielded the development of a DNA profile suitable for Forensic Genetic Genealogy (FGG). Investigative leads to potential genetic relatives were generated, enabling the Tarrant County Medical Examiner’s Office to begin outreach. Investigators reached a potential close relative who immediately recognized the case as that of her missing uncle, Barry Thompson, who had disappeared in 1985. A reference DNA sample was collected from the potential close relative, and the comparison confirmed the victim’s identity as Barry Thompson. This case resolution was supported by a cold case review initiative funded through the Bureau of Justice Assistance’s Missing and Unidentified Human Remains (MUHR) Program.
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Forensics TTA

Certification Form Quick Tips: Plan for Forensic Science Laboratories

The Bureau of Justice Assistance (BJA) seeks to fund improvements to forensic science and medical examiner/coroner (ME/C) services through the Paul Coverdell Forensic Science Improvement Grants Program (Coverdell Program). Under the Formula Coverdell Program, State Administering Agencies (SAAs) may apply for funds to improve forensic science and ME/C services provided by laboratories operated by the state or units of local government. The Coverdell law requires state applicants to create a plan for forensic science laboratories supported by the Coverdell Program, and then certify the plan. The plan must outline a strategy for how Coverdell Program funds will improve the quality and timeliness of the forensic services provided.
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Forensics TTA

Certification Form Quick Tips: Generally Accepted Laboratory Practices and Procedures

The Bureau of Justice Assistance (BJA) seeks to fund improvements to forensic science and medical examiner/coroner (ME/C) services through the Paul Coverdell Forensic Science Improvement Grants Program (Coverdell Program). Under the Formula Coverdell Program, State Administering Agencies (SAAs) may apply for funds to improve forensic science and ME/C services provided by laboratories operated by the state or units of local government. The Coverdell law requires state applicants to certify that any forensic science laboratory system or ME/C office receiving Coverdell Program funds uses generally accepted laboratory practices and procedures as established by accrediting organizations or appropriate certifying bodies. To meet this requirement, SAAs should demonstrate that Standard Operating Procedures (SOPs) aligned to those provided by accrediting organizations or appropriate certifying bodies exist and are in use within the forensic science laboratory system or ME/C office.
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Forensics TTA

Certification Form Quick Tips: Forensic Science Laboratory System Accreditation

The Bureau of Justice Assistance (BJA) seeks to fund improvements to forensic science and medical examiner/coroner (ME/C) services through the Paul Coverdell Forensic Science Improvement Grants Program (Coverdell Program). Under the Formula Coverdell Program, State Administering Agencies (SAAs) may apply for funds to improve forensic science and ME/C services provided by laboratories operated by the state or units of local government. The Coverdell law requires state applicants to certify that any forensic science laboratory system receiving Coverdell Program funds is either accredited or, if not accredited, will designate a portion of the funds to prepare and apply for accreditation within 2 years of receiving the Coverdell Program funds. Applications requesting funds solely for ME/C offices within the state are not required to submit this certification.