Body of Nobel laureate Pablo Neruda exhumed in murder probe
AFP - Getty Images
A
photo from Oct. 21, 1971, shows writer, poet and diplomat Pablo Neruda,
then Chilean ambassador to France, answering journalists' questions in
Paris. Neruda's remains were exhumed Monday in an effort to determine
whether he was poisoned.
Neruda, famed for his passionate love poems and staunch communist views, is presumed to have died from prostate cancer on Sept. 23, 1973.
But Manuel Araya, who was Neruda's chauffer during the ailing writer's last few months, says agents of the dictatorship took advantage of his illness to inject poison into his stomach while he was bedridden at the Santa Maria clinic in Santiago.
"We're hoping for a positive result because Neruda was assassinated. Pinochet made an error when he ordered Neruda be killed," said Araya. Results are expected in coming months.
Ricardo Eliecer Neftali Reyes Basoalto, better known by his pen name, was a larger-than-life fixture in Chile's literary and political scene.
While best known for his collection "Twenty Love Poems and a Song of Despair," published in 1924, Neruda was also an important political activist during a turbulent time in Chile.
He organized a ship to bring about 2,000 Spanish refugees fleeing the civil war there to Chile in 1939, campaigned for Allende and was ambassador to France during the socialist's presidency.
The Andean country's intelligentsia frequently congregated in Isla Negra, as well as in his Santiago home "La Chascona" -- so named for his then-mistress Urrutia's messy red hair -- and La Sebastiana, his ship-themed home in the port town of Valparaiso.
Democratically elected Allende committed suicide in the presidential palace as it was under attack by the military, experts confirmed last year, amid accusations he had been murdered during the coup.
Chilean courts are also investigating the death of ex-President Eduardo Frei Montalva, who is presumed to have died in 1982 of an infection after a hernia operation. Some say he was poisoned by Pinochet's agents.