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Al MAMUN, 14403 Old Courthouse Way, Newport News, VA (2025)

07/02/2025

He was given just three months to live. But after taking a dog dewormer, his cancer disappeared.

In 2016, Joe Tippens was diagnosed with terminal small-cell lung cancer. Doctors told him it was hopeless. But Tippens, unwilling to give up, began an unconventional treatment: he took fenbendazole, a common anti-parasitic drug used in dogs. Alongside it, he added Theracurmin (a potent turmeric extract) and CBD oil.

What happened next stunned everyone including his doctors. Within three months, PET scans showed no detectable cancer cells. His story went viral, sparking interest across cancer communities and even among some medical professionals.

It sounds unbelievable but science might offer an explanation. Drugs like fenbendazole, mebendazole, and ivermectin (all antiparasitics) appear to disrupt cancer cell processes like energy use, division, and survival. They're part of a drug class called benzimidazoles, and while originally made for parasites, early lab research suggests they may hold anti-cancer potential.

Because these drugs are cheap and widely available, their potential has generated global buzz. Some integrative oncologists are cautiously exploring their use in real patients. Still, experts urge extreme caution: these drugs are not FDA-approved for cancer, and no large-scale clinical trials have confirmed their effectiveness. What worked for Joe Tippens may not work for others and could be risky without proper medical oversight.

Yet, stories like this force us to ask: Could life-saving cancer treatments be hiding in the most unexpected places?

07/02/2025

Baldness may finally have a real cure and it starts working in just one week.

UCLA scientists have developed a topical cream that successfully reactivates dormant hair follicles, restoring full hair growth in early human trials. The secret? A molecule called PP405.

Unlike traditional treatments that produce only thin, wispy strands, PP405 stimulates the growth of full, terminal hair. It works by blocking a protein that keeps follicle stem cells in a dormant state effectively flipping the body’s hair-growth switch back on.

Incredibly, participants who applied the cream at bedtime for just seven days experienced significant hair regrowth.

The research team—William Lowry, Heather Christofk, and Michael Jung—has launched Pelage Pharmaceuticals to bring this breakthrough to the world, backed by $16.4 million from Google Ventures. Larger clinical trials and FDA approval are underway.

While the treatment may not work for everyone, scientists believe it could benefit millions from those experiencing age-related hair loss to individuals recovering from chemotherapy.

A future where baldness is optional might finally be within reach.

07/01/2025

A wild killer whale just offered food to a human and scientists are stunned. For the first time ever, researchers have documented killer whales intentionally sharing prey with humans. In multiple observations, orcas were seen approaching boats and offering freshly caught fish to people. This isn’t just rare it’s unheard of in the animal kingdom.

The behavior was recorded in waters near the coast of Greenland and may represent a groundbreaking instance of a wild predator using objects like fish to initiate interactions and study human reactions. Essentially, these whales might be curious about us, using gifts to understand who we are.

Killer whales are already known for their advanced intelligence, complex social structures, and culture-specific hunting strategies. But this new behavior adds an entirely new layer: social exploration across species.

Researchers are cautious not to over-interpret a small number of cases, but they agree—this may be one of the clearest examples of wild animals extending an intentional gesture to humans. And it raises thrilling new questions about interspecies communication and emotional intelligence in marine mammals.

Could these majestic predators be trying to connect with us?

07/01/2025

They've released genetically modified mosquitoes into the wild for the first time in U.S. history. In a groundbreaking move to combat mosquito-borne diseases like dengue, Zika, and yellow fever, Florida has become the launch site for America’s first large-scale deployment of genetically engineered mosquitoes. Developed by biotech company Oxitec, these male Aedes aegypti mosquitoes are programmed with a special gene: when they mate, their female offspring die before reaching adulthood.

Why does this matter? Only female mosquitoes bite and spread disease. By preventing their survival, the population can crash without relying on chemical insecticides that many mosquitoes have grown resistant to.

This innovative approach follows successful trials in Brazil, where targeted mosquito populations fell by over 90%. Scientists believe it could revolutionize mosquito control, offering a safer, more sustainable way to protect communities from outbreaks.

Of course, it's not without controversy. Years of regulatory reviews and public concern delayed the rollout. But with diseases like dengue on the rise due to climate change, experts say bold, science-based action is urgently needed.

This tiny insect may hold the key to halting deadly epidemics without a single bite.

07/01/2025

He faked his identity, stepped into courtrooms and won 26 cases. In what sounds like a real-life "Catch Me If You Can," a man in Kenya has been arrested after posing as a licensed attorney and successfully arguing dozens of cases in court. The imposter reportedly appeared before magistrates, appellate judges, and even High Court officials without any formal legal training.

According to the Nigerian Tribune, the man infiltrated the Law Society of Kenya's online portal, found an account belonging to a real attorney named Brian Mwenda Ntwiga, and altered the profile by uploading his own photo. From there, he began practicing law completely undetected.

He wasn’t just pretending he was performing. And winning. That’s what has shocked legal professionals and the public alike.

But his luck eventually ran out. Authorities caught on to the deception and arrested him. The scandal has triggered a wider discussion about security gaps in professional credentialing systems and how someone could slip through the cracks so spectacularly.

While the case is bizarre, it raises serious questions: How many systems rely purely on trust and surface-level verification? And how often do we overlook credentials when someone sounds confident and capable?

The most incredible part? He didn’t just bluff his way in he won.

07/01/2025

This adorable creature could technically tamper with a crime scene and no one would know. Koalas, those fuzzy eucalyptus-munching marsupials, have fingerprints so eerily similar to ours that they can fool forensic analysts. Under a microscope, their loops, whorls, and arches are almost indistinguishable from human fingerprints.

How is that possible? It’s not because koalas are closely related to us they’re not. Instead, this bizarre similarity is thanks to convergent evolution where unrelated species evolve similar traits to solve similar challenges. In this case, koalas needed a way to grip tree branches tightly and manipulate delicate leaves. Nature’s solution? Fingerprints nearly identical to ours.

This uncanny resemblance has real-world implications. In some criminal investigations, partial or smudged prints at a scene could, in theory, be mistaken for a human’s when in fact, a koala left them. While we’re not accusing Australia’s wildlife of criminal activity, it’s a fascinating reminder of how complex and surprising evolution can be.

Even evolution can’t resist copying a good design.

07/01/2025

What if anxiety wasn’t a flaw but a hidden superpower? According to NYU neuroscientist Dr. Wendy Suzuki, our anxiety can actually become a tool for transformation. In her book Good Anxiety, she argues that anxiety is the brain’s internal signal warning us not just of danger, but of imbalance. And if we listen carefully, it can lead us to build a healthier, more resilient life.

The problem? Most of us cope in ways that feel like relief but do long-term damage. Excessive drinking, emotional isolation, overworking these habits numb the discomfort but make stress worse in the long run, harming both our mental and physical health.

But there’s a better way.

Dr. Suzuki offers an uplifting path forward: retrain your stress response by changing how you cope. That means doing things that soothe the brain-body system—like exercising, journaling, connecting with loved ones, and even spending time with pets or nature. These positive strategies rewire your brain’s relationship with stress, turning anxiety into fuel for emotional growth.

Science shows that naming our emotions, staying flexible in our thinking, and seeking healthy support systems not only reduce anxiety they strengthen our capacity to thrive.

Of course, anxiety can still be overwhelming, and it’s crucial to seek professional support when needed. But the takeaway is clear: anxiety isn’t a dead end. It’s a compass.

Anxiety doesn’t mean you're broken. It means your brain is asking for a better way forward.

07/01/2025

At 70 years old, he’s proving that dreams don’t retire. Meet Jose P. Rallos – or as his classmates fondly call him, “Tatay Jose” – a Grade 7 student at Mahaplag National High School in the Philippines. While most his age are well into retirement, Tatay Jose laces up his shoes, grabs his notebooks, and walks into class with a goal many gave up on: finishing high school.

His quiet dedication has done more than just turn heads. It’s reshaped the entire classroom. Teenagers who once saw school as routine now treat it with newfound respect. Their teacher, John Renz Montiman, admits he's learned just as much from Tatay Jose as he’s taught.

Tatay Jose doesn’t seek attention he shows up, participates, and inspires by simply showing that it’s never too late to learn. His story has gone viral, not because it’s flashy, but because it’s deeply human. A reminder that persistence and purpose don’t fade with age.

As his teacher put it: “Determination truly has no age limit.” And now, millions are seeing what that really means.

Sometimes, the most powerful students are the ones who teach us the most just by showing up.

07/01/2025

A molecule in Amazonian scorpion venom just destroyed breast cancer cells in a lab.

In an exciting breakthrough, researchers in Brazil have isolated a compound from the venom of the Brotheas amazonicus scorpion that induces necrosis causing breast cancer cells to literally rupture and die. The molecule, dubbed BamazScplp1, could one day become a potent weapon in the fight against cancer.

The discovery was presented at the FAPESP Week France conference, where scientists explained how they used a process called **heterologous expression **inserting venom-related genes into yeast cells to mass-produce the molecule for study. This method turns yeast into microscopic “biofactories,” producing promising medical compounds at scale.

What makes this even more incredible? It’s not the first time venom has shown healing potential. Previous studies have used venom-derived proteins to promote blood vessel growth or modify clotting factors. Nature’s pharmacy may still be packed with unexplored cures.

Of course, this is an early-stage study. More research is needed before any human treatments can be developed. But it’s a stunning reminder of the hidden medical treasures in Earth's most biodiverse ecosystems like the Amazon.

Preserving nature isn’t just about saving wildlife. It might be the key to curing diseases we haven’t conquered yet.

06/30/2025

They may look like creatures from four different worlds but these four breathtaking tigers are all the same species. Meet the Golden Tiger, Snow White Tiger, Standard Bengal, and White Tiger. What sets them apart isn’t their species, but incredibly rare genetic mutations that change the color of their fur.

While the Standard Bengal is common in both the wild and captivity, the others are biological anomalies. The White and Golden tigers carry recessive genes that suppress or alter pigment, leading to their stunningly unique coats. Snow White tigers, for instance, are so rare they are virtually never seen in the wild, and only exist in a few captive populations today.

All four are Panthera tigris tigris Bengal tigers proving that incredible variety can exist within the same genetic family.

It’s like looking at siblings who appear completely different, yet share the same DNA blueprint.

Science reminds us: beauty doesn’t need to come from difference sometimes, it is the difference within the same.

06/30/2025

A real-life SpongeBob and Patrick were spotted at the bottom of the ocean and the internet lost its mind. At over 6,000 feet deep off the coast of New England, NOAA’s deep-sea exploration camera captured a surreal scene: a bright yellow sponge sitting right next to a pink, five-armed starfish. The resemblance to SpongeBob SquarePants and Patrick Star was uncanny and even seasoned marine biologists couldn’t help but laugh.

Christopher Mah, a renowned marine biologist, tweeted: “I normally avoid these references... but wow.”

The image instantly went viral. Even the official SpongeBob Instagram joined in, sharing the photo with glee. But as charming as it looked, this underwater duo hides a darker truth…

The pink starfish belongs to a species known for preying on sponges just like the one beside it. That adorable “friendship” moment may have actually been a snapshot of predator and prey.

A reminder that nature often defies our cartoon expectations even at the bottom of the ocean.

06/30/2025

It was supposed to be a triumph of green innovation but it’s now a case study in how good intentions can backfire. Scotland’s much-hyped MV Glen Sannox, a dual-fuel ferry running on liquefied natural gas (LNG) and low-sulphur diesel, was meant to usher in a cleaner era for maritime transport. Instead, it’s emitting 35% more CO₂ equivalents than the aging diesel-only ferry it was built to replace.

According to recent data, the Glen Sannox releases approximately 10,391 tonnes of CO₂e per year, compared to 7,732 tonnes from the old MV Caledonian Isles. So, what went wrong?

🔍 Here’s the breakdown:
– LNG isn’t as green as it sounds. During transport and combustion, it leaks methane a greenhouse gas over 80x more potent than CO₂ in the short term.– The new ferry is larger, heavier, and has more powerful engines, which increases overall fuel consumption.– LNG is imported from countries like Qatar, adding supply chain emissions before the fuel even arrives in Scotland.

On the bright side, air pollutants like sulfur and nitrogen oxides have decreased improving local air quality. But from a global climate perspective, the ferry’s carbon footprint is worse.

🚢 Meanwhile, countries like Norway have already deployed ferries powered entirely by batteries or hydrogen, cutting emissions drastically.

The lesson? Not all "green" technologies are truly sustainable and sometimes, the label hides a deeper environmental cost.

Al MAMUN

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