
Bird Flu Alert: Gorakhpur bans chicken sale for 3 weeks
The district administration in Gorakhpur has announced a three-week ban on the sale of chicken after confirmation of a bird flu outbreak in multiple areas of the city. The decision follows laboratory tests that detected H5N1 and H9N1 strains in samples sent to the National Institute of High Security Animal Diseases (NIHSAD).
According to chief veterinary officer (CFO) Dr Bhupendra Singh, samples testing positive were collected from Jhugiya Bazar, Aluminium Factory area, Taramandal, Bhagat Crossing, and localities near Shaheed Ashfaq Ullah Khan Zoological Park. As part of containment measures, authorities have begun culling birds in affected areas.
On Saturday, 695 birds were culled from 19 poultry shops identified within the hotspots. A one-kilometre containment zone has been declared around the affected sites. A quick response team and a control room have also been activated to monitor the evolving situation, the CFO informed.
Officials said that the H5 strain was also found in a sample taken from Tigress Shakti, who died at Gorakhpur Zoo on May 7. In response, the animal husbandry department collected 1,328 samples from poultry farms and vendors across the district for further testing at NIHSAD. Surveillance has been stepped up across Gorakhpur to track any new signs of the virus.
Zoo deputy director Dr Yogesh Pratap Singh confirmed that no other animals have tested positive. However, the zoo will remain closed for at least another week beyond June 3 as a preventive measure. 'Authorities are awaiting results for five more samples taken from the premises.'
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
a day ago
- Time of India
Viral truths
Covid's return not a big worry. But a case in Delhi HC shows what's worrying when it comes to outbreaks It is safe to assume that had Delhi HC not issued a notice to Centre for failing to present in court minimum standards for sample collection, most wouldn't have known that India has no SOP mandated for diagnostic labs. Protocols of course exist, but SOPs are not mandatory. This case has gained traction given the rise in Covid cases. Delhi HC sounded a note of caution. This is despite the fact that GOI, epidemiologists and medical fraternity all agree that given the endemicity of Covid and that almost 70% of the population is fully vaccinated, this round of Covid is little more than 'seasonal flu'. There is no cause for worry. But that is not to say now is not the time for the whole preparedness-shebang to kick in – from wearing masks to surveilling the spread with more testing. Cases are climbing, as are deaths. All deaths have been of those with Covid, not of Covid. Point is, India's burden of comorbidity is massive – diabetes to TB to COPD, chronic kidney disease, and cancer patients & survivors. Against this reality, it's hard to see why Union health ministry wasn't more proactive to Delhi HC's 2023 order to formulate minimum standards for sample collection. It is not about Covid alone. Our healthcare systems must brace for viral outbreaks at any point given the two major challenges today – a dizzying number of dangerous viruses (H5N1, dengue, chikungunya, Nipah, Zika are household terms) and antibiotic-resistant bacteria. Preparedness and quick response make healthcare systems more resilient. Govt estimates put Covid deaths at 5.3L. Lessons were learned. Every weak link in public health machinery was exposed. In the three years since, how many of these weaknesses have been fixed? Is surveillance better? Is the expanded virus research & diagnostic laboratory network fully equipped? Variant identification took a long time during the pandemic. Have we fixed that? Surveillance systems, healthcare infra and community engagement ensure public health. Covid may not be a threat, but as epidemiologist Gagandeep Kang put it: 'What we know we don't know is when, where and what our next disease outbreak will be.' An SOP for sample collection and transport seems to be the very least govt can do. Facebook Twitter Linkedin Email This piece appeared as an editorial opinion in the print edition of The Times of India.


Time of India
a day ago
- Time of India
New Covid vaccine developed by USA researchers is ready to fight Coronavirus. How effective it is?
Amid fresh surge in Covid-19 cases, a team of US researchers has developed a new type of mRNA vaccine that is more scalable and adaptable to tackle continuously evolving viruses such as SARS-CoV-2 and H5N1. While the currently available mRNA vaccines are highly effective at inducing an immune response against Covid , they present challenges like the high amount of mRNA needed to produce them and the constantly evolving nature of the pathogen. "The virus changes, moving the goal post, and updating the vaccine takes some time," said senior author Suresh Kuchipudi, chair of Infectious Diseases and Microbiology at the University of Pittsburgh School of Public Health. To address these challenges, the researchers created a proof-of-concept Covid vaccine using what's known as a "trans-amplifying" mRNA platform. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Pare a neuropatia: descubra como NeuroFit Undo In this approach, the mRNA is separated into two fragments -- the antigen sequence and the replicase sequence -- the latter of which can be produced in advance, saving crucial time in the event a new vaccine must be developed urgently and produced at scale. In addition, the researchers analysed the spike-protein sequences of all known variants of the SARS-CoV-2 for commonalities, rendering what's known as a "consensus spike protein" as the basis for the vaccine's antigen. Live Events In mice, the vaccine induced a robust immune response against many strains of SARS-CoV-2. "This has the potential for more lasting immunity that would not require updating, because the vaccine has the potential to provide broad protection," said Kuchipudi. "Additionally, this format requires an mRNA dose 40 times less than conventional vaccines, so this new approach significantly reduces the overall cost of the vaccine." The study, published in the journal npj Vaccines could inform more efficient vaccine development for other constantly evolving RNA viruses with pandemic potential, Kuchipudi said.


Economic Times
a day ago
- Economic Times
New Covid vaccine developed by USA researchers is ready to fight Coronavirus. How effective it is?
Live Events (You can now subscribe to our (You can now subscribe to our Economic Times WhatsApp channel Amid fresh surge in Covid-19 cases, a team of US researchers has developed a new type of mRNA vaccine that is more scalable and adaptable to tackle continuously evolving viruses such as SARS-CoV-2 and H5N1. While the currently available mRNA vaccines are highly effective at inducing an immune response against Covid , they present challenges like the high amount of mRNA needed to produce them and the constantly evolving nature of the pathogen."The virus changes, moving the goal post, and updating the vaccine takes some time," said senior author Suresh Kuchipudi, chair of Infectious Diseases and Microbiology at the University of Pittsburgh School of Public address these challenges, the researchers created a proof-of-concept Covid vaccine using what's known as a "trans-amplifying" mRNA this approach, the mRNA is separated into two fragments -- the antigen sequence and the replicase sequence -- the latter of which can be produced in advance, saving crucial time in the event a new vaccine must be developed urgently and produced at addition, the researchers analysed the spike-protein sequences of all known variants of the SARS-CoV-2 for commonalities, rendering what's known as a "consensus spike protein" as the basis for the vaccine's mice, the vaccine induced a robust immune response against many strains of SARS-CoV-2."This has the potential for more lasting immunity that would not require updating, because the vaccine has the potential to provide broad protection," said Kuchipudi."Additionally, this format requires an mRNA dose 40 times less than conventional vaccines, so this new approach significantly reduces the overall cost of the vaccine."The study, published in the journal npj Vaccines could inform more efficient vaccine development for other constantly evolving RNA viruses with pandemic potential, Kuchipudi said.