Peace for the World

Peace for the World
First democratic leader of Justice the Godfather of the Sri Lankan Tamil Struggle: Honourable Samuel James Veluppillai Chelvanayakam

Monday, September 24, 2012



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By Sasha Chavkin — Center for Public Integrity

In this tiny Sri Lankan village, rice farmer Wimal Rajaratna sits cross-legged on a wooden bed, peering out toward lush palm trees that surround his home. Listless and weak, the 46-year old father of two anxiously awaits word on whether his body can accept a kidney donation that offers his only chance of survival.
In Uddanam, India, a reed-thin farmer named Laxmi Narayna prepares for the grueling two-day journey he takes twice every week. For most of his 46 years, his job involved shim­mying up palm trees to harvest coconuts at the top. He now spends most of his time nego­ti­ating the more than 100-mile bus trips he takes to receive the dialysis treat­ments that keep him alive.
Ten thousand miles away, in the Nicaraguan community of La Isla, Maudiel Martinez dreads returning to the rolling sugarcane fields where he spent most of his teenage years at work with a machete. Blood tests by the sugar company that employed him found that his kidneys were seri­ously damaged — and exertion beneath the tropical sun could tip the 20-year-old’s health into a lethal spiral.
In three coun­tries on opposite ends of the world, these men face the same deadly mystery: their kidneys are failing, and no one knows why.
A myste­rious form of chronic kidney disease — CKD — is afflicting thou­sands of people in rural, agri­cul­tural commu­nities in Sri Lanka, India and Central America. The struggle to identify its causes is baffling researchers across multiple conti­nents and posing a lethal puzzle worthy of Sherlock Holmes.
The three epidemics have crucial threads in common. The victims are rela­tively young and mostly farm workers, and few suffer from diabetes and high blood pressure, the usual risk factors for renal disease. They expe­rience a rare form of kidney damage, known as tubulo-interstitial disease, consistent with severe dehy­dration and toxic poisoning.
Other common links offer clues to a possible cause. The epidemics affect sharply defined geographic areas that are stun­ningly fertile and swel­ter­ingly hot. The victims mostly perform heavy manual labor, have little formal education and lack easy access to medical care. Pesti­cides are used heavily, and commu­nities drink local ground­water. In each case, the disease began surging in the 1990s.
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