https://premierehausamagazineenglish.code.blog/

Scientist bravo 9ja, Funtua (2026)

22/02/2026

Muslim scientists made groundbreaking contributions to science, medicine, mathematics, and astronomy. Great scholars like Ibn Sina, Al-Khwarizmi, and Al-Biruni shaped modern knowledge through discoveries that still influence the world today. Their legacy remains a powerful inspiration for education and innovation.

Hashtags:

10/02/2026

A Harvard-affiliated researcher has sparked fresh debate by suggesting that the precise mathematical framework describing antimatter may indicate a universe far more orderly than previously believed. The proposal has drawn attention because it touches on a central question in modern physics: are the laws of nature the product of random chance, or do they reflect a deeper, underlying structure?

The discussion centers on the idea of fine-tuning—the observation that many fundamental physical constants exist within extremely narrow ranges. Small changes to values such as the strength of fundamental forces or the properties of subatomic particles could prevent stars from forming, destabilize matter, or make life impossible. The researcher argues that the symmetry and elegance found in antimatter equations reinforce this notion of precision, pointing to a striking mathematical balance woven into the universe itself.

Supporters of this view see the consistency of these equations as evidence that the universe follows deeply coherent principles that are difficult to explain through randomness alone. In their view, antimatter’s behavior strengthens the case for an underlying order governing reality.

Skeptics, however, urge restraint. They note that mathematics is a descriptive language created by humans to model nature, not necessarily a reason for why the universe exists as it does. Many scientists favor explanations such as multiverse theories—where many universes exist with different physical laws—or naturalistic models of cosmic evolution that do not imply purposeful design.

As with many ideas at the intersection of physics and philosophy, no clear resolution has emerged. Instead, the debate highlights how advances in theoretical science continue to raise profound questions about the nature of reality itself.

09/02/2026

Dr Illizarov, Russian surgeon who changed orthopedics forever — compulsive smoker, holding ci******es with sterile clamps between cases, and still rewriting how we heal bone. From circular frames to limb salvage, his ideas shaped modern external fixation.

09/02/2026

With Medicare – I just got recognised as one of their top fans!

08/02/2026

Big shout-out to my newest top fans! Hajiya A Hajiya, Isah Muhammad

08/02/2026

The Nobel Prize was awarded to three scientists for their groundbreaking discovery in immunology. Their work has revolutionized the way we approach autoimmune diseases. They discovered a method to stop the immune system from attacking itself, offering hope for millions suffering from conditions like rheumatoid arthritis and lupus.

Their research opens the door for new treatments and therapies that could change the landscape of medicine. What was once considered a battle against an uncontrollable system can now be managed with precision and care. This discovery is not just a scientific breakthrough; it’s a lifeline for patients everywhere.

It’s exciting to think about the future of medicine, where breakthroughs like these continue to push the boundaries of what’s possible. The Nobel Prize isn’t just a recognition of hard work—it’s a celebration of human progress and the pursuit of knowledge. These scientists have shown us that the human body can be understood and healed in ways we never thought possible.

Their achievement is one of the many reminders that science doesn’t stop evolving. With each discovery, we move closer to a healthier world where life-threatening diseases can be prevented and treated. 🔬🏆

08/02/2026

New research reveals that a widely used sweetener may have unexpected risks for brain health. Studies show that this sweetener could weaken the b*ood-brain barrier, a critical defence that protects the brain from harmful substances. When this barrier is compromised, it can allow toxins and other damaging molecules to enter the brain, potentially affecting cognitive function over time.

In addition to weakening the b*ood-brain barrier, the sweetener may also damage small blood vessels, which play a vital role in supplying oxygen and nutrients to brain tissue. Scientists caution that long-term consumption of certain artificial sweeteners could have subtle but significant effects on brain health, especially when consumed in large amounts.

While more research is needed to fully understand the extent of these effects in humans, experts recommend moderation and awareness when consuming processed sweeteners. Choosing natural alternatives and maintaining a healthy diet may help protect both brain function and vascular health. This study highlights the hidden impact everyday food choices can have on the body and the importance of mindful consumption.

08/02/2026

Arctic reindeer, also called Rangifer tarandus, live through extreme light conditions: long bright summer days and long, dim winter periods. To cope, they undergo a rare seasonal change in how their eyes reflect light, which makes their eyes appear golden in summer and deep blue in winter.

The color shift happens in a reflective structure behind the retina called the tapetum lucidum. In summer, it reflects more light back in a way that appears gold. In winter, it changes to a deep blue state that reflects and scatters light differently, helping the eye work better in darker conditions.

A key piece of evidence comes from the Royal Society journal paper commonly referenced as “Shifting Mirrors: Adaptive Changes in Retinal Reflections…” (2013), led by researchers including K.-A. Stokkan and collaborators, with reporting and commentary involving Professor Glen Jeffery and partners at institutions such as the University of Tromsø and UCL.

The winter-blue state is considered useful because Arctic winter light is not just dim, it is often strongly shifted toward shorter wavelengths during prolonged twilight. Later research continues exploring how the reindeer’s eye optics tune toward this winter environment, reinforcing the biological explanation for the seasonal color change.

07/02/2026

Read about the 6 ways read more
and follow our pages Abdullahi Ashiru Funtua fans Medicare Medicube

03/02/2026

Female mosquitoes, especially species such as Aedes aegypti, take in a large amount of fluid when they drink blood. That meal includes lots of water and salts, and carrying all that liquid makes the insect heavier and less able to escape danger quickly.

To handle this, mosquitoes activate a fast “post-meal” fluid dumping process called diuresis. Their renal organs, called Malpighian tubules, rapidly pull excess water and ions out of the body and send it to the gut to be expelled as waste fluid.

Research summarized in mosquito renal physiology shows that this urine output ramps up sharply during and right after feeding. Classic physiology work reports urine flow rising quickly during and following a blood meal, with measured rates around 23 nL/min in one widely cited review.

More recent lab studies also describe that urine excretion can begin while the mosquito is still feeding, with early-phase flow rates that can reach greater than 40 nL/min soon after blood-meal intake begins. In practical terms, that is why tiny droplets can appear while the mosquito is still on you.

A well-known Cornell University report tied this behavior to specific proteins and signaling in mosquito renal tissue, explaining that mosquitoes need to urinate during feeding to avoid dangerous fluid and salt overload. That same line of research has been discussed as a possible mosquito-control strategy by disrupting the insect’s ability to excrete properly.

So the “pee on you before flying away” idea is essentially a visible side effect of how mosquitoes stay light enough to finish feeding and leave quickly. The droplet is typically mostly water and dissolved salts from the blood meal’s excess fluid handling, expelled through the digestive and excretory system.

03/02/2026

A new stem cell-based approach for spinal cord injury is moving into early-stage human testing, with the goal of helping people regain lost movement after paralysis.

The program centers on an “off-the-shelf” regenerative cell product made from allogeneic induced pluripotent stem cells (iPSCs) that are guided into subtype-specific neural progenitor cells. The idea is to deliver these lab-produced cells directly to the injury site, where they may integrate with damaged spinal tissue and support repair of disrupted nerve pathways.

According to the company announcement, regulatory clearance for a registrational Phase I trial was granted by both National Medical Products Administration and the U.S. Food and Drug Administration, positioning this as a notable first for this specific “subtype-specific neural progenitor” strategy in spinal cord injury.

In Guangzhou, an early report on trial launch and initial dosing described the start of the Phase I study targeting spinal cord injury and noted no immediate surgical or perioperative complications in the first treated subject, which is an important early safety signal for a therapy delivered directly into the spinal cord.

The clinical study described in the company release is led by The Third Affiliated Hospital of Sun Yat-sen University, which the announcement describes as a major center for spinal cord injury care.

Spinal cord injury remains a major unmet medical need worldwide. The same release estimates more than 15 million people living with spinal cord injury globally, including roughly 3 million in China and about 300,000 in the United States, with large numbers of new acute or subacute cases reported each year.

The broader scientific rationale matches what has been seen in advanced preclinical research: iPSC-derived spinal neural progenitor cells can differentiate into relevant neuron types, integrate with host neural circuits, help shift the injury environment toward neuroprotective responses, and support axona

Scientist bravo 9ja

22/02/2026

10/02/2026

09/02/2026

09/02/2026

08/02/2026

08/02/2026

08/02/2026

08/02/2026

07/02/2026

03/02/2026

03/02/2026

Address

Website

Alerts

Shortcuts

Share

Category