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DNA Could Put a Face to the Crime in the Future
An Irish geneticist is pioneering forensic techniques that can estimate a person’s appearance from a DNA sample.
Fingerprint Accuracy Stays The Same Over Time
Researchers have shown that fingerprint recognition accuracy remains stable in subjects apprehended multiple times over a period of 5 to 12 years.
Teeth Reveal Lifetime Exposures to Metals, Toxins
Researchers have identified dental biomarkers to reveal links between early iron exposure and late life brain diseases.
Better DNA Analysis for Catching Criminals
A simple, lower-cost new method for DNA profiling of human hairs developed by the University of Adelaide should improve opportunities to link criminals to serious crimes.
The Perfect Partnership: Research & Industry; Software & Instrumentation. It really starts to come together at ASMS 2015
Collaboration and knowledge-sharing were evident everywhere: on the bus, in the hallways and in the bars. This article aims to capture this theme and share with you some of the fruits of this coming together of science and industry.
Are Microbes the Future of Forensic Science?
Forget checking for latent prints or impression evidence, forensic scientists of the future might use skin microbiology to pin a suspect at the crime scene.
New Test Detects Drug Use From A Single Fingerprint
Research published in the journal Analyst has demonstrated a new, non-invasive test that can detect cocaine use through a simple fingerprint.
Potential Forensic Uses for Human Microbiome
A recent study suggests microbial communities found on or in some sites in an individual's body can be used as fingerprint-like identifiers.
Crime Scene Discovery – Separating The DNA Of Identical Twins
Forensic scientist Dr Graham Williams uncovers one of the DNA’s longstanding mysteries.
‘Fracture’ Prints, Not Fingerprints, Help Solve Child Abuse Cases
Much like a finger leaves its own unique print to help identify a person, researchers are now discovering that skull fractures leave certain signatures that can help investigators better determine what caused the injury.
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Strategies to compare far-UV Circular Dichroism spectra of similar proteins using Chirascan™-plus Automated Circular Dichroism
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Applied Photophysics Ltd.

Due to the very low sample volumes required and the simplicity of the measurement, it is a powerful comparative tool to detect differences in structure between proteins. Here, Applied Photophysics explores two ways of analysing CD spectra taken in the far ultraviolet, that do not require quantitation of the protein concentration.

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