Globe Magazine

27/07/2025

21/07/2025

SKIMS Appeals General Public to Use Online Appointment & Report Access Services to Reduce OPD Crowding.

21/07/2025

In a groundbreaking development, scientists have created the first artificial biological leaf, capable of mimicking the photosynthesis process of a real plant. This artificial leaf absorbs both water and carbon dioxide, producing oxygen just like its natural counterpart. By harnessing the same biological principles as plants, this invention has the potential to play a pivotal role in addressing the global oxygen crisis and reducing carbon dioxide levels in the atmosphere.

This innovation marks a significant step forward in the quest to replicate nature’s most vital processes through technology. The ability to create an artificial leaf that functions in the same way as a plant opens up new possibilities for environmental preservation and sustainability. As technology continues to mimic nature, we can look forward to solutions that work in harmony with our planet’s natural systems.

What makes this artificial leaf even more remarkable is its potential to be used in urban areas, where greenery and plants are often scarce. With this invention, we can envision cities that use artificial plants to help purify the air and contribute to healthier living environments. This could be a key solution in the fight against pollution, especially in places with limited natural resources.

The development of this biological leaf also reminds us of the incredible efficiency of nature. Plants have been performing photosynthesis for billions of years, a process that provides life-sustaining oxygen and absorbs harmful gases from the air. By replicating this process, we are learning how to harness the power of nature to heal our planet, and this artificial leaf is a prime example of how science and nature can work together for a better future.

This breakthrough raises important questions about the future of biotechnology and how we can use it to address the challenges of climate change. What other natural processes can we replicate to improve our world? Share your thoughts on how innovations like this could change the future of sustainability.

21/07/2025

07/07/2025

Kidney stones are hard mineral clumps that can build up inside your kidneys and cause a lot of trouble. While small stones might pass out of the body through urine without much pain, larger ones can get stuck and lead to intense discomfort, sometimes needing medical treatment or even surgery. If left untreated, kidney stones can damage the kidneys over time and lead to more serious kidney disease.

These stones form when minerals like calcium, oxalate, or uric acid become concentrated in the urine and stick together. Dehydration is one of the biggest reasons people get kidney stones. If you’re not drinking enough water daily, your urine becomes too concentrated, giving minerals the perfect condition to clump together. Other risk factors include being overweight, eating a lot of animal protein, having a family history of kidney stones, or already dealing with kidney disorders. Even certain medical conditions or medications can make you more likely to develop them.

The pain from kidney stones often starts in the lower back or sides and may radiate to the abdomen or groin. It can come in waves and may be accompanied by nausea, vomiting, or even blood in the urine. Drinking plenty of water, cutting back on salt, and managing your diet can help prevent kidney stones from forming in the first place.

07/07/2025

AI is transforming the way we communicate and create

07/07/2025

07/07/2025

25/05/2025

Spina bifida is a condition that starts in the womb, usually within the first month of pregnancy, when a baby's spine doesn’t close all the way. This leaves part of the spinal cord and nerves exposed or bulging out through the back. It’s a type of neural tube defect, and while it can range from mild to severe, the most serious form is called myelomeningocele—where both the spinal cord and its protective layers stick out through the gap in the spine.

Children born with this condition may have trouble walking, weakness or even paralysis in the legs, and issues controlling their bladder or bowels. In some cases, they also develop hydrocephalus, which is a buildup of fluid in the brain that can lead to learning problems or developmental delays. The severity depends on where and how big the spinal opening is. The exact cause isn’t completely known, but researchers believe it’s a mix of genetics and environmental risks.

One big factor is a lack of folic acid in the mother’s diet before and during early pregnancy. Other risks may include obesity, diabetes, or certain medications taken during pregnancy. Although spina bifida can’t be cured, early treatments like surgery, physical therapy, and assistive devices can help kids lead active, healthy lives.