Experts discuss Dengue fever treatment and prevention: myths about folk remedies
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Aaj Tak
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Experts discuss Dengue fever treatment and prevention: myths about folk remedies

Mention of Dengue causes significant concern. The common belief that only weakened or sick people can contract severe Dengue is a misconception; even young and completely healthy individuals can become victims of this disease.

During an important session called 'Operation All Out' at the Health Wealth Summit, renowned specialists, Professor Dr. Sanjeev Bagai and Dr. Sushila Kataria, discussed symptoms, complications, vaccination, and methods of preventing Dengue in detail.

Doctors warned that severe Dengue can affect anyone, including young people without chronic illnesses. Dr. Sushila Kataria emphasized the unpredictable nature of Dengue, noting that serious complications can develop rapidly.

The most dangerous period of the illness occurs after the temperature drops. At this time, the platelet count can drop sharply, which can lead to serious problems such as plasma leakage. It is necessary to seek immediate medical attention if alarming signs appear, such as severe abdominal pain, persistent vomiting, bleeding, or excessive lethargy.

When Dengue symptoms appear, people often try to use various home remedies or take medications on their own. Doctors cautioned against this. It is strictly forbidden to take antibiotics or painkillers (such as aspirin, ibuprofen, and nimesulide) without consulting a specialist.

Specialists completely refuted claims that consuming papaya juice, mustard juice, or goat's milk helps rapidly increase platelet counts, as there is no convincing scientific evidence for these methods. Instead, the focus should be on adequate fluid intake (water and other liquids), complete rest, and constant medical monitoring.

Discussing vaccination, Dr. Sanjeev Bagai expressed some concerns regarding clinical data and long-term protection. Meanwhile, Dr. Kataria insisted that the vaccine serves as an additional layer of protection but cannot replace mosquito population control.

The doctors mentioned the 'Operation All Out' campaign conducted in Panditpur near Varanasi, stressing that year-round mosquito control, public awareness, and community participation are necessary to combat Dengue.

The direct and clear message from the doctors is never to underestimate Dengue. Health does not guarantee protection against the severe consequences of this disease. The most reliable way to avoid the illness is timely rest, maintaining hydration, and medical observation.

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The Necessity of Justice in Global Health: Lessons from the COVID-19 Pandemic
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iol.co.za

The Necessity of Justice in Global Health: Lessons from the COVID-19 Pandemic

The COVID-19 pandemic revealed a harsh truth about the global health order: when faced with a common threat, the wealthiest countries prioritized their own interests over human lives. Protective resources such as masks, ventilators, vaccines, diagnostic tools, and medicines were treated not as public goods available to all, but as commodities that could be bought, stockpiled, and controlled by those with the greatest financial means.

While governments in African, Latin American, Caribbean, Asian, and Eastern European countries struggled for access to vital technologies, wealthier states secured stockpiles far exceeding their immediate needs, leaving millions waiting. This outcome was not merely an unfair reaction, but a profound moral failure that turned survival into a privilege of wealth and geography, contributing to unnecessary suffering and loss of life in many Global South nations.

Six years later, the world has a chance to decide whether it learned from this experience. However, as negotiations continue around the World Health Organization's (WHO) pathogen and benefit-sharing system, there is a real risk that some of the same dynamics that defined the COVID-19 response could become entrenched in frameworks designed to prevent them.

Recently, the AIDS Healthcare Foundation joined other civil society organizations by filing a complaint with the UN Special Rapporteur on the right to health. The core issue is that the positions advocated by some high-income countries during PABS negotiations could undermine principles firmly established in international human rights law, including the right to health.

Human rights remain inviolable even during intergovernmental negotiations. Countries do not renounce their obligations by joining the World Health Organization. The right to health, recognized under international law, entails responsibilities that extend beyond national borders. It demands cooperation, solidarity, and the recognition that decisions made in one country can directly affect the health and lives of people in another.

These principles are not abstract legal concepts; they become matters of life and death during a public health emergency. Scientific progress is valuable only when its benefits reach people in time. Breakthrough vaccines offer little comfort to a patient who cannot access them. A vital medicine is insignificant if it is unaffordable. Advanced diagnostics cannot stop an outbreak if they only appear after the worst has happened.

The true measure of scientific innovation is not what is discovered in the laboratory, but whether these discoveries are accessible to the people who need them most. This reality poses a fundamental question at the heart of PABS negotiations: who benefits from science, and when?

During a pandemic, access to vaccines, diagnostics, and treatments must be determined by public health needs, not by purchasing power. Priority should be given to countries facing the highest risks, highest incidence rates, and most vulnerable populations, rather than those left behind due to an inability to compete with wealthier nations. This is precisely what occurred during COVID-19.

The fundamental principle underlying PABS should be simple: countries share pathogen samples and genetic sequence information so that researchers and manufacturers can rapidly develop tools to respond to emerging health threats. In return, the benefits derived from this research must be distributed fairly and predictably. Reciprocity is not a radical idea; it is the foundation upon which trust is built.

Nevertheless, many civil society organizations are deeply concerned that the discussed system ensures greater certainty regarding access to pathogen information than to the products developed from that information. In other words, countries may be expected to provide samples quickly and transparently, yet receive no substantial guarantees regarding access to the vaccines, medicines, diagnostics, technologies, or knowledge resulting from these contributions. This is neither sustainable nor fair.

It is difficult to justify a system where countries fulfill their obligations immediately but must rely on goodwill, political considerations, or charity to receive benefits from their contributions. If pathogen sharing is an obligation, then benefit sharing must also be an obligation. There must be certainty on both sides of the equation.

Timing is as crucial as access. One lesson from COVID-19 is that delays cost lives. Waiting until an outbreak escalates into a full-blown pandemic before stronger access mechanisms take effect negates the purpose of preparedness. The most critical period often occurs in the earliest phase of an outbreak, when rapid intervention can curb transmission, prevent escalation, and save lives. Access to medical technologies must be built into the response from the very beginning, not offered after the crisis has deepened.

South Africa's experience during COVID-19 vividly illustrates this problem. Scientists from South Africa and Botswana played a crucial role in identifying and reporting the Omicron variant to the world. Their transparency and scientific excellence allowed the global community to better understand the emerging threat. However, the immediate response was not solidarity. Instead, several countries imposed travel restrictions targeting South Africa, leading to significant economic consequences for the region.

At the same time, many African countries continued to struggle with access to vaccines that were already widely available elsewhere. Former President of Botswana, Mokgweetsi Masisi, expressed the frustration felt across many developing nations, questioning a system where countries are encouraged to share scientific information for the good of all, yet see the resulting technologies concentrated in the hands of a few.

His criticism points to a deeper concern extending beyond COVID-19. Why should countries continue to share information that enables scientific discovery if they are not sure that the benefits of that science will return to them when they need it most? This question is particularly relevant given the immense contribution of Global South countries to ensuring global health security. They contribute through surveillance systems, research institutions, healthcare workers, clinical trial participants, pathogen samples, and genetic data. Their input helps drive scientific advancements that protect the world. But contribution alone is not enough to guarantee access.

Benefit sharing cannot be reduced to the last-minute donations of surplus products after wealthier nations have met their needs. Donations can play a role, but they do not replace justice. By the time vaccines or medicines arrive months late, we may have already missed opportunities to prevent deaths and control outbreaks.

Furthermore, true benefit sharing includes not only the distribution of finished products. It requires expanding access to manufacturing capacity, technology transfer, voluntary licensing, scientific knowledge, and regional production capabilities. Countries should not remain permanently dependent on a handful of suppliers located thousands of kilometers away. Creating resilient and geographically diverse production systems is not only just but strategically necessary for global health security.

PABS ultimately requires accountability. There must be transparency regarding who gains access to pathogen information, how that information is used, and whether agreed-upon benefits are actually provided. There must be mechanisms supporting accessibility, expanding production during sharp increases in demand, and ensuring that commitments are enforceable, not merely desirable.

None of these points should be interpreted as an argument against rapid information sharing. On the contrary, rapid exchange of scientific information remains essential for managing future outbreaks. But a system that clearly defines the obligations of countries providing pathogen information while remaining vague about the obligations of those who use that information is neither balanced nor sustainable.

Infectious diseases recognize no borders, ideologies, or economic status. An outbreak left unchecked anywhere can quickly become a threat everywhere. Ensuring that vital technologies reach where they are needed most is not an act of charity, but an act of collective self-interest and sound public health policy. The world will be judged not only by how quickly it detects the next pandemic threat but also by how justly it responds to it.

If countries are expected to share information that makes scientific breakthroughs possible, then the benefits of those breakthroughs must also be distributed fairly, quickly, and predictably. The lessons of COVID-19 are too painful and too recent to ignore. The next pandemic should not be determined by who can pay first and who must wait. Human lives must never again be sold to the highest bidder. The international community now has the opportunity to build a system based on justice, reciprocity, and shared responsibility. It must not miss this chance.

Ebola threat rises in Africa; cases reported in five countries
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Ebola threat rises in Africa; cases reported in five countries

The Ebola outbreak is spreading rapidly across Africa. The infection, which began in Congo in May, has now reached several countries, posing a major challenge for health officials to control. Controlling the disease is proving difficult due to weak surveillance, continuous human movement, and a lack of healthcare services. The Bundibugyo virus is responsible for this outbreak, which is a rare type of the Ebola virus. Currently, no approved vaccine or specific treatment is available for this virus, and concerns are growing regarding the number of cases and deaths.

There is a suspicion of contact between two patients from Nigeria and Kenya at Entebbe Airport in Uganda this month. According to officials from Africa CDC, a specialized and autonomous public health agency of the African Union, both patients traveled from there on October 3, although the investigation is ongoing. An infection has been confirmed in a woman in Nigeria, and 44 people who came into contact with her are being identified. Meanwhile, nine cases have been recorded in Kenya.

In this outbreak that started in Congo in May, more than 9,500 people have been infected so far. Cases related to this outbreak have been reported in five countries—Congo, Uganda, Kenya, France, and Nigeria. Infection was confirmed in a woman returned from Uganda in Nigeria, who started showing symptoms on October 7. According to the World Health Organization, it is unclear whether this woman had traveled to Congo. The nine cases in Kenya are linked to an individual who traveled from Congo via Uganda. Additionally, a doctor who returned from Congo contracted the infection in June in France, recovered, and was discharged from the hospital on July 4.

Major causes of the spread of the Ebola virus in Africa include contact with infected wild animals, particularly fruit bats, and consumption of infected meat. In humans, the virus spreads through direct contact with the blood, vomit, diarrhea, and other bodily fluids of an infected person. Contaminated clothing, bedding, and needles can also cause infection. Certain funeral practices, inadequate healthcare services, and difficulties in monitoring in conflict zones are increasing its spread.

Ebola infection can spread through direct contact with the blood, vomit, and other bodily fluids of an infected person, and there remains a risk from contact with contaminated clothing and bedding. Situations such as violence, population displacement, and lack of trust in health officials in parts of Congo have made the situation more serious. It is becoming difficult to contain the infection due to the late identification of many patients.

It is worth noting that only one case of the Ebola virus was recorded in India in 2014. No local or indigenous transmission of the virus has occurred in India officially, but the virus was confirmed in the body of an international traveler who received treatment in West Africa and came to India in 2014.

Doctor explains how to distinguish a regular cough from signs of tuberculosis
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Doctor explains how to distinguish a regular cough from signs of tuberculosis

Due to changing weather, many people encounter the problem of coughing. Although in most cases the cough goes away on its own within a few days, if it persists constantly, it may be a symptom of tuberculosis (TB).

Professor E. H. Gotekar of the Medicine Department at Lady Harding Medical College in Delhi notes that a cough can be a sign of TB. He emphasizes that if the cough lasts more than three weeks, testing for TB is extremely necessary. Dr. Gotekar discussed several ways to determine whether a cough is a symptom of TB.

Although the final determination of a cough as normal or as a sign of TB is made through tests, there are also other observable signs. The first of these is the duration of the cough—it must persist continuously for two to three weeks or longer. In addition to coughing, thick yellow or green sputum, as well as blood, may appear.

An important indicator is the appearance of fever in the evening and at night, accompanied by sweating. Other signs of TB include a constant feeling of weakness and fatigue, as well as a decrease in appetite compared to the previous state. Chest pain when breathing or coughing may also occur. However, the doctor clarifies that it is not necessary for every person to have all the listed symptoms; some may manifest partially or not at all.

A number of different tests are used to detect TB. One of them is a sputum analysis, which allows for the detection of TB bacteria. Furthermore, chest X-rays are recommended for TB diagnosis to check for spots in the lungs or any serious infections. Doctors also advise conducting additional examinations to get a more complete picture.

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