Revolutionizing Cold Case Investigations: the Role of Dna Evidence in Uncovering Criminal Justice
📄
Abstract
Abstract:
Often leaving unsolved crimes that last for years or even decades, cold case investigations constitute one of the most difficult facets of the criminal justice system. DNA evidence has shown to be a game-changing weapon in resolving such cases in recent years. The passage of time often compromised traditional techniques like eyewitness testimony or physical evidence, but DNA has become a strong, unquestionable connection between offenders and crime scenes. Emphasising developments in forensic technology, including mitochondrial DNA, touch DNA and forensic genealogy, this article investigates the revolutionary influence of DNA analysis in cold case investigations. These developments have enabled the extraction of viable DNA from degraded materials, therefore resolving formerly believed unsolvable cases. The article shows how DNA evidence has given victims' families closure and rebuilt public confidence in the justice system by means of case studies including the Golden State Killer and the Cleveland Strangler. Although the use of DNA evidence has greatly improved, problems still exist including contamination, deterioration, and the possibility of false convictions. This paper also looks at the legal, ethical, and technological issues surrounding DNA use in criminal investigations. In the end, the research shows how important DNA is for contemporary forensic science and how it can provide justice even after many years
📖
Full Article
🖼️
Figures & Tables
📚
References
⚖️
Ethics Declarations
Ethics Approval and Consent to Participate
Users can freely download, share, and reuse the article for any purpose (even commercially), as long as they give proper credit to the original author.
Competing Interests
Users can freely download and share the article, but they are strictly prohibited from using it or selling it for commercial profit.
Consent for Publication
Users can only read and view the article for personal use; they cannot copy, redistribute, or reuse any part of it without explicit permission from your journal.
📊
Post-Publication Impact
LiveCitations · Altmetric · Usage · Indexing · Score
Post-Publication Impact
Live📋
Editorial Lifecycle
Audit TrailComplete editorial process — cryptographically verified
Editorial Lifecycle
Audit TrailEditorial Process Audit Trail
NFSU-2026-V4-I2-J-2026-0110-CHAIN
✓ Verified · 6 blocks · Genesis 0x9f2bManuscript submitted via online portal
17 Jan 2026 11:13
iThenticate Plagiarism Check
17 Jan 2026 11:13
Screening Editors
17 Jan 2026 11:13
Editor decision: Accepted
17 Jan 2026 11:13
Manuscript Send to Production Manager!
17 Jan 2026 11:13
Published on the website
17 Jan 2026 11:13
🔐
Verification & Trust
CompliantCOPE · ICMJE · FAIR · ORCID · CLOCKSS
Verification & Trust
CompliantArticle Integrity Verified
All editorial chain blocks cryptographically verified · Compliant with COPE, ICMJE, and FAIR standards