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True Crime in Science - How pollen fibres solved a decades old case
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In this episode, we discuss the murder of Christopher Laverack, and how forensic palynology was used to track down his killer decades later. We will then break down how forensic palynology works.
True Crime in Science - The case of Harold Shipman
True Crime in Science - Trailer
True Crime in Science - Forensic drug analysis
True Crime in Science - How pollen fibres solved a decades old case
True Crime in Science - How the case of Harold Shipman relied on toxicology
True Crime in Science - The murder of Christopher Laverack
True Crime in Science - How anthropologists identified a decades old murder victim
True Crime in Science - The future of forensic palynology
Police Find Killer's Horrific Evidence|#crimedocumentary #crimeseries (true silent crime)
True Crime in Science - How do forensic anthropologists work?
True Crime in Science - How DNA fingerprinting solved a historic case
True Crime in Science - How DNA phenotyping identified a murder victim from decades ago
True Crime in Science - How a killer was tracked down using pollen spores
True Crime In Science - The case of Colin Pitchfork
True Crime in Science - How does facial recognition work?
True Crime in Science - How anthropologists can identify ancient corpses
True Crime in Science - The fourth step of DNA fingerprinting
True Crime In Science - The third step of DNA fingerprinting
True Crime in Science - How facial recognition identified Jarrod Ramos
True Crime in Science - What facial features does facial recognition use?
True Crime in Science - What is facial recognition?
True Crime in Science - DNA and the Boston Strangler
True Crime in Science - How toxicology results are used in court
True Crime in Science - How does DNA phenotyping work?
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