Kolkata: As many as 11 people are dead while 35 others have contracted illness in West Bengal’s East Midnapore district. The death toll continues to go up after Saturday’s hooch tragedy, an official said.
“So far 11 people have died since Saturday and at least 35 others have been hospitalized. The post mortem reports are awaited and it appears the deaths have occurred due to hooch,” said District Magistrate Antara Acharya.
A group of people in the Moyna police station area who consumed liquor on Saturday subsequently started showing signs of nausea and began vomiting and had to be rushed to hospitals.
While four people died on Saturday and Sunday each, three more died on Monday.
“Relatives of those who died on Saturday cremated the bodies without informing the authorities. As post mortem could not be conducted on those bodies it is difficult to establish their cause of death. The administration is carrying out a through probe into the matter,” added Acharya.
Meanwhile at least 22 people have been arrested for allegedly being associated with the hooch trade.
Scientists have found that they can reverse the urge to drink alcohol, finds a study, which may open the door to developing drug or gene therapies to control alcohol addiction.
The team at US-based Scripps Research used a laser treatment to temporarily inactivate a specific neuron, which not only reversed alcohol-seeking behaviour but also reduced the physical symptoms of withdrawal.
“This discovery is exciting. It means we have another piece of the puzzle to explain the neural mechanism driving alcohol consumption,” said Olivier George, Associate Professor at Scripps.
Although the treatment is far from ready for human use, George believes identifying these neurons opens the door to developing drug therapies or even gene therapies to control alcohol addiction.
For the study, reported in Nature Communications journal, the team tested the role of a subset of neurons in the ensemble, called corticotropin-releasing factor (CRF) neurons. They found these CRF neurons make up 80 per cent of the ensemble.
Rats were surgically implanted with optic fibres aimed to shine light on the CRF neurons — to make them inactive at the flip of a switch.
Once rats were alcohol dependent, the researchers withdrew alcohol, prompting withdrawal symptoms in rats. When they were offered alcohol again, rats drank more than ever. The CeA neuronal ensemble was active, telling rats to drink more.
When the CRF neurons were inactivated, rats immediately returned to their pre-dependent drinking levels. The intense motivation to drink had gone. Inactivating these neurons also reduced the physical symptoms of withdrawal, such as abnormal gait and shaking.
“We were able to characterise, target and manipulate a critical subset of neurons responsible for excessive drinking,” said Giordano de Guglielmo, staff scientist at Scripps. (IANS)