Dilshan helps Sri Lanka reach 256-8 against England

Dilshan helps Sri Lanka reach 256-8 against EnglandCHESTER-LE-STREET, United Kingdom: Tillakaratne Dilshan made a crucial contribution of 88 runs as Sri Lanka finished on 256-8 after being put in to bat for the second successive one-day international against England on Sunday.

Dilshan was involved in an intriguing battle at the start of the innings with James Anderson, who took two wickets, including his 250th in ODI cricket.

Ashan Priyanjan added an important 43 runs for the tourists and there were three wickets for Harry Gurney near the end of the innings.
James Anderson posed problems for the opening batsmen Dilshan and Lahiru Thirimanne and the latter faced 18 balls before finally getting off the mark.

Anderson claimed the wicket his excellent opening burst deserved when Thirimanne was caught at slip by James Tredwell after scoring only ten in nine overs.

Dilshan was in fine form, however, and after almost being run out in the 16th over went on to score his 35th half-century in ODI cricket. It was invaluable for Sri Lanka, however, and his partnership with Kumar Sangakkara provided a solid foundation. The partnership added 96 runs before Sangakkara, who hit only two boundaries in his 40, hoisted a Tredwell delivery high into the air and wicketkeeper Jos Buttler took the catch.
The new batsman, Mahela Jayawardene, survived only eight deliveries before he was run out for two by an excellent throw from Gary Ballance.
Dilshan was 12 short of a deserved century when Chris Jordan, the star of England´s success in the opening encounter at The Oval, found movement off the pitch to hit the top of his off-stump. It was a delivery that could only enhance his prospects of a Test call-up this summer.
Ashan Priyanjan now emerged as the main threat to England. He struck two sixes from Tredwell´s final over after being dropped by Harry Gurney at third man in the previous over.
His partnership with Angelo Mathews reached 50 in 44 deliveries before Mathews again benefited from poor fielding when Ravi Bopara failed to take an easy catch at deep midwicket.
Bopara did succeed when Mathews offered another chance off the bowling of Harry Gurney, ending a fifth-wicket partnership of 66 at better than a run a ball.
Priyanjan soon followed him for 43 as a catch by Eoin Morgan gave Anderson is 250th wicket in ODI cricket, while Dinesh Chandimal and Nuwan Kulasekara soon followed.
(AFP)

Electrical device helps paralyzed men move legs

LONDON: Three years ago, doctors reported that zapping a paralyzed man's spinal cord with electricity allowed him to stand and move his legs. Now they've done the same with three other patients, suggesting their original success was no fluke.

Experts say it's a promising development but warn that the experimental treatment isn't a cure. When the implanted device is activated, the men can wiggle their toes, lift their legs and stand briefly. But they aren't able to walk and still use wheelchairs to get around.

"There is no miracle cure on the way," said Peter Ellaway, an emeritus professor of physiology at Imperial College London, who had no role in the study. "But this could certainly give paralyzed people more independence and it could still be a life-changer for them."

In a new study published Tuesday in the British journal Brain, researchers gave an update on Rob Summers, of Portland, Oregon, the first to try the treatment, and described successful results for all three of the other men who have tried it. All had been paralyzed from below the neck or chest for at least two years from a spinal cord injury.

The study's lead author, Claudia Angeli of the Kentucky Spinal Cord Research Center at the University of Louisville, said she believes the device's zapping of the spinal cord helps it to receive simple commands from the brain, through circuitry that some doctors had assumed was beyond repair after severe paralysis.

Dustin Shillcox, 29, of Green River, Wyoming, was seriously injured in a car crash in 2010. Last year, he had the electrical device surgically implanted in his lower back in Kentucky. Five days later, he wiggled his toes and moved one of his feet for the first time.

"It was very exciting and emotional," said Shillcox. "It brought me a lot of hope."

Shillcox now practices moving his legs for about an hour a day at home in addition to therapy sessions in the lab, sometimes wearing a Superman T-shirt for inspiration. He said it has given him more confidence and he feels more comfortable going out.

"The future is very exciting for people with spinal cord injuries," he said.

The study's other two participants - Kent Stephenson of Mount Pleasant, Texas and Andrew Meas of Louisville, Kentucky - have had similar results.

"I'm able to (make) these voluntary movements and it really changed my life," Stephenson said. He said the electrical device lets him ride on an off-road utility vehicle all day with his friends and get out of the wheelchair.

"I've seen some benefits of (the device) training even when it's turned off," he added. "There have been huge improvements in bowel, bladder and sexual function."

The new study was paid for by the U.S. National Institutes of Health, the Christopher and Dana Reeve Foundation and others.

Experts said refining the use of electrical stimulators for people with paralysis might eventually prove more effective than standard approaches, including medicines and physical therapy.

"In the next five to 10 years, we may have one of the first therapies that can improve the quality of life for people with a spinal cord injury," said Gregoire Courtine, a paralysis expert at the Swiss Federal Institute of Technology in Lausanne, who was not part of the study.

Ellaway said it was unrealistic to think that paralyzed people would be able to walk after such treatment but it was feasible they might eventually be able to stand unaided or take a few steps.

"The next step will be to see how long this improvement persists or if they will need this implant for the rest of their lives," he said.

The National Institutes of Health is investing in more advanced stimulators that would better target the spinal cord as well as devices that might work on people who are paralyzed in their upper limbs.