‘Trump risks war if US blocks access to South China Sea'

Washington, Jun 24: An Indian restaurant in the Sante Fe City of New Mexico, owned by a Sikh, was broken into and vandalised with hate messages scrawled on its walls, a media report said Tuesday.

The damage caused to India Palace restaurant is estimated to be worth USD 100,000, local Santa Fe Reporter said adding that the vandalisation is being investigated by local police and the FBI.

Sikh American Legal Defense and Education Fund (SALDEF) has condemned the incident.

"This kind of hate and violence is unacceptable and swift action must be taken to ensure the safety and security of all Americans," said Kiran Kaur Gill SALDEF executive director.

According to the local daily, tables were overturned, glassware was smashed into piles on the floor, wine racks were emptied, a statue of a goddess was beheaded and computers were stolen.

The vandals also turned over and destroyed food warmers while the front desk area was devastated, plates smashed and the kitchen rendered completely unusable, it said.

"I walked into the kitchen, I saw everything and I was like, hold on, what? What is going on here?" owner Baljit Singh told Santa Fe Reporter. "White power," "Trump 2020," "go home," and far worse were spray-painted on walls, doors, counters and any other available surface.

"Some phrases contained threats of violence and derogatory racial slurs," the daily said.

"Santa Fe is a peaceful town, and the Sikh community has lived here, beautifully integrated, since the 60s," said SALDEF board member Simran Singh, who lives minutes away from the restaurant.

"Tensions have flared recently with the reinvigoration of the Black Lives Matter movement and the removal of statues associated with Spanish colonisers of this area, who committed a number of atrocities," he said.

"Nevertheless, we are seeing an outpouring of love and support around the city and in my experience, our neighbors love and appreciate us, as we love and appreciate them," he added.

SALDEF said that it has seen an unprecedented rise in hate crimes including the April 29 incident wherein a Sikh American Lakhwant Singh was brutally attacked by a man identified as Eric Breeman in Lakewood, Colorado.

Lakhwant Singh was told to "go back to your country," while being attacked. No formal hate crime charges have been brought against the attacker.

Melbourne, Apr 10: Scientists have identified six drug candidates from more than 10,000 compounds that may help treat COVID-19.

The research, published in the journal Nature, tested the efficacy of approved drugs, drug candidates in clinical trials and other compounds.

"Currently there are no targeted therapeutics or effective treatment options for COVID-19," said Professor Luke Guddat from the University of Queensland in Australia.

"In order to rapidly discover lead compounds for clinical use, we initiated a programme of high-throughput drug screening, both in laboratories and also using the latest computer software to predict how different drugs bind to the virus," Guddat said.

The project targeted the main COVID-19 virus enzyme, known as the main protease or Mpro, which plays a pivotal role in mediating viral replication, the researchers said.

This makes it an attractive drug target for this virus, and as people don't naturally have this enzyme, compounds that target it are likely to have low toxicity, they said.

"We add the drugs directly to the enzyme or to cell cultures growing the virus and assess how much of each compound is required to stop the enzyme from working or to kill the virus. If the amount is small, then we have a promising compound for further studies," said Guddat.

After assaying thousands of drugs, researchers found of the six that appear to be effective in inhibiting the enzyme, one is of particular interest.

"We're particularly looking at several leads that have been subjected to clinical trials including for the prevention and treatment of various disorders such as cardiovascular diseases, arthritis, stroke, atherosclerosis and cancer," Guddat said.

Researchers said compounds that are already along the pipeline to drug discovery are preferred, as they can be further tested as antivirals at an accelerated rate compared to new drug leads that would have to go through this process from scratch.

"With continued and up-scaled efforts we are optimistic that new candidates can enter the COVID-19 drug discovery pipeline in the near future," Guddat said.

Manila, Mar 16: The Philippines has detected an outbreak of avian flu in a northern province after tests showed presence of the highly infectious H5N6 subtype of the influenza A virus in a quail farm, the country's farm minister said on Monday.

Agriculture Secretary William Dar said the bird flu virus, the same strain that hit some local poultry farms in 2017, was detected in Jaen municipality in Nueva Ecija province, where about 1,500 quails had died on one farm alone.

A total of 12,000 quails have been destroyed and buried to prevent further infections, Dar said, citing field reports.

"We are on top of the situation," he said. "Surveillance around the 1-km and 7-km radius will be carried out immediately to ensure that the disease has not progressed around the said perimeter."

Animal quarantine checkpoints have also been set up to restrict the movement of all live domestic birds to and from the quarantine area, he said.

"We would like to emphasise that this is a single case affecting one quail farm only," Dar said.

Dr. Arlene Vytiaco, technical spokeswoman for avian flu at the agriculture department, said that while there is a possibility of transmission to humans through excretion and secretion, "the chances are very slim".

"There is also zero mortality rate," she said.

Dar said his department and the local government were jointly conducting an investigation and contact-tracing to determine the source of infection.

To ensure steady domestic supply of poultry, he said the transport of day-old chicks, hatching eggs and chicken meat will be allowed provided the source farms have tested negative for bird flu.