There's a tiger in town...but he has permission

BERLIN: German police have told an employee of a Russian circus group that he can take his tigers for walks as long as the authorities are notified in advance.
The 30-year-old man caused a stir in the northern German village of Ratzeburg on Sunday when a woman called police to report a man walking a tiger cub outside of town.
The man, who is from a nearby village, works for a Russian circus group that is now on a break in the Netherlands and was charged with looking after three grown tigers and a cub.
The tigers are housed in a specially secured trailer, in individual cages and monitored accordingly.
The man was also granted a temporary permit to house the tigers in the trailer, police said.
"Due to the mixed feelings among residents, the police request that the 30-year-old man inform them when he takes (the tigers) on walks, even when it's 'only' the small cub," police said in a statement on Monday.

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There are 11 webinars and 15 PDFs. And they are available FREE here on the website and in both the live and demonstration trading platforms.
Click on one of the links to access the webinars and further reading.

American now use internet without Password

ForexTrading.com has complete access to Saxo Bank's TradeMentor. The modular program takes you from novice - starting with how to set up the Saxo Bank trading platform and fund your account - through to managing your own forex trading strategies.
There are 11 webinars and 15 PDFs. And they are available FREE here on the website and in both the live and demonstration trading platforms.
Click on one of the links to access the webinars and further reading.

Balgaria me sajne wala dulhanoon ka Bazar

ForexTrading.com has complete access to Saxo Bank's TradeMentor. The modular program takes you from novice - starting with how to set up the Saxo Bank trading platform and fund your account - through to managing your own forex trading strategies.
There are 11 webinars and 15 PDFs. And they are available FREE here on the website and in both the live and demonstration trading platforms.
Click on one of the links to access the webinars and further reading.

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Good to see you ,,,

If you think that depending on your self is hard , your are totally wrong ..
As ,we can solve this hard problem , we may have solutions for it ...
There are different way to be like that but , be patient , is the hardest thing you shouldn't  think about .......
So we may have the answer for that where we can be completely fully depend on our selves without any help from others where we may get troubles ..                    

Follow these steps where we may get the answer and apply it in out normal life ..
1-First of all , you shouldn't trust any one, but , your self ..

2-Nervous , shouldn't be , as we can get up normal results and actions too..

3-Working hard , regarding high degrees in your class, get you out of this mode of life that is like a prison cell where no chance to get out ....
4-Take every thing easy , as , un normal thing happens , try to control your self , as , it's an ordinary thing that may happen for every one and every day , not jut you.....
5-Try to get to high levels of thinking , as, any problem happen ,you must have some useful things from it , just take the positive side , and don't care about , and other things
6-Your relations among people and your followers must change to be better , and don't care about the past , it happened , and can't be right back, you may seek to achieve it, totally , may be difficult , the benefit here , is the your thought changed to be better ..
7- Change your charisma among people, have more than one , till you get the perfect one , where you get the big belief , At last , I got it..

Bad and use !!!!!!!

Nowadays ,not for short time , we use the word "sexy" as "hot" for girls and "attractive" for boys.

But why is that for??? Does that mean the boy isn't "hot" ?? why not the opposite ??? 

I don't know the mean for that....why to separate between boys and girls ............ so long or what?? 

 Now ,why we can't make a deal with society ??Is that hard to think about?? Or ,Hard to believe ?

Deal is the deal but for what???  Every one is representing his character not for another one.

So ,why to change your life to be adaptable for others?? ya it's o k but who know what feat hinds for us or how to work on make it or ......or....... think positively you may get the answer.

So,back to the point, sexy "the word i mean", remains as the same ,no more no less,

If for a boy or even for a girl,, attractive ?? hot ?? amazing ?? whatever it means but the idea is who will be able to enable the word in his life .. that is the point.....

Many of us call him "sexy" why not "attractive" is that because we easily say "sexy" than"attractive"??      If so, we must make a re-preview for that just to think positive not negative..

Believe it or don't.. take it or leave it....... the point is the point no more no less.

Hit it if like that way and shoot that moving thing in his ass... none will claim you didn't .......

But to try to differentiate between the original meaning is the point we have to preview.

Bahria Town Rawalpindi Required Sr Horticulturist

Bahria Town Rawalpindi Required Sr Horticulturist

Children Who Lose a Parent to Suicide More Likely to Die the Same Way, Study Finds

Losing a parent to suicide makes children more likely to die by suicide themselves and increases their risk of developing a range of major psychiatric disorders, according to a study led by Johns Hopkins Children's Center that is believed to be the largest one to date on the subject.

 A report on the findings will appear in the May issue of the Journal of the American Academy of Child & Adolescent Psychiatry.

How and when the parent died strongly influenced their child's risk, the researchers report. And because the findings show that parental suicide affects children and teens more profoundly than young adults, it is likely that environmental and developmental factors, as well as genetic ones, are at work in next-generation risk, the scientists say.

"Losing a parent to suicide at an early age emerges as a catalyst for suicide and psychiatric disorders," says lead investigator Holly C. Wilcox, Ph.D., a psychiatric epidemiologist at Hopkins Children's. "However, it's likely that developmental, environmental and genetic factors all come together, most likely simultaneously, to increase risk."

The good news, the researchers say, is that though children in this group are at increased risk, most do not die by suicide, and non-genetic risk factors can be modified. And there may be a critical window for intervention in the aftermath of a parent's suicide during which pediatricians could carefully monitor and refer children for psychiatric evaluation and, if needed, care.

Family support is also critical, the investigators say.

"Children are surprisingly resilient," Wilcox says. "A loving, supporting environment and careful attention to any emerging psychiatric symptoms can offset even such major stressor as a parent's suicide."

In the United States, each year, between 7,000 and 12,000 children lose a parent to suicide, the researchers estimate.

The current study looked at the entire Swedish population over 30 years, making it the largest one to date to analyze the effects of untimely and/or sudden parental death on childhood development.

U.S. and Swedish investigators compared suicides, psychiatric hospitalizations and violent crime convictions over 30 years in more than 500,000 Swedish children, teens and young adults (under the age of 25) who lost a parent to suicide, illness or an accident, on one hand, and in nearly four million children, teens and young adults with living parents, on the other.

Those who lost a parent to suicide as children or teens were three times more likely to commit suicide than children and teenagers with living parents. However there was no difference in suicide risk when the researchers compared those 18 years and older. Young adults who lost a parent to suicide did not have a higher risk when compared to those with living parents. Children under the age of 13 whose parent died suddenly in an accident were twice as likely to die by suicide as those whose parents were alive but the difference disappeared in the older groups. Children under 13 who lost a parent to illness did not have an increased risk for suicide when compared to same-age children with living parents.

In addition, those who lost parents to suicide were nearly twice as likely to be hospitalized for depression as those with living parents. And those who lost parents to accidents or illness had 30 and 40 percent higher risk, respectively, for hospitalization.

Losing a parent, regardless of cause, increased a child's risk of committing a violent crime, the researchers found.

The researchers did not count suspected suicides, nor did they include children with psychiatric or developmental disorders who were treated before the parent's death or as outpatients, meaning the effects of parental suicide may be even more profound than the study suggests.

Co-investigators on the study included S. Janet Kuramoto, M.H.S., of Hopkins; Paul Lichtenstein, Ph.D., Niklas Långström, M.D. Ph.D., and Bo Runeson, M.D. Ph.D, of the Karolinska Institutet in Sweden; and David Brent, M.D., of the University of Pittsburgh.

The research was funded by the National Alliance for Research on Schizophrenia and Depression (NARSAD), by the National Institute on Drug Abuse and by the Swedish Research Council.

New Genetic Alterations Associated With Human Height Identified

A large collaborative study has added to the growing list of genetic variants that determine how tall a person will be. The research, published on December 30 in the American Journal of Human Genetics, identifies uncommon and previously unknown variants associated with height and might provide insight into the genetic architecture of other complex traits.

 Although environmental variables can impact attained adult height, it is clear that height is primarily determined by specific alleles that an individual inherits. Height is thought to be influenced by variants in a large number of genes, and each variant is thought to have only a small impact on height. However, the genetics of height are still not completely understood. "All of the variants needed to explain height have not yet been identified, and it is likely that the additional genetic variants are uncommon in the population or of very small effect, requiring extremely large samples to be confidently identified," explains Dr. Hakon Hakonarson from The Children's Hospital of Philadelphia.

To search for genetic variants associated with adult height, researchers performed a complex genetic analysis of more than 100,000 individuals. "We set out to replicate previous genetic associations with height and to find relevant genomic locations not previously thought to underpin this complex trait" explains Dr. Brendan Keating, also from The Children's Hospital of Philadelphia. The authors report that they identified 64 height-associated variants, two of which would not have been observed without such a large sample size and the inclusion of direct genotyping of uncommon single-nucleotide polymorphisms (SNPs). A SNP is a variation in just one nucleotide of a genetic sequence; think of it as a spelling change affecting just one letter in an uncommonly long word.

These results suggest that genotyping arrays with SNPs that are relatively rare and occur in less than 5% of the population have the ability to capture new signals and disease variants that the common SNP arrays missed (i.e., 30 new signals in this study), as long as sample sizes are large enough. These low-frequency variants also confer greater effect sizes and, when associated with a disease, could be a lot closer to causative than more common variants. "The increased power to identify variants of small effect afforded by large sample size and dense genetic coverage including low-frequency SNPs within loci of interest has resulted in the identification of association between previously unreported genetic variants and height," concludes Dr. Keating.

Light Dawns on Dark Gamma-Ray Bursts

Gamma-ray bursts are among the most energetic events in the Universe, but some appear curiously faint in visible light. The biggest study to date of these so-called dark gamma-ray bursts, using the 2.2-meter MPG/ESO telescope at La Silla in Chile, has found that these explosions don't require exotic explanations. Their faintness is now explained by a combination of causes, the most important of which is the presence of dust between the Earth and the explosion.

 Gamma-ray bursts (GRBs), fleeting events that last from less than a second to several minutes, are detected by orbiting observatories that can pick up their high energy radiation. Thirteen years ago, however, astronomers discovered a longer-lasting stream of less energetic radiation coming from these violent outbursts, which can last for weeks or even years after the initial explosion. Astronomers call this the burst's afterglow.

While all gamma-ray bursts [1] have afterglows that give off X-rays, only about half of them were found to give off visible light, with the rest remaining mysteriously dark. Some astronomers suspected that these dark afterglows could be examples of a whole new class of gamma-ray bursts, while others thought that they might all be at very great distances. Previous studies had suggested that obscuring dust between the burst and us might also explain why they were so dim.

"Studying afterglows is vital to further our understanding of the objects that become gamma-ray bursts and what they tell us about star formation in the early Universe," says the study's lead author Jochen Greiner from the Max-Planck Institute for Extraterrestrial Physics in Garching bei München, Germany.

NASA launched the Swift satellite at the end of 2004. From its orbit above the Earth's atmosphere it can detect gamma-ray bursts and immediately relay their positions to other observatories so that the afterglows could be studied. In the new study, astronomers combined Swift data with new observations made using GROND [2] -- a dedicated gamma-ray burst follow-up observation instrument, which is attached to the 2.2-metre MPG/ESO telescope at La Silla in Chile. In doing so, astronomers have conclusively solved the puzzle of the missing optical afterglow.

What makes GROND exciting for the study of afterglows is its very fast response time -- it can observe a burst within minutes of an alert coming from Swift using a special system called the Rapid Response Mode -- and its ability to observe simultaneously through seven filters covering both the visible and near-infrared parts of the spectrum.

By combining GROND data taken through these seven filters with Swift observations, astronomers were able to accurately determine the amount of light emitted by the afterglow at widely differing wavelengths, all the way from high energy X-rays to the near-infrared. The astronomers used this information to directly measure the amount of obscuring dust that the light passed through en route to Earth. Previously, astronomers had to rely on rough estimates of the dust content [3].

The team used a range of data, including their own measurements from GROND, in addition to observations made by other large telescopes including the ESO Very Large Telescope, to estimate the distances to nearly all of the bursts in their sample. While they found that a significant proportion of bursts are dimmed to about 60-80 percent of the original intensity by obscuring dust, this effect is exaggerated for the very distant bursts, letting the observer see only 30-50 percent of the light [4]. The astronomers conclude that most dark gamma-ray bursts are therefore simply those that have had their small amount of visible light completely stripped away before it reaches us.

"Compared to many instruments on large telescopes, GROND is a low cost and relatively simple instrument, yet it has been able to conclusively resolve the mystery surrounding dark gamma-ray bursts," says Greiner.

Notes:

[1] Gamma-ray bursts lasting longer than two seconds are referred to as long bursts and those with a shorter duration are known as short bursts. Long bursts, which were observed in this study, are associated with the supernova explosions of massive young stars in star-forming galaxies. Short bursts are not well understood, but are thought to originate from the merger of two compact objects such as neutron stars.

[2] The Gamma-Ray burst Optical and Near-infrared Detector (GROND) was designed and built at the Max-Planck Institute for Extraterrestrial Physics in collaboration with the Tautenburg Observatory, and has been fully operational since August 2007.

[3] Other studies relating to dark gamma-ray bursts have been released. Early this year, astronomers used the Subaru Telescope to observe a single gamma-ray burst, from which they hypothesised that dark gamma-ray bursts may indeed be a separate sub-class that form through a different mechanism, such as the merger of binary stars. In another study published last year using the Keck Telescope, astronomers studied the host galaxies of 14 dark GRBs, and based on the derived low redshifts they infer dust as the likely mechanism to create the dark bursts. In the new work reported here, 39 GRBs were studied, including nearly 20 dark bursts, and it is the only study in which no prior assumptions have been made and the amount of dust has been directly measured.

[4] Because the afterglow light of very distant bursts is redshifted due to the expansion of the Universe, the light that left the object was originally bluer than the light we detect when it gets to Earth. Since the reduction of light intensity by dust is greater for blue and ultraviolet light than for red, this means that the overall dimming effect of dust is greater for the more distant gamma-ray bursts. This is why GROND's ability to observe near-infrared radiation makes such a difference.

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