Israel warns citizens not to travel to India, citing terror threat

Bengaluru, Jul 22: A total of 4,764 new COVID-19 cases and 55 deaths were reported in Karnataka in the last 24 hours.

Out of the new cases, 2,050 cases were reported in Bengaluru on Wednesday.

The total number of active cases stands at 47,069, said the state Health Department.

Death toll rises to 1,519 in the state.

Bengaluru, Feb 21: The Supreme Court in its interim order on Thursday allowed the plea of the Karnataka government for implementation of the final award by a tribunal for sharing of water between Goa, Karnataka and Maharashtra from the Mahadayi river.

The interim order was passed by a bench comprising Justice D Y Chandrachud and Justice Hemant Gupta after hearing the counsel from the three states. The bench said the final hearing in the matter will take place in July.

It also said the interim order is subject to the final outcome of the petitions filed by the three states against the tribunal's award.

The Mahadayi Water Dispute tribunal had passed the order on August 14, 2018, allocating 13.42 TMC ( Thousand Million Cubic Feet.) water (including 3.9 TMC for diversion into the depleted Malaprabha river basin) from the Mahadayi river basin to Karnataka.

Maharashtra was allotted 1.33 TMC water while Goa was given 24 TMC in the final decision of the tribunal. The UPA-2 government had constituted Mahadayi Water Disputes Tribunal in 2010.

Karnataka government, which has locked horns with the neighbouring Goa on the larger issue of sharing Mahadayi River water between both the states, had petitioned the tribunal seeking the release of 7.56 tmcft of water for the Kalasa-Banduri Nala project.

The Kalasa-Banduri Nala (diversion) project, which will utilise 7.56 tmcft of water from the inter-state Mahadayi river, is being undertaken by Karnataka to improve drinking water supply to the twin cities of Hubballi-Dharwad and the districts of Belagavi and Gadag.

It involves building barrages across Kalasa and Banduri, the tributaries of the Mahadayi River, to divert 7.56 tmc water to the Malaprabha river which fulfils the drinking water needs of the twin cities.

Washington, Jun 30: Researchers in China have discovered a new type of swine flu that is capable of triggering a pandemic, according to a study published Monday in the US science journal PNAS.

Named G4, it is genetically descended from the H1N1 strain that caused a pandemic in 2009.

It possesses "all the essential hallmarks of being highly adapted to infect humans," say the authors, scientists at Chinese universities and China's Center for Disease Control and Prevention.

The researchers then carried out various experiments including on ferrets, which are widely used in flu studies because they experience similar symptoms to humans -- principally fever, coughing and sneezing. 

G4 was observed to be highly infectious, replicating in human cells and causing more serious symptoms in ferrets than other viruses.

Tests also showed that any immunity humans gain from exposure to seasonal flu does not provide protection from G4.

According to blood tests which showed up antibodies created by exposure to the virus, 10.4 percent of swine workers had already been infected.

The tests showed that as many as 4.4 percent of the general population also appeared to have been exposed.

The virus has therefore already passed from animals to humans but there is no evidence yet that it can be passed from human to human -- the scientists' main worry.

"It is of concern that human infection of G4 virus will further human adaptation and increase the risk of a human pandemic," the researchers wrote.

The authors called for urgent measures to monitor people working with pigs.

"The work comes as a salutary reminder that we are constantly at risk of new emergence of zoonotic pathogens and that farmed animals, with which humans have greater contact than with wildlife, may act as the source for important pandemic viruses," said James Wood, head of the department of veterinary medicine at Cambridge University.

A zoonotic infection is caused by a pathogen that has jumped from a non-human animal into a human.