Monthly Archives: January 2015

Advanced Warfare-DNA BOMB Hunting – Video

Posted: January 5, 2015 at 6:44 pm


Advanced Warfare-DNA BOMB Hunting
Call of Duty: Advanced Warfare https://store.sonyentertainmentnetwork.com/#!/tid=CUSA00803_00.

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Advanced Warfare-DNA BOMB Hunting - Video

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mp11 Solo double DNA bomb – Video

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mp11 Solo double DNA bomb

By: Kenny Cary

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Jurassic Park Builder – Battle For DNA #17 – Video

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Jurassic Park Builder - Battle For DNA #17
Best Jurassic Park Builder Group : https://www.facebook.com/groups/JurassicParkBuilderTheLostWorld/ Best Jurassic Park Fan Group : https://www.facebook.com/groups/JurassicParkTheEliteGroup/...

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Aw: DNA mit Ak12 / Oldschool Video mit Musik last Video ohne Commentary – Video

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Aw: DNA mit Ak12 / Oldschool Video mit Musik last Video ohne Commentary
Hoffe euch gefallen die Video, das war das letzte Video ohne Commentary 🙂 das nchste ist mit Commentary 🙂

By: DieSluutMitCon

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Aw: DNA mit Ak12 / Oldschool Video mit Musik last Video ohne Commentary - Video

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Anna Merkaba – Supreme Atom Creativity Atomic DNA Upgrade 2015 Metatron – Video

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Anna Merkaba - Supreme Atom Creativity Atomic DNA Upgrade 2015 Metatron
Supreme Atom Creativity Atomic DNA Upgrade 2015 Metatron ~ For the nature of your connectedness to the ethers shall change. And so, through the atomic principles of your very...

By: Anna Merkaba

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Anna Merkaba - Supreme Atom Creativity Atomic DNA Upgrade 2015 Metatron - Video

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Call of Duty: Advanced Warfare DNA or NAH – Video

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Call of Duty: Advanced Warfare DNA or NAH
Call of Duty: Advanced Warfare https://store.sonyentertainmentnetwork.com/#!/tid=CUSA00803_00.

By: Ricard Pujo

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DNA origami could lead to nano 'transformers' for biomedical applications

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VIDEO:Researchers at The Ohio State University are the first to prove that the same basic design principles that apply to typical full-size machine parts can also be applied to DNA... view more

Credit: Movie courtesy of The Ohio State University.

COLUMBUS, Ohio--If the new nano-machines built at The Ohio State University look familiar, it's because they were designed with full-size mechanical parts such as hinges and pistons in mind.

The project is the first to prove that the same basic design principles that apply to typical full-size machine parts can also be applied to DNA--and can produce complex, controllable components for future nano-robots.

In a paper published this week in the Proceedings of the National Academy of Sciences, Ohio State mechanical engineers describe how they used a combination of natural and synthetic DNA in a process called "DNA origami" to build machines that can perform tasks repeatedly.

"Nature has produced incredibly complex molecular machines at the nanoscale, and a major goal of bio-nanotechnology is to reproduce their function synthetically," said project leader Carlos Castro, assistant professor of mechanical and aerospace engineering. "Where most research groups approach this problem from a biomimetic standpoint--mimicking the structure of a biological system--we decided to tap into the well-established field of macroscopic machine design for inspiration."

"In essence, we are using a bio-molecular system to mimic large-scale engineering systems to achieve the same goal of developing molecular machines," he said.

Ultimately, the technology could create complex nano-robots to deliver medicine inside the body or perform nanoscale biological measurements, among many other applications. Like the fictional "Transformers," a DNA origami machine could change shape for different tasks.

"I'm pretty excited by this idea," Castro said. "I do think we can ultimately build something like a Transformer system, though maybe not quite like in the movies. I think of it more as a nano-machine that can detect signals such as the binding of a biomolecule, process information based on those signals, and then respond accordingly--maybe by generating a force or changing shape."

The DNA origami method for making nano-structures has been widely used since 2006, and is now a standard procedure for many labs that are developing future drug delivery systems and electronics. It involves taking long strands of DNA and coaxing them to fold into different shapes, then securing certain parts together with "staples" made from shorter DNA strands. The resulting structure is stable enough to perform a basic task, such as carrying a small amount of medicine inside a container-like DNA structure and opening the container to release it.

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DNA origami could lead to nano 'transformers' for biomedical applications

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DNA tracking used to determine source of Piha contamination

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New DNA tracking techniques are being used to find the source of a contamination at a popular Auckland holiday spot.

A public health warning's been issued for Piha Lagoon, amid fears septic tanks from nearby baches have contaminated the water.

Martin Neale, Auckland Council's environmental science manager, says the pathogens and bacteria found in the lagoon pose a particular challenge.

"We can tell they're in the water but what's difficult is determining where they're coming from. So there is some ongoing work and we're using some relatively new technology based on DNA."

Martin Neale says new DNA tracking is being used to find out where the contamination's come from.

"Different types of animal have different types of bacteria in them, and we can use the DNA signature to tell what kind of animal it's coming from."

Martin Neale says the DNA method costs hundreds of dollars per test, compared to around $20 per routine bacterial test.

But he says it's proven successful in the past, and work is underway to make it cheaper.

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DNA testing still unresolved in Montgomery Countys death row case against Larry Swearingen

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Prosecutors are pessimistic about the likelihood that a state district court judge in Montgomery County will ever agree to set an execution date for Larry Ray Swearingen.

Swearingen was convicted in July 2000 of the capital murder of community college student Melissa Trotter.

His appellate attorney is still hopeful that exculpatory evidence from DNA testing will show that Swearingen could not have been the killer because he was serving time in the Montgomery County Jail for unrelated warrants when Trotter was believed to have been kidnapped and killed.

There have been six motions filed by Swearingen seeking additional DNA testing, all of which have been appealed by the Montgomery County District Attorneys Office.

Both sides have filed briefs with the Court of Criminal Appeals and are waiting to learn whether the higher court will hear oral arguments before issuing a ruling, Assistant District Attorney Bill Delmore said.

The CCA affirmed former 9th state District Court Judge Fred Edwards denial of Swearingens fourth motion for DNA testing in 2010 on grounds that he can never satisfy the requirement that exculpatory results of testing would cause a different outcome in light of the mountain of inculpatory evidence of his guilt, including the discovery at Swearingens residence of the remaining half of the pantyhose used to strangle Trotter.

However, 9th state District Court Judge Kelly Case, who defeated Edwards in 2012 (Edwards passed away in 2014), granted Swearingens fifth motion for DNA testing, and the CCA reversed that order in February. Less than six months later, Case again granted the same renewed request for testing, plus additional testing sought in a supplemental sixth motion.

We are pessimistic about the likelihood that Judge Case will ever agree to set an execution date, and I have warned the Trotter family that we cannot expect the case to move forward during Judge Cases current term of office, Delmore wrote in an email to The Courier. But we have gotten past every dilatory obstacle raised by Swearingens attorneys in the past, and we remain confident that we will get this case back on track and obtain a just result for Melissa Trotter and her family.

Sixteen years after Melissa Trotters body was found in the national forest, her family has no doubt that Swearingen is responsible for the murder, according to her parents, Charles and Sandy Trotter.

Both parents, during a phone conversation with The Courier Dec. 29, expressed frustration at Cases decision to stall Swearingens execution date by allowing for additional DNA testing. They believe the actions of Swearingens appellate attorney and Case are in blatant defiance of what a jury decided nearly 15 years ago.

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DNA testing still unresolved in Montgomery Countys death row case against Larry Swearingen

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NIH grants aim to decipher the language of gene regulation

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IMAGE:New grants fund research on how the genes and switches in the genome fit together as networks. view more

Credit: Darryl Leja, NHGRI

The National Institutes of Health has awarded grants of more than $28 million aimed at deciphering the language of how and when genes are turned on and off. These awards emanate from the recently launched Genomics of Gene Regulation (GGR) program of the National Human Genome Research Institute (NHGRI), part of NIH.

"There is a growing realization that the ways genes are regulated to work together can be important for understanding disease," said Mike Pazin, Ph.D., a program director in the Functional Analysis Program in NHGRI's Division of Genome Sciences. "The GGR program aims to develop new ways for understanding how the genes and switches in the genome fit together as networks. Such knowledge is important for defining the role of genomic differences in human health and disease."

With these new grants, researchers will study gene networks and pathways in different systems in the body, such as skin, immune cells and lung. The resulting insights into the mechanisms controlling gene expression may ultimately lead to new avenues for developing treatments for diseases affected by faulty gene regulation, such as cancer, diabetes and Parkinson's disease.

Over the past decade, numerous studies have suggested that genomic regions outside of protein-coding regions harbor variants that play a role in disease. Such regions likely contain gene-control elements that are altered by these variants, which increase the risk for a disease.

"Knowing the interconnections of these regulatory elements is critical for understanding the genomic basis of disease," Dr. Pazin said. "We do not have a good way to predict whether particular regulatory elements are turning genes off or activating them, or whether these elements make genes responsive to a condition, such as infection. We expect these new projects will develop better methods to answer these types of questions using genomic data."

Recipients of the new GGR three-year grants (pending available funds) are:

The body's immune system can cause inflammation, which plays a central role in some diseases. The investigators will use a mouse model to study genomic mechanisms underlying immune system activity during inflammation. They will determine what and when genes are turned on and off, and how they are controlled, in the development and activation of two different types of immune cells with opposite functions. One cell type promotes the immune system's response and inflammation; the other dampens these functions.

Researchers will characterize how human lung epithelial cells respond to anti-inflammatory drugs called glucocorticoids (a type of steroid hormone). They will determine what and when genes are turned on and off, and how this process is controlled. They hope to create a model for this type of response, and detail the gene regulation patterns involved. This may allow the researchers to understand how glucocorticoids control both anti-inflammatory and metabolic responses.

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NIH grants aim to decipher the language of gene regulation

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