Forensic Field

https://forensicfield.blog/forensic-science-e-magazine-vol-24/

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https://forensicfield.blog/forensic-science-e-magazine-vol-23/

Types of Fingerprints Patent fingerprints — visible prints left on a smooth surface. Plastic fingerprints — indentations left in a soft material. Latent fingerprints — hidden prints left by the transfer of oils or other body secretions. Latent fingerprints can be made visible by dusting with powder or via chemical reaction.

https://youtube.com/shorts/49gQpTViJuM?si=bLY5fcB5Le867CND

https://forensicarticles.com/the-art-and-science-of-identifying-evidence-from-scene-photographs/

After successfully completing our Forensic Toxicology course, it's time for the next learning journey! Which forensic course would you like us to start next to help strengthen your concepts? Vote for your preferred topic in the poll. The course with the most votes will be launched first! Your choice will help shape our next course.

Stories of dead bodies moving in morgues have fascinated people for centuries. Horror movies often depict corpses suddenly sitting up, opening their eyes, or even walking. These scenes have fueled myths and misconceptions about what happens after death. But what does science say? Read More about it: https://forensicarticles.com/the-science-behind-postmortem-movement/ #postmortem #deadbody #science #morgues #crimescene

The post discusses the significance of everyday cosmetics, such as lipstick marks, foundation transfers, and nail polish chips, as valuable forensic evidence in crime investigations. These seemingly trivial cosmetic residues can help establish connections between individuals, reconstruct events, and sometimes identify suspects. It explores various cosmetic traces that can be used in forensic science, highlighting trace evidence principles and laboratory techniques like chromatography and DNA analysis. Although cosmetic evidence is usually associative rather than conclusive, it plays a critical role alongside other forensic findings in building a comprehensive case. These details reveal the often-overlooked implications of makeup in criminal investigations. Full article here: https://forensicfield.blog/can-makeup-become-crime-scene-evidence/ #makeup #cosmetic #forensicevidence #evidence #forensicfield #crimescene

https://youtube.com/shorts/qvTV6J8iBoI?si=hrYnXUt_rSRhE32i

https://forensicarticles.com/forensic-blood-examination-presumptive-confirmatory-species-determination-and-grouping-tests/

https://forensicfield.blog/firearms-evidence-from-crime-scene-to-courtroom/

https://youtube.com/shorts/3-1f26yga_0?si=ahkjCeY8MONLp_sl

How can menstrual blood be distinguished from circulating blood? Answer: Menstrual blood contains endometrial tissue fragments, vaginal epithelial cells, and cervical mucus, whereas circulating blood does not. Microscopic detection of these components is the classical method of differentiation.

https://youtube.com/shorts/QhCsMXL8eEk?si=dPgnovQZ4gdTqZnf

They thought they had committed the perfect crime. They thought they left no trace. They were dead wrong. From invisible digital footprints to microscopic fibers, even the most meticulous serial killers make one fatal mistake. In this video, we dive deep into the forensic science that unmasked history’s most elusive monsters. We’re breaking down Locard’s Exchange Principle, how forensic odontology brought down infamous killers, and the arrogant digital error that finally caught the BTK killer decades later. Watch here: https://youtu.be/gjstzfjpzzQ #forensicscience #Serialkiller #tedbundy #btk #evidence #law #crime #crimescene