Category Archives: Transhuman News

Nonpoint-Hands Off live at the DNA Lounge in SF
April 8th 2015.

By: Micheal metcalf

Originally posted here:
Nonpoint-Hands Off live at the DNA Lounge in SF - Video

DNA: Deals and Diplomacy- Analysis of PM Modi #39;s first day in Paris
Prime Minister Narendra Modi met French President Francois Hollande in Paris and discussed critical defence and nuclear issues as well as terrorism.

By: Zee News

See the article here:
DNA: Deals and Diplomacy- Analysis of PM Modi's first day in Paris - Video

Chess vs DNA / Saga Vs Shotgun Suge Recap
CjCity Recaps Chess vs DNA and Saga vs Shotgun Suge.

By: CjcityTv

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Chess vs DNA / Saga Vs Shotgun Suge Recap - Video

Call of Duty Advanced Warfare DNA [HD]
Bald kommen auch Commentays.

By: BroTherHood TV

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Call of Duty Advanced Warfare DNA [HD] - Video

Aw-Fail DnA -_-
Ein Hoch GamePlay - DerSchwitzer.

By: Der Schwitzer

Link:
Aw-Fail DnA -_- - Video

Loy Machedo #39;s Creative Video Intro - DNA Theme
Loy Machedo Personal Branding Strategist I Help People Earn Double Their Income By Getting Better Paying Jobs. Resume Rebranding, Interview Preparation Professional Trainer for Professional...

By: Loy Machedo

Excerpt from:
Loy Machedo's Creative Video Intro - DNA Theme - Video

When Randy Newman sang his tongue-in-cheek tune about short people, he called attention to their little hands, little eyes and their little baby legs. Nowhere does his1978 hit mention that short people also have an increased risk of coronary artery disease.

But scientists have established this link in several large studies, and a new one shows that its not just a coincidence. Some of the genetic variants that cause people to have short stature also tend to boost their levels of bad cholesterol and triglycerides two risk factors for coronary artery disease.

After examining the DNA of 65,066 people with coronary artery diseasealong with that of 128,383 controls, researchers calculated that the risk for the condition rose by 13.5% for each 2.5-inch drop in height below the average. They also found thatLDL cholesterol andtriglycerides explain about one-third of this unfortunate relationship.

Theresults were published this week by the New England Journal of Medicine.

Coronary artery diseaseis a condition in which cholesterol and other substances in the blood form plaques that build up inside the vessels that supply the heart. This narrows the vessels and, over time, can weaken the heart muscle by depriving it of oxygen and nutrients. It also makes people vulnerable to a heart attack because its easier for an errant clot to cut off the blood supply altogether.

Coronary artery diseaseis the most common cause of death for men and women in the United States, according to the National Heart Lung and Blood Institute.

Some people had speculated that the link between shortness and coronaryartery diseasewas a matter of geometry. Tall people have bigger coronary arteries, and short people have smaller ones. Therefore, it stands to reason that any given amount of plaque has the potential to do more damage to someone with petite arteries than it does to someone with wider ones.

But the research team found a problem with this theory. Women have smaller-caliber arteries than men, they noted. That should mean that short women have the greatest risk of coronary artery disease. Instead, the researchers discovered that the genetic link between height and the diseasewas weaker in women than in men.

The researchers began their analysis by focusing on 180 places in the human genome that were shown to be associated with height in a 2010 study known as the Genetic Investigation of Anthropometric Traits, or GIANT. None of these 180 genetic variants had any previously known connection to the risk of coronary artery disease.

The researchers estimated how much a change in each of these height-related variants changed the odds of the diseaseamong thousands of people who had already participated in genome-wide association studies and clinical trials related to coronary artery disease. Most of the variants had little to no effect on their own. But once all of them were added together, the net effect was that the risk of coronary artery diseaserose as height fell.

Excerpt from:
DNA shows why being short can be bad for your heart

When Randy Newman sang his tongue-in-cheek tune about short people, he called attention to their little hands, little eyes and their little baby legs. Nowhere does his1978 hit mention that short people also have an increased risk of coronary artery disease.

But scientists have established this link in several large studies, and a new one shows that its not just a coincidence. Some of the genetic variants that cause people to have short stature also tend to boost their levels of bad cholesterol and triglycerides two risk factors for coronary artery disease.

After examining the DNA of 65,066 people with coronary artery diseasealong with that of 128,383 controls, researchers calculated that the risk for the condition rose by 13.5% for each 2.5-inch drop in height below the average. They also found thatLDL cholesterol andtriglycerides explain about one-third of this unfortunate relationship.

Theresults were published this week by the New England Journal of Medicine.

Coronary artery diseaseis a condition in which cholesterol and other substances in the blood form plaques that build up inside the vessels that supply the heart. This narrows the vessels and, over time, can weaken the heart muscle by depriving it of oxygen and nutrients. It also makes people vulnerable to a heart attack because its easier for an errant clot to cut off the blood supply altogether.

Coronary artery diseaseis the most common cause of death for men and women in the United States, according to the National Heart Lung and Blood Institute.

Some people had speculated that the link between shortness and coronaryartery diseasewas a matter of geometry. Tall people have bigger coronary arteries, and short people have smaller ones. Therefore, it stands to reason that any given amount of plaque has the potential to do more damage to someone with petite arteries than it does to someone with wider ones.

But the research team found a problem with this theory. Women have smaller-caliber arteries than men, they noted. That should mean that short women have the greatest risk of coronary artery disease. Instead, the researchers discovered that the genetic link between height and the diseasewas weaker in women than in men.

The researchers began their analysis by focusing on 180 places in the human genome that were shown to be associated with height in a 2010 study known as the Genetic Investigation of Anthropometric Traits, or GIANT. None of these 180 genetic variants had any previously known connection to the risk of coronary artery disease.

The researchers estimated how much a change in each of these height-related variants changed the odds of the diseaseamong thousands of people who had already participated in genome-wide association studies and clinical trials related to coronary artery disease. Most of the variants had little to no effect on their own. But once all of them were added together, the net effect was that the risk of coronary artery diseaserose as height fell.

See the article here:
DNA analysis validates link between short stature and heart risk

A BILL seeking for the establishment of a forensic deoxyribonucleic acid (DNA) databank has been filed in the House of Representatives.

Las Pias City Representative Mark Villar said the recent advances in the forensic DNA testing are now paving the way for reforming the manner by which cases are resolved in courts of law through the way suspected offenders are apprehended during criminal investigation.

"This technology can be used to identify potential suspects whose DNA may match evidence left at a crime scenes, exonerate persons wrongly accused of crimes, and to identify victims of crime," Villar said.

At present, the DNA technology is being used to identify victims of calamities, establish paternity and other filial relationships, he said.

Villar's House Bill 5372 provides that any information from the DNA databank shall be admissible as conclusive proof of the DNA identification in any proceedings in any court.

DNA is the chain of molecules found in every nucleated cell of the body. The totality of an individual's DNA is unique for the individual, except identical twins.

DNA profile means genetic information derived from DNA testing of a biological sample obtained from a person, which biological sample is clearly identifiable as originating from that person.

Under the bill, the DNA databank shall maintain the DNA profiles for the purpose of human identification in relation to forensic investigation, and may be used in assisting the recovery or identification of human remains from a disaster or for humanitarian purposes; and the identification of living or deceased persons.

An intimate sample of a person reasonably suspected or having committed an offense or a detainee may be taken for forensic DNA analysis only if an authorized officer authorizes it to be taken by a government medical officer, only if there is an appropriate consent in the prescribed form given by the person concerned, or from the Regional Trial Court judge who has jurisdiction over the case.

Taking of non-intimate sample of a person reasonably suspected or having committed an offense or a detainee may be taken only if an authorized officer authorizes it on the grounds for suspecting that the person has committed an offense; and believing that the sample will tend to confirm or disprove the commission of the offense by that person; or an arrest has been effected on or a detention has been made against under the law.

Continued here:
Bill seeks creation of DNA databank

HUNTINGTON STATION, N.Y. (CBSNewYork) The Town of Huntington on Long Island is using science to fight crime.

As CBS2s Tracee Carrasco reported, a company will use DNA from plants to track down jewelry and other valuables stolen in home burglaries.

Im excited that Huntington will be one of the first in the nation to trial this technology, said Suffolk County Legislator Dr. William Spencer (D-Huntington).

The Town of Huntington is providing 500 residents with a vial containing a plant-based product that can be used to leave an invisible print on valuables. The product includes DNA extracted from an assortment of common plants in homes and yards.

If those items are stolen and recovered or pawned, an ultraviolet light can be used to reveal the mark which would then be traced to the owners so the items can be returned, WCBS 880s Sophia Hall reports.

The program that makes it all possible is called DNANET. In Huntington Station on Friday, state lawmakers and police joined the head of the local startup tech company that created the DNA Net kit.

Application is easy, said Jim Hayward of Applied DNA Sciences. Just swab the DNA onto an item, creating a marking just smaller than a dime.

Hayward demonstrated how easy it is for police officers to shine the UV light onto valuables afterward. The plant DNA shines brightly, and can even be sent by a computer to a lab to match it to stolen items listed on the companys database.

An infinitesimal amount of each unique mark can identify an item belonging to your or to your family, Hayward said.

The plant-based substance can be used on anything valuable.

Here is the original post:
Long Island Town Giving Residents DNA Tool To Fight Crime