Sunday, January 20, 2013

An Innovative Plan for Curing Cancer

What big ideas could help America solve its most pressing problems over the next four years? Ahead of Barack Obama's second inauguration, Yahoo solicited some creative, outside-the-box and possibly controversial (but still credible) solutions. Here's one.

COMMENTARY | In 2013, President Barack Obama and Congress will tackle a number of important issues. However, they will likely ignore one of the United States' most pressing problems-the war on cancer. The disease is an insidious one. Over 12 million U.S. citizens have been diagnosed with cancer (at some point in their lives). More than 550,000 of them die each year from the disease. Many young and middle-aged Americans who survive are unable to work any longer. Per the Council for Disability Awareness, "cancer was the 2nd leading cause of new disability claim[s]."

Since Nixon increased federal funding for cancer research in 1971, scientists have made progress in treating some types of cancer. However, they have not achieved many significant breakthroughs in their fight to eradicate the disease. Their lack of success is partly due to money. The U.S. government and private entities spend over $5 billion per year on cancer research; however, that amount is not nearly enough. Additionally, experts criticize these funding agencies for focusing on conservative, low-reward projects over more innovative ones.

The president and Congress might be able to fix these problems in 2013 without increasing appropriations for cancer research. Further, the plan would likely garner bipartisan support, and that is something which is truly rare nowadays.

In short, the president and Congress could create a large prize centered on curing cancer. Similar to the X-Prize, the federal government would agree to provide a large reward to a company or individual who, for instance, found a cure for a certain type of breast cancer or developed a groundbreaking treatment for prostate cancer.

Both Republicans and Democrats might be inclined to support a government sponsored cancer prize fund. The plan should appeal to Republicans because it does not require the federal government to expend a significant amount of extra resources-at least immediately. Additionally, the incentive program might create jobs in the private sector. Democrats can promote the cancer prize as an extension of President Obama's current drive to increase the number of federally sponsored, incentive based programs.

Everyone would win by promoting a government sponsored cancer prize fund. The public would not lose much if the program proves to be ineffective. If the plan does lead to a cure for one or more cancers, then the federal money will be well spent.

Source: http://news.yahoo.com/innovative-plan-curing-cancer-010900995.html

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Saturday, January 19, 2013

College coach not surprised at Gus Bradley's rise

Last year at the American Football Coaches Association convention, Rocky Hager and Monte Kiffin ran into each other and quickly started to talk about Gus Bradley, who had completed his second year as the Seattle Seahawks? defensive coordinator.

Bradley was a player and started his coaching career when Hager was the coach at North Dakota State. He got his start as an NFL assistant when Kiffin was the Tampa Bay Buccaneers? defensive coordinator.

That day in San Antonio, Kiffin had a prediction.

?We were talking about Gus and coach Kiffin said, ?You need to pay attention because he?s going to be an NFL head coach someday soon,? ? Hager said.

That day came sooner than those close to Bradley expected when the Jaguars hired him as their new coach on Thursday.

Hager?s pride was evident during a phone interview later in the day.

?I would label Gus as one of a kind,? said Hager, who is now an assistant coach at Bryant University in Rhode Island. ?It?s his personality, his enthusiasm and because he?s positive. He has the incredible ability to allow people to feel good about themselves and what they?re doing will make them successful.?

Bradley turned around Seattle?s defense from 27th in yards and tied for 25th in points allowed two years ago to a dominant unit this year that was fourth and first in those categories. The Seahawks went 11-5 and beat Washington in the wild card round before losing to Atlanta on Sunday.

While the coordinator-to-head coach elevation is nothing new in the NFL, Bradley?s route was unconventional ? 16 years at the Division II level and then three years with the Buccaneers before his big break to run the Seattle defense.

Hager got a glimpse of Bradley?s coaching potential during the 1988 season when the Bison held a one-day football clinic during an open Saturday on their schedule.

?We had 400-some kids there and every kid that would go to Gus? station gravitated toward him and had more energy and had more fun being a part of his group,? Hager said.

Bradley was a free safety and punter for the Bison, who were a Division II power in the 1980s and have won the Division I-AA (Football Championship Subdivision) title the past two years. As a player, Hager said Bradley displayed a diverse knowledge of the Bison?s defensive scheme.

?If he was on the field, he knew exactly where the other 10 players needed to be and if he wasn?t on the field, he knew where the 11 players were supposed to be and how it all fit together,? Hager said. ?He could tell what things needed to be looked at and who needed some coaching.?

Bradley started as a student and then graduate assistant for the Bison in 1990-91. After a four-year stop at Fort Lewis (Colo.) College, he returned to North Dakota State for a 10-year stint, twice as defensive coordinator.

Kiffin discovered Bradley while gathering information on another Bison assistant. Their talk soon turned to defensive philosophy and Kiffin?s ?Tampa 2? scheme.

Before the 2006 season, Kiffin hired Bradley as a quality control assistant on defense.

?Coach Kiffin is not easily impressed and you need to know things up front and can?t miss things,? Hager said.

Bradley was the Buccaneers? linebackers coach in 2007-08 but when coach Jon Gruden was fired, Kiffin left to work for his son, Lane, at the University of Tennessee. New Seattle coach Jim Mora Jr. hired Bradley as defensive coordinator.

Mora was fired after one year but new coach Pete Carroll retained Bradley on the recommendation of Kiffin, who later went to USC and was hired last week by the Dallas Cowboys to run their defense.

?That speaks volumes to the kind of person Gus is ? he goes from Tampa Bay to Seattle and now he?s The Guy,? Hager said.

Ryan O?Halloran: (904) 359-4401

Source: http://feedproxy.google.com/~r/JacksonvillecomsNewsSportsAndEntertainment/~3/8WfQ5BmEeqg/college-coach-not-surprised-gus-bradleys-rise

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Melt ponds cause the Artic sea ice to melt more rapidly

Melt ponds cause the Artic sea ice to melt more rapidly [ Back to EurekAlert! ] Public release date: 18-Jan-2013
[ | E-mail | Share Share ]

Contact: Sina Lschke
medien@awi.de
49-047-148-312-008
Helmholtz Association of German Research Centres

The Arctic sea ice has not only declined over the past decade but has also become distinctly thinner and younger. Researchers are now observing mainly thin, first-year ice floes which are extensively covered with melt ponds in the summer months where once metre-thick, multi-year ice used to float. Sea ice physicists at the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI), have now measured the light transmission through the Arctic sea ice for the first time on a large scale, enabling them to quantify consequences of this change. They come to the conclusion that in places where melt water collects on the ice, far more sunlight and therefore energy is able to penetrate the ice than is the case for white ice without ponds. The consequence is that the ice is absorbing more solar heat, is melting faster, and more light is available for the ecosystems in and below the ice. The researchers have now published these new findings in the scientific journal Geophysical Research Letters.

Melt ponds count among the favourite motifs for ice and landscape photographers in the Arctic. They are captured glistening in a seductive Caribbean sea blue or dark as a stormy sea on the ice floe. "Their colour depends entirely on how thick the remaining ice below the melt pond is and the extent to which the dark ocean beneath can be seen through this ice. Melt ponds on thicker ice tend to be turquoise and those on thin ice dark blue to black", explains Dr. Marcel Nicolaus, sea ice physicist and melt pond expert at the Alfred Wegener Institute.

In recent years he and his team have observed a strikingly large number of melt ponds during summer expeditions to the central Arctic. Virtually half of the one-year ice was covered with melt ponds. Scientists attribute this observation to climate change. "The ice cover of the Arctic Ocean has been undergoing fundamental change for some years. Thick, multi-year ice is virtually nowhere to be found any more. Instead, more than 50 per cent of the ice cover now consists of thin one-year ice on which the melt water is particularly widespread. The decisive aspect here is the smoother surface of this young ice, permitting the melt water to spread over large areas and form a network of many individual melt ponds", explains Marcel Nicolaus. By contrast, the older ice has a rougher surface which has been formed over the years by the constant motion of the floe and innumerable collisions. Far fewer and smaller ponds formed on this uneven surface which were, however, considerably deeper than the flat ponds on the younger ice.

The growing number of "windows to the ocean", as melt ponds are also referred to, gave rise to a fundamental research question for Marcel Nicolaus: to what extent do the melt ponds and the thinning ice alter the amount of light beneath the sea ice? After all, the light in the sea as on the land constitutes the main energy source for photosynthesis. Without sunlight neither algae nor plants grow. Marcel Nicolaus: "We knew that an ice floe with a thick and fresh layer of snow reflects between 85 and 90 per cent of sunlight and permits only little light through to the ocean. In contrast, we could assume that in summer, when the snow on the ice has melted and the sea ice is covered with melt ponds, considerably more light penetrates through the ice."

To find out the extent to which Arctic sea ice permits the penetration of the sun's rays and how large the influence of the melt ponds is on this permeability, the AWI sea ice physicists equipped a remotely operated underwater vehicle (ROV "Alfred") with radiation sensors and cameras. In the summer of 2011 during an Arctic expedition of the research ice breaker POLARSTERN, they sent this robot to several stations directly under the ice. During its underwater deployments, the device recorded how much solar energy penetrated the ice at a total of 6000 individual points all with different ice properties!

A unique data set was obtained in this way, the results of which are of great interest. Marcel Nicolaus explains: "The young thin ice with the many melt ponds does not just permit three times as much light to pass through than older ice. It also absorbs 50 per cent more solar radiation. This conversely means that this thin ice covered by melt ponds reflects considerably fewer sun rays than the thick ice. Its reflection rate is just 37 per cent. The young ice also absorbs more solar energy, which causes more melt. The ice melts from inside out to a certain extent," says Marcel Nicolaus.

What might happen in the future considering these new findings? Marcel Nicolaus: "We assume that in future climate change will permit more sunlight to reach the Arctic Ocean and particularly also that part of the ocean which is still covered by sea ice in summer. The reason: the greater the share of one-year ice in the sea ice cover, the more melt ponds will form and the larger they will be. This will also lead to a decreasing surface albedo (reflectivity) and transmission into the ice and ocean will increase. The sea ice will become more porous, more sunlight will penetrate the ice floes, and more heat will be absorbed by the ice. This is a development which will further accelerate the melting of the entire sea ice area." However, at the same time the organisms in and beneath the ice will have more light available to them in future. Whether and how they will cope with the new brightness is currently being investigated in cooperation with biologists.

###


[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Melt ponds cause the Artic sea ice to melt more rapidly [ Back to EurekAlert! ] Public release date: 18-Jan-2013
[ | E-mail | Share Share ]

Contact: Sina Lschke
medien@awi.de
49-047-148-312-008
Helmholtz Association of German Research Centres

The Arctic sea ice has not only declined over the past decade but has also become distinctly thinner and younger. Researchers are now observing mainly thin, first-year ice floes which are extensively covered with melt ponds in the summer months where once metre-thick, multi-year ice used to float. Sea ice physicists at the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI), have now measured the light transmission through the Arctic sea ice for the first time on a large scale, enabling them to quantify consequences of this change. They come to the conclusion that in places where melt water collects on the ice, far more sunlight and therefore energy is able to penetrate the ice than is the case for white ice without ponds. The consequence is that the ice is absorbing more solar heat, is melting faster, and more light is available for the ecosystems in and below the ice. The researchers have now published these new findings in the scientific journal Geophysical Research Letters.

Melt ponds count among the favourite motifs for ice and landscape photographers in the Arctic. They are captured glistening in a seductive Caribbean sea blue or dark as a stormy sea on the ice floe. "Their colour depends entirely on how thick the remaining ice below the melt pond is and the extent to which the dark ocean beneath can be seen through this ice. Melt ponds on thicker ice tend to be turquoise and those on thin ice dark blue to black", explains Dr. Marcel Nicolaus, sea ice physicist and melt pond expert at the Alfred Wegener Institute.

In recent years he and his team have observed a strikingly large number of melt ponds during summer expeditions to the central Arctic. Virtually half of the one-year ice was covered with melt ponds. Scientists attribute this observation to climate change. "The ice cover of the Arctic Ocean has been undergoing fundamental change for some years. Thick, multi-year ice is virtually nowhere to be found any more. Instead, more than 50 per cent of the ice cover now consists of thin one-year ice on which the melt water is particularly widespread. The decisive aspect here is the smoother surface of this young ice, permitting the melt water to spread over large areas and form a network of many individual melt ponds", explains Marcel Nicolaus. By contrast, the older ice has a rougher surface which has been formed over the years by the constant motion of the floe and innumerable collisions. Far fewer and smaller ponds formed on this uneven surface which were, however, considerably deeper than the flat ponds on the younger ice.

The growing number of "windows to the ocean", as melt ponds are also referred to, gave rise to a fundamental research question for Marcel Nicolaus: to what extent do the melt ponds and the thinning ice alter the amount of light beneath the sea ice? After all, the light in the sea as on the land constitutes the main energy source for photosynthesis. Without sunlight neither algae nor plants grow. Marcel Nicolaus: "We knew that an ice floe with a thick and fresh layer of snow reflects between 85 and 90 per cent of sunlight and permits only little light through to the ocean. In contrast, we could assume that in summer, when the snow on the ice has melted and the sea ice is covered with melt ponds, considerably more light penetrates through the ice."

To find out the extent to which Arctic sea ice permits the penetration of the sun's rays and how large the influence of the melt ponds is on this permeability, the AWI sea ice physicists equipped a remotely operated underwater vehicle (ROV "Alfred") with radiation sensors and cameras. In the summer of 2011 during an Arctic expedition of the research ice breaker POLARSTERN, they sent this robot to several stations directly under the ice. During its underwater deployments, the device recorded how much solar energy penetrated the ice at a total of 6000 individual points all with different ice properties!

A unique data set was obtained in this way, the results of which are of great interest. Marcel Nicolaus explains: "The young thin ice with the many melt ponds does not just permit three times as much light to pass through than older ice. It also absorbs 50 per cent more solar radiation. This conversely means that this thin ice covered by melt ponds reflects considerably fewer sun rays than the thick ice. Its reflection rate is just 37 per cent. The young ice also absorbs more solar energy, which causes more melt. The ice melts from inside out to a certain extent," says Marcel Nicolaus.

What might happen in the future considering these new findings? Marcel Nicolaus: "We assume that in future climate change will permit more sunlight to reach the Arctic Ocean and particularly also that part of the ocean which is still covered by sea ice in summer. The reason: the greater the share of one-year ice in the sea ice cover, the more melt ponds will form and the larger they will be. This will also lead to a decreasing surface albedo (reflectivity) and transmission into the ice and ocean will increase. The sea ice will become more porous, more sunlight will penetrate the ice floes, and more heat will be absorbed by the ice. This is a development which will further accelerate the melting of the entire sea ice area." However, at the same time the organisms in and beneath the ice will have more light available to them in future. Whether and how they will cope with the new brightness is currently being investigated in cooperation with biologists.

###


[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Source: http://www.eurekalert.org/pub_releases/2013-01/haog-mpc011813.php

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The Journal of Cell Biology Data Viewer | Open Bio Image Alliance

The JCB DataViewer is a browser-based application designed to facilitate viewing, analysis, and sharing of multi-dimensional image data associated with articles published in The Journal of Cell Biology.
Reference:
Hill, E. 2008. Announcing the JCB DataViewer, a browser-based application for viewing original image files. J. Cell Biol. 183:969?970. doi:10.1083/jcb.200811132
Linkert, M., C.T. Rueden, C. Allan, J.-M. Burel, W. Moore, A. Patterson, B. Loranger, J. Moore, C. Neves, D. Macdonald, et al. 2010. Metadata matters: access to image data in the real world. J. Cell Biol. 189:777?782. doi:10.1083/jcb.201004104
Visit the web site

Source: http://www.openbioimage.org/the-journal-of-cell-biology-data-viewer/

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University of Texas at Austin ? Austin, TX ? Software Engineer

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Friday, January 18, 2013

French forces may have captured key Mali town for second victory in war(+video)

Malian officials say militants have given up their 4x4 vehicles, making them vulnerable to French air operations. Reuters journalists north of Bamako saw French and Malian flags hung side by side and one national paper ran a headline today: 'Thank you France, thank you Francois Hollande.' Still, it is early days.

By Bate Felix and Tiemoko Diallo,?Reuters / January 18, 2013

In this photo, French armored vehicles drive to the north of Mali, outside Bamako, Wednesday.

Arnaud Roine, French Army Communication Audiovisual office/AP

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French and Malian soldiers wrested control of the central town of Diabaly from Islamist rebels on Friday, its mayor said, and West African reinforcements arrived in Bamako to take on the insurgents dominating the north of Mali.

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France, warning that Islamist control over Mali's vast desert north threatens the security of Africa and the West, had targeted Diabaly in an eighth day of air strikes aimed at dislodging hardened Al Qaeda-linked fighters there.

"Soldiers are in the town carrying out mopping up operations," Diabaly Mayor Oumar Diakite told Reuters by telephone. "There are lots of burned-out vehicles that the Islamists tried to hide in the orchards."

A commander in the Malian army in nearby Markala said ground forces were operating in Diabaly, which lies about 220 miles northeast of Bamako, but could not confirm that the town, seized by Islamists Monday, had been recaptured.

If officially confirmed, it would be a second military success for the French-led military alliance after Islamists on Thursday night abandoned Konna, to the north of the central garrison town of Sevare.

Armed with weapons seized from Libya after the 2011 fall of Muammar Gaddafi, the Islamist alliance of Al Qaeda's North African wing AQIM, and home-grown Malian groups Ansar Dine and MUJWA, has put up staunch resistance.

The progress of French and Malian troops has been slowed also because insurgents had taken refuge in the homes of civilians, residents said.

French President Francois Hollande ordered the intervention on the grounds that the Islamists could turn northern Mali into a "terrorist state" radiating threats beyond its borders.

Despite threats from militants to attack French interests around the world, France, which now has 1,800 troops on the ground in Mali, has pledged to keep them there until stability returns to the poor, landlocked West African nation

In the first apparent retaliatory attack, Al Qaeda-associated militants took dozens of foreigners hostage on Wednesday at a natural gas plant in Algeria, blaming Algerian cooperation with France. Algerian security sources told Reuters about 60 foreigners were still being held at the facility where some 30 hostages were killed during an army attack on Thursday.

ECOWAS troops pour in

A total of 2,500 French troops are expected in Mali but Paris is keen to swiftly hand the mission over to West Africa's ECOWAS bloc, which in December secured a UN mandate for a 3,300-strong mission to help Mali recapture its north.

The first contingents of Togolese and Nigerian troops arrived in Bamako on Thursday. Nigerien and Chadian forces were massing in Niger, Mali's neighbour to the east.

Nigerian President Goodluck Jonathan, in a letter to the Senate requesting approval to raise Nigerian's force to 1,200 soldiers, said Mali was a threat to the whole of the region.

"The crisis in Mali, if not brought under control, may spill over to Nigeria and other West African countries with negative consequences on our collective security, political stability and development efforts," he said. His request was approved.

The scrambling of the UN-mandated African mission, which previously had not been due for deployment until September, will hearten France, the former colonial power in Mali. With Chad promising 2,000 soldiers, African states have now pledged more than 5,000.

The head of Malian military operations, Colonel Didier Daco, said that Islamists were abandoning their 4x4 pick-up trucks, which made them vulnerable in the desert to French air strikes, to fight in the bush on foot.

Military experts say France and its African allies must now capitalize on a week of hard-hitting air strikes by seizing the initiative on the ground to prevent the insurgents from withdrawing into the inaccessible desert and reorganizing.

"The more painful the militants can make the push into northern Mali and subsequent pacification effort, the more they can hope to turn French, Western and African public opinion against the intervention in the country," global intelligence consultancy Stratfor wrote in a report on Friday.

Malians welcome French forces

With African states facing huge logistical and transport challenges, Germany promised two Transall military transport aircraft to help fly in their soldiers.

Britain has supplied two C-17 military transport planes to ferry in French armoured vehicles and medical supplies. The US is considering logistical and surveillance support but has ruled out dispatching U.S. troops.

Reuters journalists traveling north of Bamako saw residents welcoming French troops and, in places, French and Malian flags hung side by side. "Thank you France, thank you Francois Hollande," read one national newspaper headline on Friday.

"They will do it. We're confident that they will do it well," said Bamako resident Omar Kamasoko. "They came a bit late, it's true, but they came. We're grateful and we're behind him."

Mali's recent woes began with a coup in Bamako last March after two decades of stable democracy. In the ensuing chaos, Islamist forces seized large swathes of the north and imposed a severe rule reminiscent of Afghanistan under the Taliban.

The UN refugee agency said on Friday that refugees from northern Mali had given horrific accounts of amputations and executions, as well as the recruitment of child soldiers.

The agency said it expected 400,000 Malians to flee the fighting in coming months, placing great strain on the scant resources of the arid, impoverished Sahel region.

Source: http://rss.csmonitor.com/~r/feeds/csm/~3/R6ABNg-uyrM/French-forces-may-have-captured-key-Mali-town-for-second-victory-in-war-video

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India gang rape spurs national dialogue

An Indian woman who was the victim of a gang rape and brutal beating earlier this month in New Delhi has been flown to Singapore for treatment, while the rest of India debates women's safety.

By Shivam Vij,?Contributor / December 27, 2012

Indian protesters listen to a speaker during a protest against a recent gang rape of a young woman in a moving bus in New Delhi, India, Thursday. Indian Prime Minister Manmohan Singh pledged Thursday to take action to protect the nation's women while the young rape victim was flown to Singapore for treatment of severe internal injuries.

Altaf Qadri/AP

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The Indian government?s crackdown on the anti-rape protests that have continued for nearly two weeks in New Delhi has only aggravated public anger and concern about women?s safety.?

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The protests were sparked by the gang rape and brutal assault of a 23-year-old student on a bus in the elite South Delhi district on Dec. 16.?

As the girl battles for her life in a Singapore hospital, Indians are debating how to make the country safer for women. Ten days after the incident, it dominates newspaper headlines and op-ed pages, pushing to the margins stories like the retirement of cricketer Sachin Tendulkar, the popular Indian sportsperson, highlighting just how much the case has affected people.

Sexual harassment is rampant in India, and the public has been largely apathetic to women?s plight, but many are hoping the attack could be a turning point in the way India treats women.

Calls for capital punishment, including the chemical castration of rapists, have died down, with various women?s groups decrying them. Given that in 94 percent of rape cases the rapist is known to the victim, Nilanjana S. Roy, writing in The Hindu newspaper she wonders if the protestors would be okay with death penalty if it were their father, uncle, neighbors, or even if it meant convicting Indian security forces in conflict zones. ?

The Monitor reported that India is considering a fast-track court process to expedite rape cases and step up punishment for sexual violence on the heels of the bus rape incident.?

Beyond the law, what needs to happen, writes Shilpa Phadke, author of a book on women?s safety in Mumbai, has to do with how Indians use their streets: ?We are safer when there are more women (and more men) on the streets. When shops are open, when restaurants are open, when there are hawkers and yes, even sex workers on the street, the street is a safer space for us all.?

The outrage that this case has spurred might finally bring about a cultural change in India, Stephanie Nolen of The Globe and Mail suggests in a report:?

Source: http://rss.csmonitor.com/~r/csmonitor/globalnews/~3/uX5i-porEqM/India-gang-rape-spurs-national-dialogue

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