Goodable

Ke Huy Quan won the Golden Globe for best supporting actor for his performance in “Everything Everywhere All at Once.” The first-time Golden Globe nominee was emotional when he took the stage, saying, “When I started my career as a child actor in ‘Indiana Jones and the Temple of Doom,’ I felt so very lucky to have been chosen. As I grew older, I started to wonder if that was it, if that was just luck. For so many years, I was afraid I had nothing more to offer. Thankfully, more than 30 years later, two guys thought of me and they gave me an opportunity.”

<p>Ke Huy Quan won the Golden Globe for best supporting actor for his performance in “Everything Everywhere All at Once.” The first-time Golden Globe nominee was emotional when he took the stage, saying, “When I started my career as a child actor in ‘Indiana Jones and the Temple of Doom,’ I felt so very lucky to have been chosen. As I grew older, I started to wonder if that was it, if that was just luck. For so many years, I was afraid I had nothing more to offer. Thankfully, more than 30 years later, two guys thought of me and they gave me an opportunity.”<br></p>

Watch: One of the Most Powerful Golden Globe Acceptance Speeches

Kansas City Chiefs guard Trey Smith knows what it means to fight for your dream. So does his sister, Ashley. Today, they’re both living theirs — in the NFL, together — as the league’s only active brother-sister duo.

Trey is a two-time Super Bowl champion at just 26 years old. Ashley helps run the NFL’s player engagement program, supporting athletes with resources for life both during and after football. One is pushing piles on the field. The other is helping players move forward off it.

Their path to the NFL started far from the spotlight, in Tennessee, with Saturday family football watch parties stacked with wings, nachos, and brownies.

“We knew what the plan was. We’re watching some ball,” Trey said in a recent CBS Mornings interview. “There’s no questions asked.”

“1000 percent,” Ashley added.

Growing up, Trey wanted to be just like his dad, Henry — a former football player whose name still carried weight in their hometown. “Everyone was walking around, ‘Oh, you’re Henry’s boy,’” Trey said. “I wanted to be like my dad, and I wanted to go play at the Super Bowl no matter what it cost.”

He made that promise — and another — to his mother, Dorsetta Smith, who died in 2015 from congestive heart failure. Trey was just 15. Ashley was 24.

“I wanted her to know that the dream that I had as a little boy that I told her about, I’m gonna go through with it,” Trey said. “That was the last moment I really had with my mom.”

He also promised he’d get his college degree. He did both.

Ashley calls their mother her “dream incubator.”

“We would crawl in bed and just talk with her about our goals and our dreams,” she said. “She left a legacy of faith, of love. We think about her every single day and are really just focused on honoring her memory.”

Today, Trey is one of the NFL’s top guards — drafted 226th overall in 2021, now protecting quarterback Patrick Mahomes and anchoring one of the league’s best offensive lines.

Ashley is helping shape the league’s future from a different side. Through the NFL’s player engagement program, she works with players and their families on everything from mental and physical health to financial wellness and post-career planning.

“I have my moments where I’m just like, ‘Wow, is this really our lives?’” Ashley said. “I think that is also a hope that Trey and I have — that our lives will inspire generations to come. That whoever sees this will look and say, ‘Hey, if the Smith siblings can do it, we can do it too.’”

This Thanksgiving, the Smiths are taking a moment to reflect on just how far they’ve come.

And as for what’s next? “We’re just getting started,” Ashley said.

Kansas City Siblings Make NFL History: Trey Smith Shines on Field, Ashley Empowers Off It

Good News Network

Seven years ago, Zach Zarembinski and Isabelle Richards were total strangers. They were also unconscious, in comas, lying just a few rooms apart in the same hospital.

Today, they’re engaged.

The couple from Minnesota has one of the most improbable love stories imaginable — one that started with tragedy, took years to unfold, and now includes a podcast, Hope in Healing, dedicated to helping others navigate life after trauma.

Back in 2016, Zach was 18 and playing high school football when a devastating hit left him with a traumatic brain injury. He was rushed to Regions Hospital in St. Paul and placed in a coma.

Nine days later, 16-year-old Isabelle arrived at the same hospital after a serious car crash on her way to work. She, too, was in a coma. Doctors told both families to prepare for the worst.

Zach’s mother and Isabelle’s mother found each other in the hospital’s halls, bound by fear, uncertainty — and eventually, hope.

“I remember she was laying there. She had shards of glass still in her hair and she was unconscious,” Isabelle’s mom, Esther Wilzbacher, recalled in an interview with KARE 11’s Land of 10,000 Stories.

Isabelle had part of her skull removed on the right side. Zach had the same procedure, but on the left.

Zach was the first to wake up. A few days later, he appeared at a hospital news conference — one that happened to be broadcast into Isabelle’s room. Her father and aunt saw it and felt compelled to introduce themselves.

Zach met Isabelle’s family and offered a few words of encouragement. “She’s going to be fine,” he told them. And, slowly, she was.

Once both teens were on the road to recovery, their moms arranged a dinner. They met. They talked. Then they didn’t see each other again — for six years.

That could have been the end of the story. But then came a Facebook friend request, a date, and eventually, something more.

A year of dating later, Zach returned to the very same hospital where they both once lay unconscious. In that same press conference room where he spoke as a teen, they sat together to record a new episode of their podcast. Then Zach read a Bible verse — Joel 2:25, which speaks of restoring what has been lost — followed by John 10:10.

And then he proposed.

The hospital staff who helped them both survive all those years ago were there again, this time to witness a very different kind of miracle. Isabelle said yes.

“We were partners in comas,” Zach said. “Now we’re partners in life.”

Their podcast, Hope in Healing, shares stories of recovery and resilience. But it’s their own story — of survival, second chances, and unexpected love — that might be the most remarkable of all.

They Met in a Coma. Now They’re Engaged — and Podcasting About Hope

Science Daily

Teflon, the famously tough plastic used in non-stick pans, lab gear, and electronics, has long been one of the hardest materials to recycle. But scientists in the UK say they’ve found a surprisingly simple and eco-friendly way to break it down — using just sodium metal and a bit of shaking.

The new process, developed by researchers at Newcastle University and the University of Birmingham, uses no heat, no toxic solvents, and no fancy equipment. Just mechanical movement at room temperature.

The discovery, published in The Journal of the American Chemical Society, could pave the way for recycling one of the world’s most chemically stubborn plastics while reclaiming valuable fluorine — a key ingredient in everything from toothpaste to pharmaceuticals.

Teflon’s forever problem

Teflon, or polytetrafluoroethylene (PTFE), is prized for its resistance to heat, water, and chemicals. But that resilience comes at a cost. When it’s incinerated or landfilled, it doesn’t break down — and it can release persistent pollutants known as PFAS, or “forever chemicals,” which linger in ecosystems for decades.

“Hundreds of thousands of tonnes of Teflon are produced globally each year, and currently there are very few ways to get rid of it,” said Dr. Roly Armstrong, a chemistry lecturer at Newcastle and one of the study’s lead authors. “This process allows us to extract the fluorine and upcycle it into useful new materials.”

A cleaner, low-tech solution

Here’s how it works: Researchers placed small pieces of waste Teflon into a steel ball mill — essentially a sealed container — along with pieces of sodium metal. As the container shakes, the grinding action drives a chemical reaction between the sodium and the fluorine in the plastic. The result? Stable sodium fluoride (the same stuff used in toothpaste) and harmless carbon.

And it all happens without any high heat or toxic by-products.

“We used advanced solid-state NMR spectroscopy to look inside the reaction mixture at the atomic level,” said Dr. Dominik Kubicki, who led the NMR analysis team at Birmingham. “This allowed us to prove that the process produces clean sodium fluoride without any by-products.”

A circular future for fluorine

The team didn’t stop at toothpaste salt. They also showed that the recovered sodium fluoride can be used right away to synthesize more complex fluorinated compounds — the kinds used in medications, diagnostics, and high-performance materials.

“Fluorine is a vital element in modern life,” said Dr. Erli Lu, associate professor at Birmingham. “Yet it’s traditionally obtained through energy-intensive and polluting mining and chemical processes. Our method shows that we can recover it from everyday waste and reuse it directly.”

In short, this could be the beginning of what researchers call a circular fluorine economy — one where fluorine isn’t extracted from the earth, used once, and thrown away, but recovered and reused again and again.

Why mechanochemistry matters

The discovery also underscores the growing potential of mechanochemistry — a field that relies on mechanical energy instead of heat or solvents to drive reactions. It’s an emerging area of green chemistry that could transform how chemicals are made, recycled, and reused.

“Our approach is simple, fast, and uses inexpensive materials,” said Dr. Lu. “We hope it will inspire further work on reusing other kinds of fluorinated waste.”

As scientists race to tackle plastic waste and reduce reliance on polluting chemical processes, the idea of reclaiming valuable materials from Teflon — one of the world’s toughest plastics — with a room-temperature shake might be one of the most exciting breakthroughs yet.

“It’s a small but important step toward sustainable fluorine chemistry,” Dr. Kubicki said.

New Method Finally Makes Teflon Recyclable

ESPN

Tyrese Maxey is known for slicing through NBA defenses — not tunnels and tire jumps. But for one day, the Philadelphia 76ers star swapped his basketball sneakers for a different kind of court: a dog agility course.

Maxey appeared at the 2025 Purina Pro Plan Incredible Dog Challenge Agility Show, part of the annual National Dog Show, where he directed two dogs — Howie and Spike — through a full agility run in front of 15,000 spectators at the Kennel Club of Philadelphia.

Decked out in gray with a beanie and glasses, Maxey finished the course out of breath.

“They got me out here sweating. Like I just played a whole quarter,” he said during the NBC broadcast. “I think I’m going to stick to staying on the court.”

The NBA All-Star didn’t just show up and wing it. He asked for a full walkthrough of the course, practicing commands like “jump,” “tunnel,” and “weave” with guidance from professional trainers. The layout included tunnels, weave poles, hurdles, and a tire jump — a physical and logistical maze, even for a pro athlete.

“He wanted to do a walkthrough with the pros,” said NBC Sports producer Alexa Maremaa. “There’s only so much you can control with these dogs, so that dry run really helped him.”

This wasn’t Maxey’s first time in the agility world. In 2024, he appeared in a State Farm spot produced by The Players Tribune where he learned dog training from agility pros Perry DeWitt and Jessica Ajoux — both of whom were part of this year’s show. So when the show’s producers reached out to the Sixers about player participation, Maxey was the natural pick.

He also happens to be a dog lover, with three pups of his own, including a Cane Corso — a breed he was hoping to spot at the show. According to Maremaa, his eyes lit up when he saw the larger breeds. “He ate it up,” she said. “He’s clearly a dog lover.”

Still, the producers were nervous about putting a franchise player into a footrace with unpredictable obstacles.

“I frankly was afraid that he was going to trip and fall on the carpet,” Maremaa said. “You’re running alongside a dog and not really looking where you’re going — there’s a tunnel in your way and all this stuff.”

Maxey handled it like a pro. His first run with Howie clocked in at 41 seconds after a brief tug-of-war over a toy. His second go with Spike was smoother, ending in a respectable 30 seconds — not bad compared to the 18-21 seconds it takes seasoned trainers with their own dogs.

The segment was taped on November 16 and will air Thanksgiving Day on NBC.

While there are no confirmed plans for Maxey to return to the agility ring, his enthusiasm for the event left an impression.

“Any time you can showcase somebody who has that passion,” Maremaa said, “it’s not a bad thing.”

Tyrese Maxey Steals The Spotlight At 2025 National Dog Show

A small molecule already found in the human body may hold a powerful key to fighting Alzheimer’s and Parkinson’s disease — and it works a bit like cheese on spaghetti.

Researchers at Switzerland’s Paul Scherrer Institute (PSI) have discovered that spermine, a molecule long known to regulate key cellular functions, can help protect the brain from the buildup of harmful proteins linked to neurodegenerative disorders. Their findings, published in Nature Communications, shed new light on how the body naturally fights back against these diseases, and could pave the way for future therapies.

As people live longer, age-related diseases like Alzheimer’s and Parkinson’s are becoming more common. Both are driven by clumps of misfolded proteins, called amyloids, that accumulate in the brain. These long, fibrous strands damage nerve cells and, to date, no treatment can reliably prevent or remove them.

That’s where spermine comes in.

In lab experiments, researchers led by Jinghui Luo found that spermine helped clear these toxic proteins by encouraging them to stick loosely together — a process called biomolecular condensation. This clumping makes them easier to break down and recycle through autophagy, the body’s natural cellular cleanup system.

“Autophagy is more effective at handling larger protein clumps,” Luo explained. “And spermine is, so to speak, the binding agent that brings the strands together.”

Luo compared it to a familiar kitchen scene: “The spermine is like cheese that connects the long, thin noodles without gluing them together, making them easier to digest.”

The team used a combination of lab-based imaging, including a technique called SAXS scattering at PSI’s Swiss Light Source, to study the molecular behavior of spermine both in glass tubes and in live organisms. They tested its effects on C. elegans, a microscopic nematode worm commonly used in aging research. The results were striking: worms given spermine lived longer, moved better in old age, and showed stronger cellular energy activity through healthier mitochondria.

Crucially, spermine also appeared to support the immune system in clearing away the brain-damaging amyloid deposits — a major obstacle in treating Alzheimer’s and Parkinson’s.

Spermine is part of a family of molecules called polyamines, found throughout the body in cells that divide and stay active. It’s been known for over 150 years, originally identified in semen, but its full role in brain health is only now becoming clearer. Among its other jobs: helping cells regulate which genes get switched on, and assisting with cell division, movement, and death.

Previous studies hinted that spermine could protect nerve cells and reduce memory decline in older animals, but the exact mechanism hadn’t been understood — until now.

The findings don’t just help explain a natural defense system. They also raise the possibility that spermine, or similar polyamines, could be used in new treatments. Researchers caution that more work is needed to fully understand the molecule’s role, especially in humans, but the early data is promising.

Spermine may also be involved in other diseases, including cancer, and understanding its mechanisms could have broader medical value. “If we better understand the underlying processes,” Luo said, “we can cook tastier and more digestible dishes, so to speak, because then we’ll know exactly which spices, in which amounts, make the sauce especially tasty.”

Artificial intelligence is already being used to accelerate this work. By analyzing massive datasets, AI tools can help researchers find optimal combinations of polyamines and other factors that might enhance therapeutic effects. High-resolution imaging and time-resolved scattering techniques, which can monitor processes deep inside cells in real time, are also crucial.

Those technologies are only available in a handful of facilities worldwide, making PSI’s work especially important.

For now, the idea that a molecule already inside us might be harnessed to prevent or slow brain disease offers a hopeful new angle in the ongoing battle against neurodegeneration. And if Luo’s kitchen metaphor holds, future treatments might come down to finding the right recipe — one where a dash of spermine could make all the difference.

New Discovery Suggests Body's Own Molecule May Combat Alzheimer's

Delta Captain Malik Sinegal didn’t just fly a plane this Thanksgiving — he flew straight into a dream fulfilled.

In an emotional holiday moment, Sinegal surprised his grandfather, Albert Partman, by serving as the pilot on his flight — a promise he made as a little boy and finally kept.

“I’m really surprised by it,” Partman said. “I can’t be more happy for him and for me too.”

The gesture was years in the making. Sinegal credits his grandfather for helping launch his career, recalling how Partman once scraped together money the family didn’t have to buy him a flight simulator.

"To finally give that dream back to them and to show them that it paid off and thank you for believing in me — it means a lot to me," Sinegal said. "It’s just a full circle moment and I finally get to share something I love with him, for the first time."

It wasn’t just his grandfather who got to share in the milestone. Sinegal was able to fly his entire family together for the first time — a rare family reunion in the skies during one of the busiest travel weeks of the year.

They were among the estimated 81.8 million Americans hitting the road or taking to the skies this Thanksgiving, according to AAA. Sunday is expected to be the most crowded day at airports and on highways, as travelers head home and brace for another blast of winter weather.

But for one family, at least, the holidays started with something warmer — a promise kept, a dream realized, and a seat on a flight that meant far more than miles.

This Delta Pilot Kept a Childhood Promise, Flies Grandfather’s Plane for Thanksgiving

Science Alert

We know exercise is good for us. But the how, at the deepest molecular level, is still being figured out.

Now, a new long-term study may have uncovered a big piece of the puzzle. Researchers in China have identified a molecule called betaine that appears to play a major role in the benefits of exercise, particularly its ability to slow aging.

Betaine is a small compound found in foods like sugar beets and spinach. Scientists have previously linked it to improved health, but this is the first time it’s been directly connected to exercise.

In the study, led by a team from Xuanwu Hospital Capital Medical University and the Chinese Academy of Sciences, researchers tracked changes in the bodies of 13 healthy men who ran regularly over the course of a month. After just one 5-kilometre run, the body showed signs of stress. But with repeated exercise, researchers observed a deeper transformation: lower levels of cell damage and aging, better gut health, and stronger immune responses.

At the heart of that transformation was betaine. The men’s kidneys started producing more of it as their exercise habits became consistent.

But this wasn't just a side effect of exercise — it was a mechanism. Tests on mice showed that betaine actively blocked a molecule known as TBK1, which has been tied to inflammation and aging.

So, rather than betaine simply being boosted by exercise, it appears to be part of why exercise works to slow biological aging in the first place.

“Our study delineated the molecular blueprint through which exercise reshapes human physiology, providing mechanistic insights into its health benefits,” the researchers wrote in their paper, published in Cell. “The identified exercise-induced factors, including betaine, offer potential for developing ‘exercise in a pill’ to promote healthy aging.”

That doesn’t mean skipping the gym and popping pills instead. The researchers emphasized that exercise provides a host of benefits this molecule alone can’t replicate, like improving muscle strength and boosting mental health.

But for people who are aging, or those who can’t exercise due to illness or disability, understanding betaine’s role could help scientists develop new treatments to slow aging and support overall health.

“This study gives us a fresh way to turn how our body works into something we can target with chemicals,” said Liu Guang-Hui, a biophysicist from the Chinese Academy of Sciences. “It opens the door to geroprotective treatments that can tweak how multiple organs work together.”

The research used a sophisticated approach known as multi-omics, tracking changes in genes, proteins, immune responses, and molecules like betaine. The team says their work offers a new framework to map the molecular impact of exercise and better understand its long-term health benefits.

There’s still a long way to go. Thirteen volunteers is a small group, and much larger, long-term studies are needed to confirm these findings and understand how betaine might work across different populations.

But for now, scientists are hopeful. Not only does this study bring us closer to understanding how exercise helps us live longer, it also provides a new target in the search for treatments that could one day help more people age better — even if they can’t lace up their running shoes.

Scientists Discover Molecule That May Explain How Exercise Slows Aging

What started as a record-breaking art sale turned into a full-blown fundraising spectacle for public media—thanks to a “happy little” painting and a comedy host with a flair for the absurd.

Following the recent auction of three Bob Ross originals that raised over $600,000 for public TV and radio, Last Week Tonight host John Oliver stepped in with a fundraising twist of his own: auctioning off an original Ross painting from the show’s own archives.

The painting, Cabin at Sunset, featured in Season 10 of The Joy of Painting, headlined a quirky auction dubbed John Oliver’s Junk and went on to set a new record for a Bob Ross piece—selling for $1,035,000 after 35 bids.

But that was just the start.

The auction, which included 34 other items from the Last Week Tonight studio, ultimately raised a total of $1.5 million. All proceeds were donated to the Public Media Bridge Fund, which supports financially struggling public broadcasting stations and programs.

“We’ve actually accumulated a bunch of weird artifacts on this show over the years that we could definitely auction off to raise some much-needed money,” Oliver said in the final episode of the season. “I am proud to announce Last Week Tonight’s first ever auction in aid of public media.”

Among the oddities up for bid: a pair of golden sneakers Oliver once promised to wear if disgraced FIFA president Sepp Blatter resigned, a cabbage he once “married” during a segment on AI art, and a jockstrap worn by actor Russell Crowe. A pair of VIP tickets to a live taping of the show alone fetched over $110,000.

The idea for the Ross-centered auction came from Bob Ross Inc., the company that manages the late painter’s work and legacy. Ross, who died in 1995, was a longtime supporter of public television, where his gentle voice and landscape tutorials became staples of PBS programming.

“I think this actually would have been Bob’s idea,” said Joan Kowalski, president of Bob Ross Inc. “And when I think about that, it makes me very proud.”

The original Ross auction, handled by Bonhams in Los Angeles, featured three of the artist’s works: Home in the Valley (1993), Cliffside (1990), and Winter’s Peace (1993). Each was initially expected to go for between $25,000 and $30,000—but bidders had other plans. Home in the Valley brought in $229,100, Cliffside sold for $114,800, and Winter’s Peace went for a whopping $318,000.

While the Corporation for Public Broadcasting receives more than $1 billion annually in federal funding, stations across the country rely heavily on additional fundraising—including pledge drives and philanthropic campaigns—to stay operational. The Public Media Bridge Fund was created to support smaller, at-risk stations and keep diverse programming alive.

In typical fashion, Oliver turned a highbrow fundraiser into a strange and hilarious spectacle—and helped public media in the process. The only question now is what he’ll dig out of storage for next year’s auction.

John Oliver Sells Bob Ross Painting, Raises Record $1.5 Million For Public Television

Scientific American

For millions of Americans, Thanksgiving isn’t complete without turkey on the table. But not long ago, spotting one in the wild was next to impossible.

In the early 20th century, wild turkey populations across the United States plummeted due to overhunting and large-scale deforestation. By the 1930s, their numbers may have dipped as low as 30,000 nationwide. Today, there are more than six million.

“It’s one of the greatest conservation success stories we have,” said Michael Chamberlain, National Wild Turkey Federation Distinguished Professor at the University of Georgia, in an interview with Scientific American’s Science Quickly.

Turkeys aren’t just back—they’re everywhere. In some places, maybe too everywhere. From suburban New England towns where they strut across intersections and block mail carriers, to places like Staten Island where they’ve carved out a place in urban parks, wild turkeys have made an unlikely return to the spotlight.

But that success story came from decades of effort. Starting in the 1950s and ‘60s, conservationists, wildlife agencies, and nonprofits worked together to trap and relocate wild turkeys from remnant populations to places where they had disappeared. That “trap and transfer” method sparked a population boom that lasted through the 1990s.

Chamberlain, who has spent his entire career studying wild turkeys, said their comeback reflects just how adaptable they are.

“As long as they can sleep off the ground, find adequate food, and avoid predators, they can do really well,” he said. “Even in suburbs and cities.”

Their intelligence and strong social systems also play a role. Turkeys live in structured dominance hierarchies—every group has a pecking order from top to bottom, and birds spend much of their time reinforcing their rank. “They’re constantly testing each other,” Chamberlain said. “It’s a complex, social world.”

That structure has survival advantages. Dominant birds eat first, nest first, and reproduce more successfully. Earlier nests produce more viable chicks, known as poults.

Still, while turkeys are thriving in many parts of the country—including in states like Massachusetts, where they were considered “functionally extinct” by the 1950s—the story isn’t all rosy. In their historical strongholds like the Southeast and Midwest, populations are once again declining.

“Predator populations have rebounded, habitat is being lost or degraded, and disease is becoming a concern,” Chamberlain said. “The challenges facing turkeys now are very different than they were 40 or 50 years ago.”

And while they’ve become suburban icons in some towns—Brookline, Massachusetts even unofficially adopted the turkey as its mascot—they can be a handful. With no natural predators in urban areas and hunting off the table, turkeys sometimes behave like they own the block.

“They’re doing that because there’s no risk involved,” Chamberlain said. “You won’t see turkeys attacking a mailman in rural Georgia where I live. But in cities, they know they’re safe.”

That difference creates challenges for wildlife managers, who must balance turkey conservation with nuisance complaints, all within vastly different environments—sometimes within the same state.

Despite the mixed bag, Chamberlain remains hopeful. He believes the best way to support wild turkeys is to pay attention to them outside of Thanksgiving.

“Try to think about turkeys more than just on that one day a year when you eat them,” he said. “If you do, you’ll gain a greater appreciation for what incredible birds they really are.”

For those curious to learn more, Chamberlain runs a website called WildTurkeyLab.com
, where he shares updates on turkey science and conservation efforts.

So while millions of Americans are slicing into a roasted bird this holiday, it’s worth remembering that the wild version of that species nearly disappeared—and that their survival today is due to decades of hard work, scientific dedication, and a surprising amount of street smarts.

How the Wild Turkeys Staged a Remarkable Comeback from Near Extinction

People

Heather Schubert had just said "I do" when she found herself running toward a crash scene instead of a honeymoon suite.

The off-duty nurse was still wearing her wedding dress and on her way home with her new husband late on Saturday, Nov. 22, when they spotted a badly damaged car and a man lying in the middle of the road on I-10 in New Orleans. Without hesitation, she pulled over and rushed to help.

“When you’re a nurse and you always put other people first, that’s always my first instinct,” Schubert told WDSU.

The man was critically injured, with airbags deployed and no clear signs of consciousness. Schubert immediately began checking for trauma responses and pupil reactivity.

“His pupils were not reactive to light,” she recalled. “He, in fact, did have trauma.”

Schubert, who works at Ochsner Medical Center in New Orleans, stayed by his side until emergency crews arrived. The man’s current condition hasn’t been publicly shared.

Despite having just gotten married and being on her way to celebrate, Schubert said stopping to help wasn’t even a decision. “There’s never a question. There’s never a hesitation,” she said. “I would hope that anybody, whether they’re a nurse or not, would run and do the same thing.”

Steven Tafoya, a critical care paramedic, told WDSU that what Schubert did reflects the deeper instincts many healthcare workers carry, regardless of whether they’re on the clock.

“Just because we're off the clock doesn’t mean that instinct stops,” he said. “What this lady did—on her wedding day no less—is just remarkable and shows her commitment to health care in general.”

The moment may not have been part of the plan, but it was one her husband, and likely everyone who witnessed it, won’t forget.

In the end, it was a wedding night that turned into a life-saving mission. And Schubert says she wouldn’t have done it any other way.

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