DNA links Fresno robbery suspects to fatal crash

DNA from two home-invasion robbery suspects who allegedly stole a truck and then got into a fatal hit-and-run crash will be pivotal evidence in their trial, which started Tuesday, the prosecutor said.

Curtis Travis, 35, and Stephen Stowers, 24, both of Fresno, are on trial for murder, robbery and hit-and-run in the death of Heliodoro Anthony Ruvalcaba, 50, of Fresno, who was killed in January 2011.

Ruvalcaba was on his way home from his janitorial job when he was struck by a truck that Travis and Stowers allegedly stole minutes earlier.

The pair had been at a friend's apartment at 4111 N. Blythe Ave. about 1 a.m. on Jan. 5, 2011.

A short time later, they forced their way into another apartment at the complex, taking a laptop computer, two cellphones, $10 and keys to the resident's pickup, police reports state.

David Ruiz testified Tuesday that he was asleep in the apartment with his wife and two children when Travis and Stowers entered by breaking a window.

After hearing the noise, he went into his living room to investigate and was ordered by the two men to hand over his keys, cash, laptop computer and cellphones. Ruiz said he did so because he feared for the lives of his wife and daughters.

Ruiz described the men as light-skinned and dark-skinned, and he identified Travis as the man who made most of the demands. He could not positively identify Stowers. Travis is white and Stowers is black.

The pair left in Ruiz's 1994 Chevrolet Silverado, running two red lights before speeding about 60 mph eastbound on Ashlan Avenue near Highway 99, police said.

Travis, reportedly the driver, ran red lights at Ashlan and the Highway 99 offramp and hit Ruvalcaba's northbound 1998 Ford Taurus, killing him, police said.

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DNA dating study kills off Jurassic Park

Reconstructing dinosaurs from ancient DNA has been dealt a blow with a new study finding genetic material can only last 1 million years.

An international team of researchers reached the finding after analysing DNA extracted from bones of the extinct New Zealand moa.

They found that while short fragments of DNA could possibly survive up to 1 million years, sequences of 30 base pairs or more would only have a half-life of around 158,000 years under certain conditions.

Lead author Dr Morten Allentoft from Murdoch University's Ancient DNA lab in Perth says their results contradict earlier studies which claimed to have extracted DNA fragments several hundred base pairs long from dinosaur bones and preserved insects, claims which underpinned the storyline of the 1993 movieJurassic Park.

"What we show here with the decay rate of DNA is that this is never going to be possible," Dr Allentoft said.

"It may be that you can have extremely short fragments of DNA, only a few base pairs that persist for maybe a million years, maybe even longer."

Dr Allentoft says the earlier findings may have been due to contamination with human DNA.

Rate of decay

The latest study, published in the Proceedings of the Royal Society B, also establishes a DNA decay rate which could help identify specimens likely to yield useful genetic material.

It might also one day enable DNA to be used to date bones and teeth or even be used for forensic investigation of human remains.

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DNA dating study kills off Jurassic Park

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Applied DNA Sciences and 3SI Use DNA to Protect Teller Stations

STONY BROOK, NY--(Marketwire - Oct 9, 2012) - Applied DNA Sciences, Inc. ( OTCBB : APDN ), (Twitter: @APDN), a provider of DNA-based anti-counterfeiting technology and product authentication solutions, announced today that 3SI Security Systems is expanding its use of APDN's SigNature DNA evidence marking product into 3SI smoke and dye cash protection systems used across Europe. First orders, to the banking sector, are already being processed.

3SI Security Systems is a world leader in cash protection systems designed to recover stolen cash and high-value assets, apprehend criminals and deter crime.

The smoke and dye system, called Thinpac, is already in use in over 130,000 locations worldwide, with great success at deterring crime. 3SI called the addition of SigNature DNA marking to the Thinpac "a unique and leading edge security feature which we are happy to be able to offer to our customers." The company points out that "SigNature-DNA-tagged items can be identified unequivocally with a marker unique to a specific Thinpac, and hence unique to a particular crime. Any item, cash or person that comes in contact with the smoke will be marked by the SigNature DNA."

Police forces across Europe are becoming more familiar with the use of unique SigNature DNA markers in cash-protection systems, placing them in a much better position to catch and convict criminals. SigNature DNA provides police with a welcome additional investigative tool, which often reduces the amount of time it takes the police to undertake such investigations.

James Hayward, Chairman and CEO of Applied DNA Sciences, said, "Our SigNature DNA product is now used in many countries across Europe and is increasingly popular with police. One of our best examples of how the police make excellent use of our DNA to catch criminals is in the United Kingdom where 48 criminals have already been convicted and jailed for over 242 years, providing a great deterrent that has helped to significantly reduce the number of Cash in Transit robberies."

SigNature DNA is used to protect approximately 26% of cash movements in the United Kingdom.

Protection of bank tellers adds to APDN's portfolio of cash protection products. 3SI already uses APDN SigNature DNA marks to protect nearly 5,000 ATMs, using a DNA liquid which is placed in ink tanks that are fitted inside individual ATM cassettes. The cassette activates when triggered, marking all the cash inside the ATM and the criminals.

David Stanks, CEO of 3SI Corporation noted, "We have proven that we can significantly extend the value of our solutions by including the SigNature DNA products. This is a logical continuation of our strategy to deter crime and protect people."

About Applied DNA Sciences

APDN is a provider of botanical-DNA based security and authentication solutions that can help protect products, brands and intellectual property of companies, governments and consumers from theft, counterfeiting, fraud and diversion. SigNature DNA and smartDNA, our principal anti-counterfeiting and product authentication solutions that essentially cannot be copied, provide a forensic chain of evidence and can be used to prosecute perpetrators.

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Applied DNA Sciences and 3SI Use DNA to Protect Teller Stations

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Rayney investigators seek 'third person' DNA

Update: A forensic expert in the Corryn Rayney murder investigation was asked to check whether a specific third person had left behind hair in Mrs Rayney's car or at the alleged crime scene, statements have revealed.

Statements from forensic scientist Rosalyn Treliving were among those released to the media today.

In her statements, the scientist says she had been given hairs found in Mrs Rayney's car and outside her Como home - the alleged crime scene - to see whether they matched her husband Lloyd Rayney or a third person whose name is blacked out of the statements for legal reasons.

Mr Rayney has pleaded not guilty to wilful murder and denies any involvement in the death of his wife who was last seen alive at a dance class that evening.

In her statements, Ms Treliving said that not all the hairs contained roots and of those that did no DNA was recoverable apart from partial profiles corresponded with Mrs Rayney's profile and therefore could have come from her.

She concluded the findings could not assist in determining whether Mr Rayney or the third person were involved in Mrs Rayney's death.

She also examined a handkerchief found in Mrs Rayney's grave, locating possible saliva but not blood. The handkerchief did not yield DNA.

Ms Treliving stated that tests were also conducted on DNA extracts from hair on Mrs Rayney's clothes, DNA from a tree branch at her gravesite and DNA from a hair in her body bag.

She said DNA samples from the gravesite branch and from on hair on her clothes could not be reliably said to have come from Mrs Rayney, her husband or the other suspect. but they did contain components that could not have come from the trio.

A single DNA component from hair on Mrs Rayney's clothes that corresponded with both Mrs Rayney and her husband's profiles bore little significance while a single DNA component from the body bag hair and which matched the un-named suspect was also of little significance becasue it was in one of every five people.

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DNA testing leads to charges in elderly woman's rape in 2003

HOUSTON (KTRK) -- DNA testing has led to a man being charged in the 2003 rape of an elderly woman.

According to court documents, the victim, who was 77 at the time of the alleged incident, told police she was raped on August 8, 2003 in the dining room of her apartment on N. Braeswood. The woman says a man grabbed her from behind and dragged her to her bedroom as she screamed for help. Then she says the man punched her and threw her to the floor.

Court documents state the suspect stole her coin jar and piggy bank, then tied her hands together and sexually assaulted her. The woman says he took her purse too.

The woman said she did not see the suspect's face because the room was dark and she suffers from degenerative eye disease. She got a rape kit on the same day.

Then on September 21 of this year, DPS crime lab identified a DNA profile match with Wesley Bernard Gordon.

Gordon, 40, is charged with aggravated sexual assault of elderly person. He is not in custody.

Court records show Gordon has prior convictions for theft in 1990 and burglary of a motor vehicle in 1991.

(Copyright 2012 KTRK-TV/DT. All Rights Reserved.)

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Ancient DNA and Sumerians | Gene Expression

A few months ago someone asked me (via email) which populations I would love to get typed (genetically that is). There is one population which did not come to mind at the time: the Sumerians. Why? Because these are arguably the first historic nation. The first self-conscious ethnic group which operated by the rules which we define as the fundamentals of literate civilization. Strangely, they are an ethno-linguistic isolate. My own assumption until lately has been that this is not too surprising, in that prior to the rise of expansive civilizations (Sargon of Akkad) there was much more linguistic and ethnic diversity than we currently see around us. Or, was evident even in the early Iron Age. In other words, the ancient Fertile Crescent may have resembled the highlands of Papua, with Hurrians, Akkadians, Gutians, Elamites, Sumerians, etc., all speaking mutually unintelligible dialects which diverged very far back in the mists of antiquity.

I am no longer quite so sure about this model. That is largely due to the possibility that there was a great deal of demographic change between the Mesolithic and the Bronze Age, with successive waves of layering and replacement. My rough model is that a few groups of farmers may have expanded to swallow up thousands of hunter-gatherer groups. These homogeneous farmer societies eventually would diversify, because they were not united by the institutional forces which cemented later imperial regimes, in particular, literate elites which had a sense of consciousness which extended deep into the past because of written records.Therefore, the diversification would presumably have been similar to what we see with Romance languages, or Indo-Aryan, branching out from an common root language which replaced many competitors rapidly. Without writing and large scale polities the divergence would be more rapid, and there would be many more tips on the phylogenetic tree.

The Sumerians, and their neighbors the Elamites, as well as groups like the Hatti and Hurrians & Urartian, pose problems for this thesis. None of these groups seem to be Indo-European or Semitic, the two dominant language families of Near East by ~1,000 B.C. You have in the ancient Near East then a situation where the light of history reveals before us not the diversification of Indo-European and Semitic speaking farmers, but rather a host of unique and disparate peoples, all simultaneously lurching toward literate civilization, one after another.

Something just does not add up in my models. Genetics will not solve the puzzle, but it may help in elucidating relationships. The origins of the Sumerians are murky, but many scholars have suggested that they may have arrived from the south (the oldest city, Eridu, is in the south). Others have suggested that the Sumerians descended from the mountains of the northeast. Though I presume that the people Arabia have changed a great deal since antiquity, it would be interesting if it was found that the Sumerians resembled the Qatari (at least the Eurasian component) more than they did the modern Assyrians.

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DNA to guard Dubbo stores

Oct. 9, 2012, 4:30 a.m.

IN A first for regional NSW, criminals will no longer feel safe as new DNA technology helps authorities put them behind bars.

The innovative technology known as the DNA Guardian is set to revolutionise crime prevention in Dubbo, after it was installed at Club Dubbo and convenience store Lucky 7 yesterday.

It is the first time this kind of technology has been implemented in regional NSW.

DNA Security Solutions, based in Adelaide, specialises in criminal marking systems. When a DNA Guardian unit is installed within a premises, it can immediately pick up on when a crime occurs.

Business development worker Jeffre Murray explained how sterile water could help identify a criminal with one simple spray.

When a DNA Guardian unit is installed in a pub or shop, crime can easily be picked up. The unit is triggered when a theft occurs, and sprays the criminal with sterile water, marking them as they leave the premises, Mr Murray said.

DNA workers and business owners, he said, would immediately receive a text message informing them of the crime. Once it is brought to their attention, they can then view CCTV footage, get a clearer idea of what the criminal looks like, and help police track them down.

Once police are notified, they only have to shine a forensic blue light on criminals to match their DNA with what was found at the scene of the crime, and formally identify them as the responsible party, Mr Murray said.

He said he had notified members of Dubbo Police before his arrival to Dubbo, who were quite impressed with the DNA equipment.

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DNA Sequencing Market Growth Driven by Top 10 Companies and Technologies

ReportsnReports.com adds new market research report Top Ten Companies in DNA Sequencing to its store. Global sequencing products market is forecast to reach $6.6 billion by 2016.

Dallas, Texas (PRWEB) October 08, 2012

The goal of this report is to provide a more in-depth look at the top tier DNA sequencing companies as well as some of the second tier companies to look for in the near future, and to note the technological changes within the DNA sequencing industry that are sure to play a role in the years to come.

More specifically, the objectives include identifying companies that are considered the leaders in their field and the technological means these companies are using to exploit their markets and dominate their field.

Key technology points explored include:

Other major factors used to determine top companies in the field include:

INTENDED AUDIENCE

This study will be of particular interest to life-science research tools suppliers, pharmaceutical, diagnostics, nanotechnology, bioinformatics, semiconductor, and biotechnology companies. It will also be valuable to companies involved in genome sequencing projects, sequencing centers, manufacturers of microarrays, suppliers of molecular diagnostics assays, bioinformatics companies, and cancer researchers and clinicians. As this report is a profiling of top companies in the DNA sequencing field, the main audience should also include executive management personnel and marketing and financial analysts.

SCOPE

The scope of this report is focused on a select 10 companies in DNA sequencing, and the key areas in the field that are driving industry growth allowing these companies to succeed. These areas include Sanger, next-generation, and emerging sequencing technologies; the markets for sample preparation products, sequencing instruments and consumables; and bioinformatics and sequencing services. A key area BCC also explores is industry structure, noting strategic alliances and acquisitions along with pertinent patent information.

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Forensic Anthropologist Uses DNA to Solve Real-Life Murder Mysteries in Latin America

"Seora, go and search for yourself." With those words, Mexican authorities sent away the grieving mother seeking clues about her daughter's killer. The year was 2001, after those authorities had discovered the bodies of eight young women in a cotton field near Ciudad Jurez on the Texas-Mexico border, across the Rio Grande from the U.S. city of El Paso. Police were unlikely to solve their cases, just like those of the hundreds of women who had been sexually abused, mutilated and killed in this lawless town, where this year alone another 60 women and girls have been murdered. The government's handling of the "Campo Algodonero" murders stood out as an egregious violation of human rights for the way the authorities botched the case and mishandled the women's remains.

The victims' mothers even came to doubt that the remains authorities had given them were their own children. In December 2003 they began working with Mercedes Doretti, a New York-based forensic anthropologist and co-founder of the Argentine Forensic Anthropology Team to get help in identifying the bodies.

Doretti's work in Ciudad Jurez revealed that law enforcement had misidentified three of the eight remains furnished, and her report to the Inter-American Court of Human Rights led in 2009 to an order for reparations to all the families and a condemnation of the Mexican justice system. That small victory cemented Doretti's resolve to probe deeper. She now knew that dozens of other bodies had no possible matches to local families. Where had these other victims come from?

Doretti, a stylish woman in her 50s, has spent her life supporting human rights. She studied anthropology in Buenos Aires, during the height of Argentina's "Dirty War," when the right-wing regime kidnapped, tortured and murdered some 20,000 students, activists, journalists and guerrillas. Her team's work identifying remains of the Desaparecidosthe disappeared onescontinues today, and evidence she personally collected in the 1980s is still making its way through the country's legal system. In 2007 the MacArthur Foundation awarded her a "genius grant" for her work investigating human rights abuses around the world, and she serves as a Chairman of the Board of Trustees of the United Nations Voluntary Fund for Victims of Torture.

Doretti suspected that some of the unidentified bodies in Mexico may have been migrants journeying north from Central America, and in 2009 she established the Missing Migrants project. The full scope of the problem is hard to pin down, but some 200 migrants die of exposure each summer in southern Arizona alone. Mexico's criminal gangs have kidnapped many more for extortion or murdered and buried these victims in mass graves. Doretti has created a network of forensic DNA banks in El Salvador, Honduras and Chiapas, Mexico and recently announced her first positive identifications from remains recovered in Texas and Arizona. "It's amazing what she's doing," says Bruce Anderson, forensic anthropologist with the medical examiner's office in Pima County, Arizona.

Scientific American met Doretti at her organization's spartan one-room office in Brooklyn's DUMBO neighborhood. Edited excerpts follow.

When the Argentinean dictatorship collapsed in 1982, you still thought that you might follow an academic anthropology path. How did you get introduced to forensics? I was at a demonstration against the International Monetary Fund in January 1984, and one of my friends came and said: "There's a gringo who wants to exhume disappeared people." As it happened, the American Association for the Advancement of Science had sent a scientist named Clyde Snow down to train people in forensics, but the Argentinean Anthropology Association initially did not want to get involved directly. Snow didn't have anybody to work with. Frankly, it sounded very strange to me. But after meeting him the next day, I realized everything he was saying made total senseto apply the techniques of traditional archaeology and biological anthropology into the forensic field so that we will be able to recover and identify the remains of Los Desaparecidos in the proper way.

Were you afraid of the consequences of working on a politically charged project like this? I was very scared. If you look at the history of Argentina, there had been a coup of every democratic government since the 1930s. If there was another coup we knew we would probably have to leave the country. Also, none of us knew how we were going to react personally when entering a cemetery. It's very different to dig up remains 10,000 years old than to dig up recent remains. We would also be working surrounded by the police, who brought back terrible memories from the dictatorship.

Was your family affected by the dictatorship? Yes, though not in the way in which other families were affected. We didn't lose any members of our family, but because my mother worked as a journalist and was talking about these things on her daily radio show, she was constantly receiving death threats. We thought about leaving the country.

Several days after meeting Snow, you began your work at a cemetery as part of a judicial investigation. What was the condition of the first remains you uncovered? They were fully skeletonized and, to my surprise, I was able to cope. I was very concentrated on the details of digging and cleaning the skull and making sure that the teeth didn't fall out and things like that.

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DNA key to resolving decades-old criminal cases, both defense, prosecution find

Yesterday at 10:16 PM It can clear a suspect or secure a conviction, as it did last week in Maine's oldest cold-case homicide.

By DOUG HARLOW Morning Sentinel

SKOWHEGAN - When physical evidence in the 32-year-old murder case against Jay Mercier seemed to bog down in court last month with tire tracks and old photographs, the state still had one trick left up its prosecutorial sleeve: DNA.

Rita St. Peter

click image to enlarge

Jay Mercier

HOWDNAISUSED

The past decade has seen great advances in a powerful criminal justice tool: deoxyribonucleic acid, or DNA.

DNA can be used to identify criminals with incredible accuracy when biological evidence exists. By the same token, DNA can be used to clear suspects and exonerate persons mistakenly accused or convicted of crimes.

In all, DNA technology is increasingly vital to ensuring accuracy and fairness in the criminal justice system.

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DNA key to resolving decades-old criminal cases, both defense, prosecution find

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DNA expert: Ken Bluew the 'single source' of blood found on pregnant Jennifer Webb's clothes, vehicle

SAGINAW, MI Kenneth T. Bluew's DNA matches the DNA from at least 26 bloodstains examined in connection with the apparent suicide of the woman who was eight months pregnant with his son, an expert testified today.

Lisa Ramos, who works for the Michigan State Police, testified during Bluew's trial today regarding the results of the tests she conducted on numerous bloodstain samples sent to her from Valerie Bowman at the state police's Bridgeport crime lab.

Bluew, 37, is charged with first-degree premeditated murder in the Aug. 30, 2011, death of Webb at North Outer and Hack in Buena Vista Township. Webb, 32, planned to name her son Braxton; the fetus' DNA showed that "it was consistent" that Bluew was the father, Ramos said.

Ramos testified that Bluew was the only DNA donor of bloodstains found on Webb's clothing, in and on the outside of Webb's Pontiac Aztek, on his uniform, and in his police cruiser.

Among those stains included those from the inside portion of a piece of a disposable examination glove found in Webb's clothes, Ramos said. She also tested the outside of the piece of the glove, and neither Bluew nor Webb could be excluded as being a donor, Ramos testified.

The stains to which Bluew was the only donor, or single source, also included a swab under the fingernails of Webb's left hand; stains on Webb's shirt, pants and bra; and one of Webb's flip flops, found in a culvert of the ditch Webb was hanging into. Last week's testimony from Bluew's fellow officers who were on scene showed that the flip flops were not touched until crime lab personnel arrived hours later.

Ramos also testified that Bluew was the only donor of a stain on the rear door of the Aztek's passenger side, which Bowman this week testified had a ridge structure in it like a fingerprint.

Bluew also was the single source of at least seven stains found inside the Aztek; all nine stains on Bluew's duty pants, the ones he told state police Detective Sgts. Allan Ogg and Jason Teddy were oldand not worn that night; a stain on the CE portion of the POLICE lettering on Bluew's tactical vest; a stain on the sleeve of his T-shirt, found with the old duty pants; and the interior of the driver's side door, the steering wheel, and the handheld police radio microphone of his police cruiser.

Ramos testified that Webb was the only DNA donor of a blood stain found on a driveway leading to the Buena Vista Township Wastewater Treatment Plant, about 270 feet by foot from where Webb's vehicle was found and next to a silver charm that appears to have come from Webb's necklace. She also was the only donor of blood stains on the left neckline of her shirt; a hoop earring and a stud earring found in her vehicle; and the driver rear door molding of her vehicle, Ramos testified.

Ramos testified that the swabs taken from under Webb's fingernails both contained two donors: Webb and a male source. Ramos testified that Bluew's DNA matched the male donor of the left hand and cannot be excluded as being the source of the right hand.

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DNA evidence links man to elderly Tulia woman's murder

Readmore: Local, Crime, News, Imogene Wilmoth Harris, Tulia Texas, Tulia Death, Tulia Woman Killed, Homicide, Murder, Tulia Homicide, Woman Killed by Blunt Force Trauma, Blunt Force Trauma, Harris Killed in Tulia, Dna Evidence, Esequiel Gomez, Dna Evidence Tulia Murder, Tulia Murder, Swisher County Murder

TULIA, TEXAS -- DNA evidence helped to link a man to the murder of an elderly Tulia woman in 2011.

According to Tulia Police, the Texas Department of Public Safety Crime Lab linked evidence from a sexual assault investigation in Willmar, Minn., to the murder of Imogene Harris.

An arrest warrant was issued for Esequiel Gomez, Jr., for the offense of Capital Murder.

Imogene Wilmoth Harris, 84 was found deceased in a Tulia residence in August 2011 by a family member. The cause of death was determined to be blunt force trauma, police said.

Authorities said Gomez had been living in Texas but was extradited to Minnesota for aggravated sexual assault. Additionally, police said Gomez was linked to an assault of an elderly person in Hico, Texas, in 2008.

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DNA Evidence Doesn't Convince Jury of Guilt in 1983 Murder

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The state's highest court has overturned a sexual assault conviction.

San Francisco prosecutors have struck out in their first try to convict William Payne of murder. But they will keep swinging.

Payne, 48, was charged with first-degree murder in the 1983 death of 41-year old Nikolaus Crumbley in January, after a "cold hit DNA" test linked him to the death, according to the San Francisco Examiner.

But despite the DNA evidence proving Payne was on the scene with Crumbley, with whom he had sex, the jury hung on charges of murder.

The San Francisco District Attorney's Offcie will push for a retrial, with opening arguments scheduled for Oct. 22, the newspaper reported.

Payne was 19 when Crumbley was found dead, face down and with his pants and underwear pulled down to his ankles, at the corner of John Shelley Drive and Mansell Street near John McClaren Park.

Payne was arrested for the crime in January. The DNA evidence proves that the pair had sex, but not that Payne killed Crumbley, the newspaper reported.

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DNA provides identification of victim in 1995 slaying

Los Angeles County Sheriffs Department detectives on Thursday announced that they have used DNA evidence to match a previously unknown 20-year-old woman whose body was found in 1995 to a missing person from Morro Bay.

Officials are now seeking information about the 17-year-old unsolved murder.

The body of Gail Catherine Allen, known for years as Jane Doe No. 59, was found Oct. 28, 1995, in the 21000 block of Covina Hills Road in an unincorporated area of Covina, according to a statement from the Sheriffs Department.

Her burned body was found nude in a sleeping bag that had been set ablaze and thrown from an embankment. She was burned beyond recognition, officials said.

Days before the body was found, a friend of Allen's reported her missing, according to the statement.

Early this year, Morro Bay detectives received DNA samples from Allens father, Marcus Allen of Victorville, and her mother, Deborah Forester of Colorado. After the samples were linked to Jane Doe No. 59, the case was reopened as a murder case.

Allen was believed to have worked at a Taco Bell restaurant at 1700 Main Street in Morro Bay. Detectives are looking to speak with people who worked with her, officials said.

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DNA provides identification of victim in 1995 slaying

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DNA test linking son to death of Chester County man is discounted

The DNA analysis used to link a Chester County man to the killing of his father has been discounted upon further testing, according to testimony Thursday.

Parth Ingle, 26, and his mother, Bhavnaben Ingle, 52, are charged in the 2008 death of Arunkumar Ingle, who was found dead in his bedroom in Middletown Township, Delaware County. He had multiple stab wounds and his testicles were badly bruised, according to police. His alleged killers were in court Thursday for a pretrial hearing before Delaware County Court Judge Barry C. Dozer.

Samples taken from a sink drain in Parth Ingle's South Coventry home were initially thought to match Arunkumar Ingle's DNA. When the samples were sent back to a lab in Greensburg, Pa., for a more sophisticated test not originally available, the results determined it was "100 quintillion times less probable" that the DNA belonged to Arunkumar Ingle than that it was a coincidental match, according to an e-mail from prosecutors that John Kusturiss, Parth Ingle's defense attorney, read in court.

The victim, a 55-year-old Boeing engineer, was having an affair with a Russian woman he met on the Internet. According to authorities, he planned to obtain phony passports, fake his own death, and move to India with her.

The woman, Anna Sudakevich of Philadelphia, testified that she did not learn the victim was married until Parth Ingle came to her house looking for his father.

Arunkumar Ingle's plan was to leave behind $3.6 million in insurance policies for his wife and children, authorities have said.

Prosecutors said financial gain and retribution were the motives for the killing. Parth Ingle was about $43,000 in debt at the time.

On Thursday, prosecutors introduced evidence of a letter that Parth Ingle allegedly wrote to relatives in India asking them not to contest an insurance settlement so the Ingle family could get the money.

When questioned, Trooper Robert Kirby said there was no evidence the letter was sent.

Also Thursday, the court heard the dramatic 911 call Bhavnaben Ingle made when she reported discovering her husband's body. She could be heard screaming as 911 operators tried to calm her.

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DNA test linking son to death of Chester County man is discounted

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DNA matches foot to missing San Bruno man

SAN MATEO, Calif.

DNA testing has confirmed that a foot and part of a leg that washed up on a Pacifica beach in March is that of a San Bruno man who went missing around that time, San Mateo County Coroner Robert Foucrault said Thursday.

Joseph McHenry, 27, a former member of the U.S. Marine Corps, was last seen on March 2 when he told relatives he was going rock climbing and camping overnight at a secluded beach near Pacifica, Foucrault said.

He never returned, and his car was found parked in a residential area near Sharp Park Golf Course, according to San Bruno police.

A backpack belonging to McHenry was located a few days later on the beach near Mori Point, and on March 25, a human foot connected to a portion of a leg was found near the shoreline at Rockaway Beach.

The coroner's office collected the evidence, and DNA obtained from McHenry's mother has since confirmed that the body parts were McHenry's, Foucrault said.

No other evidence of the missing man has been found.

Police do not suspect foul play, San Bruno police Lt. Geoff Caldwell said.

Without more evidence, McHenry cannot be officially pronounced dead, Foucrault said.

The family is in the process of obtaining a court order that would officially close the case, he said.

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DNA links two rapes in St. Louis County, may be more nationally

CLAYTON St. Louis County police believe a serial rapist is targeting Asian women in northwestern St. Louis County and possibly elsewhere in the country.

Detectives found DNA evidence linking the rapes of two women in separate attacks to the same man, said county Police Chief Tim Fitch. But the culprit's identity has not been determined.

Fitch said it may be significant that one victim is of Chinese descent and the other Korean.

"This is the kind of stuff that will keep us awake at night: Some stranger out there attacking innocent victims," Fitch said. "That is why it's so important to let the public know to be on guard and let us know if you have information to help us catch the guy because we also know people like this just don't stop."

The first incident took place about 1:45 a.m. April 4, 2011, at the Beau Jardine apartment complex along the 10300 block of Sannois Drive. In that case, the victim, 27, said her attacker put a blanket over her head while she was asleep in her home and sexually assaulted her. There were no signs of forced entry to the second-floor apartment, but she told police she couldn't recall whether she had locked her door.

The other attack occurred Sept. 19 and involved a woman, 18, who said she was grabbed from behind while walking on a sidewalk near Fee Fee and Bennington roads in northwestern St. Louis County. The victim told police she was walking home from a friend's house when she was taken to a grassy area about 20 feet from the sidewalk.

The locations are within five miles of each other.

"Generally speaking, serial rapists do their homework on their victims before they attack," Fitch said. "We have every reason to believe this guy isn't just driving up the road and attacking the first woman he sees."

Fitch also said similar reports going back several years have surfaced in San Diego, New York and in Maryland involving a man targeting Asian women.

"We're trying to determine if this a transient person, who is moving from city to city for a job, and see if there are links in those other cases," he said. "That makes it even more difficult to catch someone when they're mobile like that. But it could turn out that he was born and raised here as well."

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DNA links two rapes in St. Louis County, may be more nationally

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Security: What if all law enforcement agencies could do instant DNA analysis?

What would happen if everyone could do DNA analysis within minutes using a simple computerized box that accepted a person's cell samples on a swab and spit out the answer about a person's genetic identity automatically?

Though it sounds like the stuff of science fiction, that possibility is now within reach. And as the new capability of what's being called 'Rapid DNA' analysis takes off, law enforcement in police stations and the FBI could be using it to catch criminals without having to send DNA off to official DNA-testing labs as is done now. But it doesn't stop there. U.S. agencies could not only use this instant "DNA analysis in a box" to check the identity of someone wanting to come into the country, but easily check to see if two people who say they're related really are since DNA genetic information can provide that. And that's just what governments might do with it -- there's no reason that businesses and individuals couldn't easily be doing DNA analysis, too, in the years to come.

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"What science has given us is some very miraculous work in the DNA world," said Peter Verga, chief of staff for the Under Secretary of Defense for Policy at the U.S. Department of Defense, during his keynote at the Biometric Consortium Conference in Tampa recently.

After years of research encouraged by the FBI and DoD, 'Rapid DNA' analysis-in-a-box is here, proving a DNA profile can be produced automatically, with no need for professional lab training, in 90 minutes or less. Two companies, integenX and NetBio, are the manufacturers whose 'Rapid DNA' equipment is now under government evaluation at the National Institute of Standards and Technology and the U.S. Army Criminal Investigative Laboratory. More companies, including Lockheed Martin, are expected to soon follow.

Verga noted it would theoretically be possible in the future to do a DNA profile on travelers coming into Dulles Airport, for example, for security purposes. But whatever ends up happening with the new power for instant DNA analysis, it must "adhere to the rule of law" and conform to the idea that one must "do good with biometrics and avoid evil," he added.

The 'Rapid DNA' analysis is only going to get more powerful in what it can do.

Richard Selden, CEO of NetBio, describes its ANDE System as a 'Rapid DNA' box that measures 26.6''-inches by 16.5-inches' x 23.1-inches' and can take an inserted cotton swab with cell samples from someone's cheek and produces a DNA profile in 83 minutes. Ruggedized for air, truck and hand-carry, it's "stable for at least six months without refrigeration," said Selden, speaking about it at the conference. It works in "an uncontrolled environment" with "no manual processing."

To match DNA, it can connect to a remote database or do the DNA matching in a local database onboard. The technology developed by NetBio is already being expanded into next-generation device that will accept very minute samples of DNA collected from cups or virtually anywhere for a DNA profile of the individual. The box is also being expanded to do "kinship analysis," Selden pointed out.

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Security: What if all law enforcement agencies could do instant DNA analysis?

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Good News for NICU Babies: Faster DNA Testing for More Accurate Diagnoses

David Aaron Troy / Getty Images

Fifty hours. Thats how long it now takes to decode and interpret a newborn babys genome an undertaking that used to take weeks, or even months. And those two days can mean the difference between life and death for a critically ill infant.

In a paper published in the journal Science Translational Medicine, researchers led by Stephen Kingsmore, director of the Center for Pediatric Genomic Medicine at Childrens Mercy Hospital, describe a new genetic test that can rapidly screen the DNA of babies in the neonatal intensive care unit (NICU) for about 3,500 diseases known to be linked to single-gene mutations. Of these, doctors can treat about 500.

Up to a third of babies admitted to the NICU have a genetic disease. But many newborns are not diagnosed properly and may therefore miss the opportunity for a potentially life-saving therapy. Many of the symptoms of such genetic diseases are both general and shared by many different conditions, which makes them difficult to diagnose; whats more, many of the genetic conditions in question are rare, so most physicians, even NICU specialists, may not be familiar them or unable to recognize their symptoms. Currently used genetic tests are also too expensive and time-consuming to be clinically useful; because the tests can take weeks, or sometimes months, most NICU babies will have either gone home or died by the time the results are ready.

(MORE: 23andMe Wants FDA Approval for Personal DNA Testing. What Can It Reveal?)

So Kingsmore and his colleagues collaborated with Illumina, a manufacturer of gene-sequencing machines, to shorten the time it takes to both decode an entire genome and generate a clinically useful analysis of that sequencing. Thanks to recent advances in the ability to break up and re-knit DNA, the company was able to sequence the 3 billion base pairs of the genome in just 27 hours down from weeks.

But decoding a genome is only half of the challenge. Words in a book dont make sense unless they are put together in a grammatically sensible way, and similarly, DNA is meaningless unless its analyzed in the context of genes, which in turn are connected to human functions or conditions. So for two years, Kingsmores team worked on special software designed to help doctors use genetic information to make accurate diagnoses and guide ill babies to the right treatment.

The software simplifies and standardizes the often complex process of diagnosis, by allowing doctors to click on the symptoms they see in newborns; the program then puts together a list of the genes that might be most likely to be at fault. Doctors can then compare these genetic suspects to the newborns sequenced genome to see if any of the same genes are mutated; if they are, they can pinpoint a diagnosis.

(MORE: Decoding Cancer: Scientists Release 520 Tumor Genomes from Pediatric Patients)

There is a phenomenal need for more accurate and faster diagnosis in the NICU, says Kingsmore, adding that this is a setting where we know that giving treatments is one of the most effective things we can do in medicine from the cost standpoint, since these patients have 65 to 70 years of life to live out.

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Good News for NICU Babies: Faster DNA Testing for More Accurate Diagnoses

Posted in DNA

Applied DNA Sciences to Present at SAE Event

STONY BROOK, NY--(Marketwire - Oct 4, 2012) - Applied DNA Sciences, Inc. ( OTCBB : APDN ) (Twitter: @APDN), a provider of DNA-based anti-counterfeiting technology and product authentication solutions, announced today it has been invited to present at the important SAE International 2012 Counterfeit Parts Avoidance Symposium. The Symposium will take place on Friday, Nov. 2, 2012 in Phoenix, Arizona. APDN will present an important white paper which Dr. James A. Hayward, APDN CEO and President, calls "a significant contribution to an urgent conversation and a call to action."

The speakers line-up for the Symposium includes thought leaders from throughout the industries impacted. SAE International (SAE) is a global association of more than 128,000 engineers and related technical experts in the aerospace, automotive and commercial-vehicle industries.

SAE has played a key role in the development of industry and government standards in the effort to stem counterfeits in electronics and aerospace. In 2009, the U.S. Department of Defense officially adopted SAE International's standard SAE AS5553-Counterfeit Electronic Parts; Avoidance, Detection, Mitigation, and Disposition.

SAE's G-19 Counterfeit Electronic Parts Committee continues to develop and refine the widely-followed anti-counterfeiting standards.

The Symposium takes place at a critical time in the effort against counterfeits. Electronics and aerospace continue to come to grips with new anti-counterfeiting requirements expressed in Section 818 of the National Defense Authorization Act for Fiscal 2012. Section 818 directs the Office of the Secretary of Defense to update the procurement rules and guidelines to account for the new anti-counterfeiting requirements. These updates may come in early October. The rules and guidelines are found in the Defense Federal Acquisition Regulation (DFAR) Supplement to the Federal Acquisition Regulation (FAR).

APDN technology, which uses an engineered botanical DNA marker to assure authenticity of parts, is the centerpiece of a pilot program supported by the Defense Logistics Agency, managed by the LMI consultancy. As of August 7, 2012, the technology is required by DLA for defense contractors providing microcircuits in FSC 5962 to that Agency.

Janice Meraglia, APDN Vice President for Government and Military Programs, commented: "We are honored to present at an event which includes leaders who have made a real difference in the fight against counterfeits, going back many years. We believe our technology platform is poised to become a key tool in this effort, and something which will work well with and contribute to ongoing standards initiatives."

About Applied DNA Sciences

APDN is a provider of botanical-DNA based security and authentication solutions that can help protect products, brands and intellectual property of companies, governments and consumers from theft, counterfeiting, fraud and diversion. SigNature DNA and smartDNA, our principal anti-counterfeiting and product authentication solutions that essentially cannot be copied, provide a forensic chain of evidence and can be used to prosecute perpetrators.

The statements made by APDN may be forward-looking in nature. Forward-looking statements describe APDN's future plans, projections, strategies and expectations, and are based on assumptions and involve a number of risks and uncertainties, many of which are beyond the control of APDN. Actual results could differ materially from those projected due to our short operating history, limited financial resources, limited market acceptance, market competition and various other factors detailed from time to time in APDN's SEC reports and filings, including our Annual Report on Form 10-K, filed on December 8, 2011 and our subsequent quarterly reports on Form 10-Q. APDN undertakes no obligation to update publicly any forward-looking statements to reflect new information, events or circumstances after the date hereof to reflect the occurrence of unanticipated events.

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Applied DNA Sciences to Present at SAE Event

Posted in DNA