Monthly Archives: November 2012

evolution agenda NWO talmud 666 x slavery Unius REI 82
Epicurean,materialist,ideology,mechanistic,philosophy,abortion,birth,control,euthanasia,eugenics,experiments,human,embryos,libertinism,divorce,promiscuous,sexual,perversions,drugs,hedonistic,occultism,Darwinian neo-Darwinian,evolution,creation,Darwin,Darwinism,communism,genome,atmosphere,oxygen,molecules,hydrogen,ion,atoms,genetic,archeology,fossil,dinosaur,footprints,atheists,agnostics,theory,religionFrom:MyJHWHViews:0 0ratingsTime:10:18More inScience Technology

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evolution agenda NWO talmud 666 x slavery Unius REI 84
Epicurean,materialist,ideology,mechanistic,philosophy,abortion,birth,control,euthanasia,eugenics,experiments,human,embryos,libertinism,divorce,promiscuous,sexual,perversions,drugs,hedonistic,occultism,Darwinian neo-Darwinian,evolution,creation,Darwin,Darwinism,communism,genome,atmosphere,oxygen,molecules,hydrogen,ion,atoms,genetic,archeology,fossil,dinosaur,footprints,atheists,agnostics,theory,religionFrom:MyJHWHViews:0 0ratingsTime:08:08More inScience Technology

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evolution agenda NWO talmud 666 x slavery Unius REI 84 - Video

evolution agenda NWO talmud 666 x slavery Unius REI 85
Epicurean,materialist,ideology,mechanistic,philosophy,abortion,birth,control,euthanasia,eugenics,experiments,human,embryos,libertinism,divorce,promiscuous,sexual,perversions,drugs,hedonistic,occultism,Darwinian neo-Darwinian,evolution,creation,Darwin,Darwinism,communism,genome,atmosphere,oxygen,molecules,hydrogen,ion,atoms,genetic,archeology,fossil,dinosaur,footprints,atheists,agnostics,theory,religionFrom:MyJHWHViews:0 0ratingsTime:06:13More inScience Technology

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evolution agenda NWO talmud 666 x slavery Unius REI 85 - Video

evolution agenda NWO talmud 666 x slavery Unius REI 86
Epicurean,materialist,ideology,mechanistic,philosophy,abortion,birth,control,euthanasia,eugenics,experiments,human,embryos,libertinism,divorce,promiscuous,sexual,perversions,drugs,hedonistic,occultism,Darwinian neo-Darwinian,evolution,creation,Darwin,Darwinism,communism,genome,atmosphere,oxygen,molecules,hydrogen,ion,atoms,genetic,archeology,fossil,dinosaur,footprints,atheists,agnostics,theory,religionFrom:MyJHWHViews:0 0ratingsTime:09:36More inScience Technology

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evolution agenda NWO talmud 666 x slavery Unius REI 86 - Video

evolution agenda NWO talmud 666 x slavery Unius REI 88
Epicurean,materialist,ideology,mechanistic,philosophy,abortion,birth,control,euthanasia,eugenics,experiments,human,embryos,libertinism,divorce,promiscuous,sexual,perversions,drugs,hedonistic,occultism,Darwinian neo-Darwinian,evolution,creation,Darwin,Darwinism,communism,genome,atmosphere,oxygen,molecules,hydrogen,ion,atoms,genetic,archeology,fossil,dinosaur,footprints,atheists,agnostics,theory,religionFrom:MyJHWHViews:0 0ratingsTime:08:29More inScience Technology

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evolution agenda NWO talmud 666 x slavery Unius REI 88 - Video

Cracking Your Genetic Code | PBS America
Cracking Your Genetic Code - 7.50pm, Wednesday 2 January 2013 on PBS America Sky channel 166 / Virgin Media 243 / http://www.pbsamerica.co.uk The human genome is a coded sequence of a person #39;s genetic make-up, defining the unique nature of the individual. The sequence is highly complex, and to produce it in a form that can be stored and analysed is a costly and difficult task. As Sarah Holt #39;s documentary shows, however, this is about to change. Recent technological advances indicate that within a few years the majority of us will be able to have our DNA structure read and available for analysis. The medical benefits are potentially enormous -- genetic information can be used to diagnose, cure and even prevent disease. The programme features a cancer patient who appears to have cheated death and a cystic fibrosis sufferer who can now breathe easily because scientists have been able to pinpoint and neutralise the genetic abnormalities underlying their conditions. As is frequently the case, however, the new technology raises many moral and ethical questions. Information of such a personal nature can only too easily fall into the wrong hands. Should insurance companies or prospective employers be aware of our genetic abnormalities -- indeed, should we be aware of them ourselves? Would we want to know, for example, that the chances of our contracting Alzheimer #39;s in later life are far greater than the average? One thing is for certain -- scientific advances, for better or worse ...From:PBSukchannelViews:0 0ratingsTime:00:47More inScience Technology

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Cracking Your Genetic Code | PBS America - Video

My Boyfriends Condition: Failed Genome Test + Other Issues
Hi all, This was an update on 11/12/12. Jay #39;s genome sequence was canceled putting us more behind to find out what #39;s wrong with him. It was another bad blow to us because it was our map to getting things figured out. It would #39;ve been 2 more weeks and we wouldFrom:RebelGodessRed90Views:0 0ratingsTime:14:14More inPeople Blogs

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My Boyfriends Condition: Failed Genome Test + Other Issues - Video

Public release date: 16-Nov-2012 [ | E-mail | Share ]

Contact: Jennifer Martin jmartin@nifa.usda.gov 202-720-8188 United States Department of Agriculture - Research, Education and Economics

WASHINGTON, Nov. 15, 2012 Research conducted and supported by the U.S. Department of Agriculture (USDA) has led to a new analysis of the pig genome, revealing new similarities between pigs and humans that could potentially advance biomedical research significantly. Additional findings from the study, reported today in the journal Nature, may also lead to better breeding strategies, improved pork production and improvements to human health. The research was conducted by a global team of scientists as part of the International Swine Genome Sequence Consortium (ISGSC).

"This new swine genome sequence analysis helps us understand the genetic mechanisms that enable high-quality pork production, feed efficiency and resistance to disease," said Sonny Ramaswamy, director of USDA's National Institute of Food and Agriculture. "This knowledge can ultimately help producers breed high-quality swine, lower production costs and improve sustainability. My congratulations to the International Swine Genome Sequence Consortium for this tremendous achievement."

The study found that the pig and its cousin the wild boar have much in common with humans. Researchers compared the genome of a common farm pig, Sus scrofa domesticus, with those of 10 wild boars all from different parts of Europe and Asia. Newly discovered details of the evolution Sus scrofa from the domestic pig first emerged in Southeast Asia and gradually migrated across Eurasia. The team found many significant genetic differences between the Asian and European wild boars, which separated from one another around one million years ago. Understanding the genetic origins of modern pigs is important in breeding efforts for disease resistance and growth efficiency.

Scientists from USDA's Agricultural Research Service (ARS) developed the first-ever genetic linkage map of the pig genome in 1994, laying the groundwork for subsequent sequencing efforts, and have provided collaboration and scientific expertise throughout the sequencing process. ARS scientists at Beltsville, Md., working as part of the international team, contributed to the manual annotation the process of identifying genes and determining and describing what those genes do of more than 1,400 swine genes related to immunity. This work provided a basic description of the portion of the genome devoted to the animal's immune response. The ARS scientists' work revealed a high degree of similarity in the immunity genes of pigs and humans, a discovery that could contribute significantly toward the use of swine as a model in studies of both human and animal health and increase the potential of the pig as a biomedical model.

The ISGSC is led by Lawrence Schook, vice president for research at the University of Illinois; Professor Martien Groenen at Wageningen University in The Netherlands; and Professor Alan Archibald at the University of Edinburgh. Dr. Schook received grants for his work from NIFA. Gary Rohrer, Joan Lunney and Harry Dawson from ARS also contributed to the work done by ISGSC.

Much of the pioneering work done in support of the ISGSC has its roots in the National Research Support Project 8 (NRSP8) and NIFA's support of the U.S. Pig Genome Coordination program. The work of this program initial gene discovery and mapping and the sharing of reagents and mapping tools was crucial for the early work that led up to the sequencing of the pig genome.

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Through federal funding and leadership for research, education and extension programs, NIFA focuses on investing in science and solving critical issues impacting people's daily lives and the nation's future. For more information, visit http://www.nifa.usda.gov.

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USDA funded research leads to key discoveries in the pig genome

16.11.2012 - (idw) Schwedischer Forschungsrat - The Swedish Research Council

In a major international study, the pig genome is now mapped. Researchers from Uppsala University and the Swedish University of Agricultural Sciences (SLU) have contributed to the study by analysing genes that played a key role in the evolution of the domesticated pig and by mapping endogenous retroviruses (ERV), retroviruses whose genes have become part of the host organisms genome. The findings are now being published in the journals Nature and PNAS.

Together with an international team of geneticists and retrovirologists, Uppsala University researchers have charted the pig genome.

The pig is one of our most important domesticated animals, and it was high time for its genome to be mapped, says Professor Leif Andersson, who participated in the project.

The major project to chart the pig genome shows that the wild boar originated in Southeast Asia about 4 million years ago. The findings also reveal that domestication started nearly 10,000 years ago, taking place in several independent locations all over the European and Asian land mass. It was also common that wild boar mixed with domesticated pigs, especially in Europe during early agriculturalisation, with free-ranging animals.

Uppsala researchers Patric Jern, Alexander Hayward, Gran Sperber, and Jonas Blomberg used the computer program RetroTector and detailed sequence comparisons in so-called phylogenetic studies to map the retrovirus part of the pig genome. What all retroviruses, such as HIV in humans, have in common is that they need to become part of the host cells genome in order to produce new viruses. When a germ line-cell is infected there is a chance for the virus to be passed on to the host organisms offspring, and for millions of years retroviruses remotely related to HIV have colonised vertebrates, leaving traces in their genetic make-up as endogenous retroviruses (ERV).

The researchers were able to see that pigs have fewer ERVs than humans, however, unlike human ERVs, some pig ERVs have the capacity to reproduce and infect, which might pose a risk when transplanting pig organs to humans. The article constitutes a baseline for assessing that risk, but it also provides an enhanced understanding of how retroviruses have spread among vertebrates in the course of their evolution.

Carl-Johan Rubin, Leif Andersson, and their associates have been in charge of looking for the genes that have had the greatest importance in the evolution of the domesticated pig. One of the most striking differences between the wild boar and the domesticated pig is that the latter has a considerably longer back, including more vertebrae. The researchers have now identified three gene regions that are critical for understanding this difference. Two of them correspond to genes that explain variation in body length in humans, another instance of genes having a very similar function across different species.

The findings are now being published in Nature and PNAS:

Groenen et al. (2012) Pig genomes provide insight into porcine demography and evolution, Nature, DOI: 10.1038/nature11622

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Finally! The pig genome is mapped

A team of international researchers sequenced the genome of the domesticated pig, Sus scrofa domesticus, and compared it to the DNA sequences of 10 wild boars hailing from Asia and Europe. They also compared the pig genome to genomes from humans, mice, dogs, horses and cows.

The results were published in the journals Nature and the Proceedings of the National Academy of Sciences on Wednesday.

"This new analysis helps us understand the genetic mechanisms that enable high-quality pork production, feed efficiency and resistance to disease," Sonny Ramaswany, the director of the U.S. Department of Agriculture's National Institute of Food and Agriculture, said in a statement Wednesday. "This knowledge can ultimately help producers breed high-quality swine, lower production costs and improve sustainability."

One interesting tidbit is that pigs have more genes related to smell than humans, mice or dogs -- which is not surprising when you think of truffle-hunting pigs. One would think that with such a perceptive nose, the pig would be a picky eater. But the genetic analysis also found that pigs have significantly fewer taste receptors for bitter flavors, which may be why they can eat things that we would find disgusting.

"Understanding the genes that shape the characteristics of pigs can point to how and why they were domesticated by humans," Archibald said. "Perhaps it was their ability to eat stuff that is unpalatable to us humans."

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Pig Genome Sequenced, Scientists Bring Home Bacon