SC grants bail to Chidambaram in INX media case; stays in ED custody

Sopore, Jammu And Kashmir: A three-year-old boy survived as his grandfather was killed in a terror attack on the Central Reserve Police Force (CRPF) in Jammu and Kashmir's Sopore town this morning. A CRPF jawan was also killed in the line of duty as terrorists opened fire on a patrol team.

In heart-wrenching images, the child is seen sitting on the blood-splattered body of his grandfather, a civilian caught in the crossfire. The boy was numb with fear when he was picked up by policemen, according to the police.

The Kashmir police also tweeted a photo of the child being carried to safety by a policeman.

"Jammu and Kashmir police rescued a three-year-old boy from getting hit by bullets during the terrorist attack in Sopore," said the tweet by the Kashmir Zone Police.

The child was travelling in a Maruti car with his grandfather from Srinagar to Handwara when it was hit by a spray of bullets in Sopore town, which is in Baramulla district about 50 km from Srinagar.

The police said terrorists hiding in a mosque fired indiscriminately at the patrol team as it was getting off a bus. The CRPF troops retaliated but the terrorists managed to escape.

According to the CRPF, the grandfather stopped the car and got out to run to a safe spot but was shot dead in the firing by terrorists. The boy was later rescued by a policeman standing nearby.

Last week, a six-year-old boy was killed during a terror attack on the CRPF in Anantnag.

Little Nihaan Bhat was sleeping in a parked car when he was hit by a bullet. Police say the terrorist was on a bike and opened fire from a pistol on a CRPF patrol. One jawan was killed. The child's killing drew widespread anger and condemnation.

The terrorist believed to be involved in the Anantnag attack escaped yesterday after an encounter with security forces. Police said two other terrorists who were hiding with him at a village were killed.

United Nations, Apr 16: WHO chief Tedros Adhanom Ghebreyesus has welcomed the world health body's cooperation with India to leverage strategies that helped the country win its war against polio into the response to COVID-19 outbreak, saying such joint efforts will help defeat the pandemic.

The World Health Organization (WHO) has said it will work with India's Ministry of Health and Family Welfare to leverage the strategies that helped the country eradicate polio to fight the pandemic.

Migrants who returned to UP and Bihar were hurriedly housed in schools and panchayat buildings, which were turned into quarantine centres. However, unhygienic conditions and people running away have proved to be a problem

The WHO's national polio surveillance network will be engaged to strengthen COVID-19 surveillance and its field staff will continue to support immunization and elimination of tuberculosis and other diseases.

“Great news: @MoHFW_INDIA & @WHOSEARO initiated a systematic engagement of @WHO's national polio surveillance network, and other field staff, for India's #COVID19 response, tapping into the best practices & resources that helped win its war against polio,” the WHO director-general tweeted, referring to India's Ministry of Health and Family Welfare and World Health Organization Regional Office for South-East Asia.

According to the Johns Hopkins University data, over 2 million people are infected by the virus and more than 136,000 people have died of the disease globally.

Ghebreyesus expressed gratitude to Health and Family Welfare Minister Harsh Vardhan “for his leadership and collaboration” with WHO. “Through these joint efforts we can defeat the #coronavirus and save lives. Together!”

India eliminated polio in 2014.
According to a WHO press release, Vardhan said in New Delhi that “time and again the Government of India and WHO together have shown our ability, competence and prowess to the whole world. With our combined meticulous work, done with full sincerity and dedication, we were able to get rid of polio.”

“All of you in the field – IDSP (Integrated Disease Surveillance Project), state rapid response teams and WHO - are our ‘surveillance corona warriors'. With your joint efforts we can defeat the coronavirus and save lives,” Vardhan added.

WHO South-East Asia Regional Director Poonam Khetrapal Singh said the National Polio Surveillance Project (WHO-NPSP) played a critical role in strengthening surveillance for polio that generated useful, timely and accurate data to guide policies, strategies and interventions until transmission of the poliovirus was interrupted in the country,” adding that the other WHO field staff involved with elimination of tuberculosis and neglected tropical diseases and hypertension control initiative were also significant resources.

Singh added that “it is now time to use all your experience, knowledge and skills, with the same rigor and discipline that you showed while monitoring polio activities, to support districts with surveillance, contact tracing and containment activities.”

The WHO release said strengths of the NPSP team – surveillance, data management, monitoring and supervision, and responding to local situations and challenges – will be utilized to supplement efforts of National Centre for Disease Control, IDSP and Indian Council of Medical Research to strengthen COVID-19 surveillance.

The NPSP team will also support in sharing information and best practices and help states and districts calibrate their response based on transmission scenarios and local capacities.

The WHO field staff will continue to support immunization and surveillance and elimination of Tuberculosis and Neglected Tropical Diseases, Singh said, adding, “disease outbreaks can negatively impact progress in a range of areas, from maternal and child mortality to vaccine-preventable diseases and other treatable conditions. India had been making stupendous progress in these areas and we cannot afford for India's remarkable progress to be set back or reversed.”

New Delhi, Fevb 10: Of the countries most at risk of importing coronavirus cases, India ranks 17th, researchers have found on the basis of a mathematical model for the expected global spread of the virus that originated in China's Wuhan area in December 2019.

So far, India has reported three coronavirus positive cases -- all from Kerala.

Among the airports in India, the Indira Gandhi International Airport in New Delhi is most at risk, followed by airports in Mumbai, Kolkata, Bengaluru, Chennai, Hyderabad and Kochi, according to the model.

The new model for predicting global novel coronavirus cases has been developed by researchers from Humboldt University and Robert Koch Institute in Germany.

"The spread of the virus on an international scale is dominated by air travel," said the study.

"Wuhan, the seventh largest city in China with 11 million residents, was the relevant major domestic air transportation hub with many connecting international flights before the city was effectively quarantined on January 23, 2020, and the Wuhan airport was closed. By then the virus had already spread to other Chinese provinces as well as other countries," it added.

The researchers said that it is possible to estimate how likely it is that the virus spreads to other areas by looking at air travel passenger numbers.

"The busier a flight route, the more probable it is that an infected passenger travels this route. Using these probabilistic concepts, we calculate the relative import risk to other airports. When calculating the import risk, we also take into account connecting flights and travel routes that involve multiple destinations," said the study.

The top 10 countries and regions at risk of importing coronavirus cases are: Thailand, Japan, South Korea, Hong Kong, Taiwan, USA, Vietnam, Malaysia, Singapore and Cambodia, according to the model.

While Thailand's national import risk is 2.1%, it is 0.2% for India, found the research.

The foundation of the model is the worldwide air transportation network (WAN) that connects approximately 4,000 airports with more than 25,000 direct connections.

The model accounts for both, the current distribution of confirmed cases in mainland China as well as airport closures that were implemented as a mitigation strategy.

This network theoretic model is based on the concept of effective distance and is an extension of a model introduced in the 2013 paper "The Hidden Geometry of Complex, Network-Driven Contagion Phenomena" published in the journal Science.

The current outbreak of the 2019-nCoV virus started in Wuhan city, Hubei province, China. While the first cases were reported as early as December 8, 2019, the outbreak gained global attention on December 31, 2019, when the World Health Organization was alerted to "several cases of pneumonia" by an unknown virus.

The new virus was soon identified as a novel coronavirus and named 2019-nCOV. It belongs to the family of viruses that include the common cold and viruses such as SARS and MERS. On January 20, 2020, it was confirmed that the coronavirus can be transmitted between humans, greatly increasing the risk of a global spread.

The death toll due to the novel coronavirus outbreak in China has increased to 811 on Sunday, surpassing that of the Severe Acute Respiratory Syndrome (SARS) epidemic in 2003.

Although about 20 countries have confirmed cases, China has accounted for about 99 per cent of those infected. The first foreign victims of the virus both died on Saturday in Wuhan.