Tag: #CrimeSceneInvestigation
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Unmasking the Truth How Forensic Experts Cracked a Delhi Murder Case
Introduction A seemingly ordinary road accident turned into a chilling murder mystery when forensic experts uncovered the truth behind a young man’s death in Delhi. This gripping case study underscores the power of forensic science in distinguishing accidental deaths from criminal acts. Visit https://www.forensicscijournal.com/ for more groundbreaking insights in the field of forensic investigation From…
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Revolutionizing Forensic Techniques Fingerprint Development Using Edible Food Dyes
Introduction In the ever-evolving world of forensic science, a breakthrough study explores a novel, eco-friendly method for developing latent fingerprints using common food dyes. This creative approach not only offers a safer alternative to conventional chemical methods but also proves highly effective on non-porous surfaces. Visit https://www.forensicscijournal.com/ for more groundbreaking forensic science insights. Edible Powders…
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Decoding Crime Scenes A Forensic Study on Bloodstain Patterns from Human and Animal Sources
Introduction Bloodstain Pattern Analysis (BPA) is more than just a crime scene tool it’s a forensic language that narrates the sequence of violent events. In a recent investigative study published in the Journal of Forensic Science and Research, Sonia Rajkumari of Mody University explores the dynamics of blood splatter from human, goat, and chicken samples…
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Forensic Fibre Identification Using X-ray Diffraction A Breakthrough in Textile Analysis
Introduction In the dynamic world of forensic science, even the smallest trace can lead to groundbreaking revelations. One such tracetextile fibrehas taken center stage in a new study utilizing X-ray Diffraction (XRD) technology to differentiate between branded and non-branded fabrics. The latest research sheds light on how subtle variations in crystallographic structure can help investigators…
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How Humidity Alters Blood Serum Patterns and Transfers in Forensic Investigations
Introduction Understanding how blood behaves after it’s been shed is a cornerstone of forensic science. One crucial factoroften underestimatedis humidity. In a groundbreaking study published in the Journal of Forensic Science and Research, researchers explored how different humidity levels can significantly affect blood serum pattern formation and the ability of dried blood to transfer to…
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Revolutionizing Forensic Analysis Detecting Elevated Bilirubin with UV Fluorescence
Introduction In forensic science, the smallest traces of evidence can unlock powerful insights. A recent study reveals an innovative, non-destructive method to detect elevated bilirubin levels in dried blood serum using ultraviolet 365 nm light. This development could significantly advance crime scene investigationespecially in cases involving liver disease, physical trauma, or infant deaths. Visit https://www.forensicscijournal.com/…
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How Heat and Environment Impact Blood Serum Detection with UV LightA Forensic Breakthrough
Introduction In the forensic world, subtle clues can unlock critical truths. One such clueblood serum often eludes detection due to its transparency on many materials under visible light. However, a recent study reveals how Ultraviolet 365 nm (UV 365) can uncover even minute traces of serum, especially when affected by environmental conditions. This development offers…
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Enhancing Saliva Detection Sensitivity and Fabric Impact of Amylase Paper in Forensic Science
Introduction Saliva detection plays a crucial role in forensic investigations, especially in cases of oral assault where DNA evidence can be derived from bodily fluids. Unlike blood or semen, saliva is challenging to detect visually, making specialized tests essential. One promising method involves amylase paper, which detects the enzyme amylase abundant in saliva to map…
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