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Category Archives: Transhuman News

Proven Results with DNA Baits – Ted Carter TV Live – Video

Posted: May 17, 2014 at 10:44 am


Proven Results with DNA Baits - Ted Carter TV Live
Mark Holmes, Mark Bartlett Jason Trought go over some classic and new techniques using DNA Baits that provide big fish, every time. Broadcasting LIVE, Friday 16th May 6pm (GMT)

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Proven Results with DNA Baits - Ted Carter TV Live - Video

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Ray, Rayman, Leo And Raph- DNA – Video

Posted: at 10:43 am


Ray, Rayman, Leo And Raph- DNA
I will just do a video whit this song XD.

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Ray, Rayman, Leo And Raph- DNA - Video

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Little Mix – Salute Tour – DNA – Video

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Little Mix - Salute Tour - DNA

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051614 SWEARINGEN HEARING ON DNA EVIDENCE – Video

Posted: at 10:43 am


051614 SWEARINGEN HEARING ON DNA EVIDENCE
A heaing was held today on whether.

By: SCOTT ENGLE

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Xing Wang, Biochemist and Researcher in DNA/RNA Bio-Nanotechnology, Joins Rensselaer

Posted: at 10:43 am

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Newswise Troy, N.Y. Xing Wang, a biochemist investigating the bio-nanotechnology potential of DNA and RNA, has been appointed as an assistant professor in the Department of Chemistry and Chemical Biology at Rensselaer Polytechnic Institute. Wang joins Rensselaer from the University of South Florida, where he served as an assistant professor.

Xings research offers broad promise in drug delivery, bio-imaging, as a platform for research, and for other therapeutics and diagnostics, said Laurie Leshin, dean of the School of Science. We are thrilled he is joining the School of Science, and we welcome him to Rensselaer.

DNA (deoxyribonucleic acid) and RNA (ribonucleic acid) are familiar to us as the molecules that encode and transcribe the genetic instructions for building and sustaining all living organisms. Both DNA and RNA are composed of simple units called nucleotides that function as modular units, strung together in a genetic code much as dots and dashes are strung together in Morse code. Wangs research seeks to repurpose the modular nucleotides as building blocks for self-assembled nanoscale (one billionth of meter) structures and machinery.

DNA and RNA have a lot of advantages as bio-nanotechnology materials, said Wang. Among the advantages, DNA and RNA are bio-compatible, they can be readily synthesized or cloned, the rules that govern the interactions between nucleotides are highly predictable, and chemical properties of nucleotides are easily modified using current lab techniques.

In previous research, Wang investigated programming sequences of DNA strands that can self-assemble into two- or three-dimensional structures.

You can draw something on paper, a two- or three-dimensional structure, and then you can program sequences of DNA strands that will form your design, said Wang. Currently, this design process can even be assisted by semi-automated computer programs.

Self-assembled DNA nanostructure can serve as a prototyping breadboard to study the interactions of elements such as proteins, drugs, nanoparticles, or semiconducting quantum dots attached to the platform. A similar platform might serve as a sort of circuit board for nanoparticles aligned to form an electrical device. DNA might also be used in a drug delivery system, designed to enclose and protect a drug as it travels in the body, and bind to molecular receptors found only on the drug target.

Wang also researches RNA, which uses a slightly different set of nucleotides. Interactions among RNA chains are more complex than those among DNA chains.

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Xing Wang, Biochemist and Researcher in DNA/RNA Bio-Nanotechnology, Joins Rensselaer

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After DNA testing can't determine suspected runaway bobcat's father, judge orders it returned

Posted: at 10:43 am

STAFFORD, N.J. A judge has returned a 38-pound feline to a New Jersey woman after DNA testing couldn't conclusively say whether it was a purebred bobcat.

The Asbury Park Press reports (http://on.app.com/1oA0Am1) that Municipal Court Judge Damian Murray ruled Friday that Ginny Fine can regain custody of 38-pound Rocky. A DNA test found that the cat's mother was 98 percent bobcat, but couldn't determine its father's lineage.

Fine would not have been able to get the cat back without a permit from the state Department of Environmental Protection if it was a purebred bobcat.

Rocky has been held since April 7 at Popcorn Park Zoo in Lacey after it went missing for 12 days from Fine's home.

Fine pleaded guilty to letting the animal get loose and was fined $1,000.

___

Information from: Asbury Park (N.J.) Press, http://www.app.com

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After DNA testing can't determine suspected runaway bobcat's father, judge orders it returned

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CRISPR/Cas System from OriGene, a Complete Solution for Targeted Genome Modification – Video

Posted: at 10:43 am


CRISPR/Cas System from OriGene, a Complete Solution for Targeted Genome Modification
The CRISPR/Cas system is an RNA-guided nuclease system for targeted genomic modification. Due to its amazing simplicity, CRIPSR-based genome editing can be achieved with a simple transfection....

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CRISPR/Cas System from OriGene, a Complete Solution for Targeted Genome Modification - Video

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STi Genome Gauges – Video

Posted: at 10:43 am


STi Genome Gauges
Oil Temp 60mm Oil Pressure 60mm Boost 52mm.

By: Timothy Yeh

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STi Genome Gauges - Video

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Africa: Tsetse Fly Genome Offers Hope in Sleeping Sickness Fight

Posted: at 10:43 am

Cape Town In the wake of publication of the tsetse fly's genome, scientists say insights from the discovery are likely to open up new avenues of research into possible ways of controlling the flies and the parasitic disease they spread: sleeping sickness.

It took an international team - more than half of whom are from Africa - more than ten years to decode the genetic blueprint of Glossina morsitans, one species of tsetse fly. But the results were finally published in Science last month (25 April).

The WHO says cases of sleeping sickness, which occurs in 36 Sub-Saharan African countries, fell for the first time in 50 years to below 10,000 in 2009. The WHO aims to eradicate the disease by 2020.

Geoffrey M. Attardo of Yale University, United States, led the project. He tells SciDev.Net that charting the fly's genome will help scientists understand its basic biology, and thus potentially design ways to control it.

Identifying the species' protein-coding genes offers an exciting opportunity to understand the molecular basis for its behavioural, ecological and physiological traits, says Chris Weldon, a fly expert at the University of Pretoria, South Africa.

For example, the researchers discovered a set of visual and odour proteins that seem to drive key behavioural responses such as searching for hosts or mates.

One of these explains the tsetse fly's attraction to the blue-black coloured cloths - a trait already widely exploited in the development of traps to reduce the disease's spread.

The work could also open up other control strategies, says Jan Van Den Abbeele of the Institute of Tropical Medicine in Antwerp, Belgium, who led the international team's work on the fly's salivary gland genes. This was published in PLOS Neglected Tropical Diseases as one of several papers recently released by the project alongside the main Science one.

These methods could include, he says, producing genetically engineering and releasing males that are sterile, to keep fly numbers down. This approach was approved in Brazil last month as a means of controlling mosquitoes that transmit dengue fever.

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NextGEN CRISPR Genome Engineering — Clean Genome Editing without Off Target Mutati – Video

Posted: at 10:43 am


NextGEN CRISPR Genome Engineering -- Clean Genome Editing without Off Target Mutati
he CRISPR-Cas9 system has gained popularity due to its simplicity and high efficiency. However, the CRISPR technology has been plagued by problems with off-target mutations, a concern for research...

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NextGEN CRISPR Genome Engineering -- Clean Genome Editing without Off Target Mutati - Video

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