Hantavirus infection had been CONFIRMED in Switzerland, Hantavirus has a 35%-45% fatality rate, that's 440 times more than COVID’s. Here is what you need to know about the virus.

Food is medecin!

Stanford used AI to erase a real male student from an ad and replaced him with a fictional black woman. The student says he feels, “silenced and erased.” Stanford University has admitted to violating its own AI policy after using generative technology to erase a Latino student from an advertisement and replace him with a fictional Black woman. The controversy erupted when Billy Ramirez, a Stanford senior, discovered that a 2024 dining hall photo of himself and two classmates had been heavily doctored for official campus banners. In the newly generated promotional image, Ramirez’s face, race, and gender were completely replaced by an AI-generated Black woman. Furthermore, the AI was used to significantly slim down the faces and bodies of his two remaining classmates. Ramirez expressed deep frustration over the digital manipulation, stating that seeing his identity altered and being completely excluded left him feeling "silenced and erased" from an initiative meant to celebrate campus representation. In response to the viral backlash, Stanford officials confirmed that the alteration violated the university's strict artificial intelligence guidelines, which explicitly prohibit the creation of synthetic media depicting real individuals without consent. The university’s Residential and Dining Enterprises department has since taken down the banners and committed to implementing additional staff training. Beyond the ethical concerns of digital manipulation, the incident has reignited a heated national debate about the lengths to which academic institutions will go—including fabricating digital minorities—to project a curated image of campus diversity. source: Mallon, E. (2026). Stanford admits breaking own policy after race-, gender-swapped student photos emerge. Fox News Digital.

Foods highest in vitamin C, some of the richest include: 1. 🥇 Kakadu plum: exceptionally high, reported up to ~2,300 mg/100 g 2. Acerola (West Indian cherry): roughly 1,000–1,700 mg/100 g 3. Guava: about 200 mg/100 g 4. Blackcurrant: about 180 mg/100 g 5. Red bell pepper: about 125–130 mg/100 g 6. Kiwi: about 90 mg/100 g 7. Orange: about 50 mg/100 g

They bypassed the public grid entirely. The new Port of Antwerp Green Hydrogen Hub takes 800 megawatts of offshore wind power straight from the North Sea and plugs it directly into its own facility. No public power lines. No transmission fees. No grid congestion. Just raw wind turned instantly into 80,000 tonnes of green hydrogen every year. Europe’s largest clean fuel facility is now silently feeding a 35-kilometre private pipeline straight into heavy industrial plants like BASF and ArcelorMittal. By replacing the dirty "grey" hydrogen they used to make from natural gas, this single facility strips 720,000 tonnes of CO2 out of the atmosphere annually. If they produce a surplus, it gets pushed into the European Hydrogen Backbone network towards Rotterdam.

RT @doctors_squad: The entire experience of having a baby 😁

The Big Bang might not have been the beginning. It might have been a funeral. That's the argument from Nobel Prize-winning physicist Roger Penrose, and it flips everything we learned in school. In his view, our universe didn't burst out of nothing. It rose from the ashes of another universe that came before us. One ending became our beginning. Think about that. We aren't page one. We are the chapter that started quietly after something ancient closed its eyes. And if it happened once, what's stopping it from happening again?

Saudi Arabia says it has found about 110 million tonnes of rock containing uranium and valuable rare-earth minerals at the Jabal Sayid site in the Madinah region. The announcement was made by Energy Minister Prince Abdulaziz bin Salman during a meeting of the International Atomic Energy Agency (IAEA) in Vienna. The 110 million tonnes refers to the total rock and mineral material, not 110 million tonnes of pure uranium. Experts will need to study the site further to determine exactly how much uranium and rare-earth material can actually be recovered and whether doing so would be profitable. The discovery supports Saudi Arabia’s plan to reduce its reliance on oil and develop new industries under Vision 2030. If the resources can be mined successfully, they could help Saudi Arabia develop its nuclear-energy sector and become a larger supplier of important minerals used in technology, energy and manufacturing.

This is why Mosquitoes Bite some people more.

What if tiny microorganisms could help power our future? 🌍🔬⚡ From treating polluted wastewater to generating electricity, exploring renewable fuels and supporting water desalination, Professor Godfrey Kyazze is investigating how microbes can become part of the solution to some of our biggest environmental challenges. It sounds like science fiction but it’s biotechnology in action. 🌱💧

Pregnancy 🤰is not a easy task….. See this 1st week to 9 months

Menstrual Cups

For years, we were told that eating too many eggs could harm the heart because egg yolks contain cholesterol. The idea was simple: more dietary cholesterol meant higher blood cholesterol and a greater risk of heart disease. But research has shown that the story is more complicated. For most people, overall diet, especially saturated fat intake, can matter more than the cholesterol found in eggs. Modern nutrition guidance therefore focuses less on avoiding eggs and more on maintaining a healthy overall eating pattern. That doesn’t mean unlimited eggs are right for everyone. People with certain health conditions may need personalized advice. The egg debate is a good reminder that science changes as better evidence becomes available.

Can bacteria from kimchi remove nanoplastics from the body? Researchers found that a bacterium associated with kimchi can bind nanoplastics under gut-like conditions. In mice, it increased the amount of nanoplastics found in feces but this is still early research, not evidence that eating kimchi removes plastics from humans.

Can Urine Be Used as an Oral Vaccine? The idea of a “urine vaccine” sounds unusual, but it relates to an interesting area of vaccine research: training the immune system to protect the urinary tract. Urine can contain antibodies produced by the immune system, so scientists can sometimes analyze urine to see whether vaccination has triggered an immune response in the urinary tract. Contrary to emerging opinions, drinking urine is not vaccination and should not be attempted. Modern oral vaccines contain carefully prepared and tested vaccine ingredients not urine.

Take your oral health serious. This is one of the numerous cases of Necrotising Fascitis secondary to chronic dental infection I have seen.. This was seen today at the Teaching Hospital. One of the reasons we teach a lot about regular visits to the Dental Surgeon (dentist). Necrotising Fascitis is one of the sequelae of Dental Caries Dental Caries can progress to Ludwig's Angina and Sepsis and can lead to death/Airway obstruction, but 6 monthly visits and proper Oral Hygiene can prevent this.

This is a remarkable example of how materials science can turn a renewable-energy waste problem into a resource. Researchers at Michigan State University developed a recyclable material for wind-turbine blades that could help solve the growing problem of blade waste. Unlike conventional blades, the new material can be chemically broken down and its components recovered for reuse. In laboratory experiments, the researchers converted the recovered materials into useful products, including plexiglass for windows and cars, absorbent materials, and food-grade potassium lactate used in sports drinks and gummy bears. The researchers even used the food-grade ingredient to make gummy bears. The breakthrough demonstrates the potential of a circular economy, where old wind-turbine blades are not simply discarded but transformed into valuable new products. However, the technology is still at the research stage and is not yet a commercial method for turning old blades directly into candy.

Déjà vu "The rapid use of AI to solve complex mathematical problems has sparked concern among mathematicians."

The rapid use of AI to solve complex mathematical problems has sparked concern among mathematicians. OpenAI reportedly spent an estimated $15 million in computing resources pursuing a solution related to the Navier–Stokes equations, one of the seven Millennium Prize Problems. While such achievements could represent major advances, some mathematicians question whether AI-generated solutions are being presented too quickly and without sufficient transparency. Fields Medalist and UCLA mathematician Terence Tao has criticized the growing race among technology companies to produce headline-making mathematical breakthroughs. He argues that mathematics is not simply about obtaining an answer—it is also about developing theories, understanding why solutions work, communicating ideas clearly, and training future mathematicians. Rushed or opaque AI-generated results could make these essential human processes less central to mathematical research. Tao has even suggested that some categories of mathematical problems might eventually need to be considered “off-limits” to automated solvers. The concern is that relying too heavily on AI could weaken human intuition, education, and the development of young researchers. Rather than replacing the human mathematical process, AI should ideally be used as a collaborative tool, with transparency, verification, and explanation remaining at the heart of scientific progress.

This is why fungal infections are Difficult to treat.

Microchimerism: How a Baby’s Cells May Benefit the Mother During pregnancy, cells can naturally pass between the developing baby and the mother through the placenta. Some fetal cells enter the mother’s bloodstream and can remain in her body for many years, sometimes even decades. This phenomenon is known as maternal–fetal microchimerism, and it represents a fascinating form of long-term biological interaction between mother and child. One potential benefit is tissue repair. Research suggests that fetal cells can migrate toward areas of damaged maternal tissue, where they may participate in repair processes. Scientists have detected fetal-origin cells in several maternal tissues, suggesting that these cells may respond to injury and potentially contribute to healing. Fetal cells may also influence the mother's immune system. Because pregnancy requires the mother's immune system to tolerate the developing fetus, microchimeric cells may contribute to immune regulation and long-term immune interactions. This could potentially influence how the mother's immune system responds to certain tissues or injuries. However, microchimerism is not necessarily beneficial in every situation. Researchers are still investigating its possible roles in tissue repair, immunity, pregnancy, and disease. Therefore, the health benefits should be described as potential effects rather than established medical benefits. What is clear is that pregnancy can leave behind a remarkable cellular connection between mother and child long after birth.