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Mpoxचा उद्रेक BioE3 लसींची तातडीची गरज अधोरेखित करतो, उत्पादन �

The mpox outbreak highlights the urgent need for vaccines, with India’s BioE3 policy crucial for boosting production and supporting global health ef

झूनॉटिक आजारांचा सामना करण्यासाठी आरोग्य सुरक्षेच्या द

A holistic One Health approach is crucial for tackling zoonotic diseases, focusing on prevention, collaboration, and innovation for better health secu

With shifting climate patterns, and rising viral transmissibility, the risk of Nipah outbreaks remains substantial, thus emphasising the need for ethi

This brief examines how fear and anxiety during a disease outbreak can be exploited by state and non-state actors to further their political, strategic, or ideological agendas. Such fear, compounded by religious and cultural strife, or unfamiliarity with socio-cultural beliefs can provide fertile ground for the spread of misinformation from malicious actors. The brief illustrates these patterns using examples where information had been we

In India, there are periodic spikes in H1N1 outbreaks every few years.

The ongoing pandemic of COVID-19 (caused by the novel coronavirus or SARS-CoV-2) has exposed glaring gaps in India’s domestic laws. Absent a rationally structured legislation to fall back on, the Union government in March advised states to invoke the Epidemic Diseases Act of 1897 to tackle the pandemic in their jurisdictions. The 123-year-old colonial law, however, does not even define what a disease is, let alone an epidemic or a pandemic. Ind

COVID-19, which is a highly infectious disease of zoonotic origin, serves as a serious reminder that human-nature interactions need to be based on sustainable development pathways. The recent surge in zoonotic infections in different parts of the world—among them, H1N1, Nipah virus, Zika virus, and Lyme disease—can be attributed to the intensification of human-animal contact through wildlife trade and livestock production. Reducing the rates

The COVID-19 pandemic, in India, illustrated the need to enhance the country’s capabilities in confronting biological threats, particularly through early detection and timely intervention. Although the pandemic has ended, the threat of new and re-emerging zoonotic viruses remains, the most recent cases being the Nipah virus (NiV) and Guillain-Barré syndrome (GBS) outbreaks; there is also the risk of accidental or intentional biological threats

In the last two decades, the world has witnessed disease outbreaks that have resulted in massive loss of lives and economic disruptions.[1]  The current pandemic of the novel coronavirus or SARS-CoV-2, which causes COVID-19, might still not be the last of the pandemics that the world will suffer in the years to come—as long as human activities that use natural resources beyond their capacities, resulting in the spread of viruses, continue unab

Globally, healthcare has made great strides in making vaccines, diagnostics and therapeutics available to more people. Yet, infectious diseases continue to pose a significant threat in many parts of the world, and the SARS, Ebola, and Zika crises are only a few of the recent outbreaks that draw attention to the weaknesses of public health systems. In India, the recent epidemics of Nipah virus and acute encephalitis syndrome call attention to the

High-density urban agglomerations may be sustainable in terms of the economies of scale their populations provide. Yet, as proven by the ongoing COVID-19 pandemic, these same urban spaces are nearly defenceless in times of unprecedented disease outbreaks. A pandemic poses many risks to the millions who live in dense megacities, whether in wealthy countries or developing ones. The sheer density of the population of these cities provides an ideal e

As the rest of the world is opening up, China’s zero-Covid policy and new outbreaks are proving to be a headache for the country.