Crime scene investigation is about to get more affordable and efficient, as researchers from the National Center for Forensic Science in Orlando, Florida, have found a cheaper and faster method to identify a wide range of body fluids.
OXFORD — It’s no bigger than a microwave oven from the 1980s, but a machine inside the Oxford Police Department can test DNA in less than two hours.
This week, the U.S. Federal Bureau of Investigation announced a plan to accelerate the collection of DNA profiles for the government’s massive new biometric identification database.
Prosecutors in Boston were forced to put a rape suspect on trial three times before jurors were willing to convict him a decade ago. It wasn’t due a lack of evidence, but because the suspect was an identical twin.
Similar cases have popped up elsewhere, illustrating the challenges of prosecuting a twin. Because identical twins come from a single fertilized egg, standard DNA testing has not been able to differentiate between them.
Baltimore, MD (Scicasts) — Researchers at Johns Hopkins have identified a highly sensitive means of analyzing very tiny amounts of DNA. The discovery, they say, could increase the ability of forensic scientists to match genetic material in some criminal investigations. It could also prevent the need for a painful, invasive test given to transplant patients at risk of rejecting their donor organs and replace it with a blood test that reveals traces of donor DNA.
Alana Saarinen is one of just a handful of people in the world who have DNA from three people, thanks to a new infertility treatment that could soon be available in the UK.
Over the past 20 years DNA evidence has become the foundation upon which forensic investigation is built. The identification of traces of blood, saliva and other bodily fluids places a suspect directly at the site of a crime, and can be the difference between a guilty or not guilty verdict in court.
But as new identification technologies emerge at an ever quickening pace, new questions are being raised as to not only the efficacy of these technologies, but also their implications on privacy, civil liberties and validity.
Recently, Corning Incorporated, together with Polytechnique Montreal, is developing a type of smart glass mainly used as the touchscreen of the smartphone, which can detect people’s physical condition and can even analyze the user’s DNA through reading the spit on the surface of the smart glass. Besides, this smart glass can also detect the composition of the atmosphere.
WASHINGTON – The District of Columbia is about to become the first city in the nation to use a revolutionary new crime fighting tool. It is a lab device that can analyze DNA in just over an hour and gives investigators the answers they need in just a fraction of the time it takes now.
SAN DIEGO, July 1, 2014 /CNW/ – Diomics, Inc., a provider of X-Swab™, a novel bio-specimen collection material, reported that its patented technology was used in a new study being published today in the journal Forensic Science International Genetics. The study, “Evaluation of a Novel Material, Diomics X-Swab™, for Collection of DNA,” assessed the ability of X-Swab™ to recover DNA by DNA quantitation and short tandem repeat (STR) typing. The authors conclude that X-Swab™ yielded significantly more DNA and higher average peak heights compared with DNA extracted from competing technologies for both blood and saliva samples, particularly for low quantity samples.
INDIANAPOLIS — A northwestern Indiana police department on Tuesday became one of the first law enforcement agencies in the country to distribute a theft-deterring chemical that leaves DNA-like “signatures” on property and those who attempt to steal it.
Look out criminals. The crime-busting tools of science fiction are becoming a reality. A new forensic test can detect the ethnicity and gender of someone using nothing but a single hair, and in less than two minutes no less, according to a new study.
The study, published in the Journal of Analytical Atomic Spectrometry, details how a new tool designed by scientists has shown a 100 percent success rate in identifying gender and ethnicity using a strand of hair
Sensitive site exploitation is part of SOCOM’s special reconnaissance, surveillance and exploitation program office, where work is conducted to collect biometric and forensic intelligence.
As the Defense Department shifts to a strategy that will rely more on special operators, those conducting sensitive site exploitation missions need new technologies, Fitz said.
GRAND RAPIDS, MI — It was a brutal 1999 rape of a young woman in downtown Grand Rapids.
The case might have been solved years ago, but for an unusual twist in the circumstances of a suspect – he was an identical twin – and DNA technology could not distinguish between the genetic makeup of Jerome Cooper and his brother, Tyrone Cooper. Both were sex offenders
That was then.
Now, science may have advanced enough to solve the case, police say.
A business called the Center for Advanced Forensic DNA Analysis in Greenville, N.C., claims it can look at genetic mutations to determine which brother committed the crime
A new kind of sanitizer spray kills more than just bacteria. Artist and technologist Heather Dewey-Hagborg‘s “Invisible” line aims to wipe all traces of personhood from drooled-on forks, subway poles, and all other objects that hide traces of our DNA long after we’re gone. A product that preemptively erases DNA in order to avoid people spying on your genome might sound paranoid. But Dewey-Hagborg knows just how easy it is to snoop on DNA from experience. In 2012, fascinated by a single stray hair found in a cracked painting, she began collecting cigarette butts, chewed-up gum, and hair samples from public places, analyzing the genetic sequences contained within, and creating 3-D masks generated from the forensic details. The “Stranger Visions” project, she says, drove her deep into the all-too-real debates over genetic surveillance. Now, she’s working on a dissertation on genetic privacy, and gearing up for a sale of the sprays this June.