## Prime Day 2026 Is Already Delivering Big Savings on Espresso Machines

If you've been thinking about ditching your daily Starbucks habit and brewing café-quality espresso at home, Amazon's early Prime Day 2026 deals just gave you the perfect excuse. Two standout semiautomatic espresso machines — the Breville Barista Express and the Ninja Luxe Cafe Pro — are currently discounted at some of the lowest prices seen in years. Coincidentally, these happen to be the very machines most commonly recommended to espresso newcomers ready to stop spending $7 per drink.

## Breville Barista Express: A Decade-Proven Crowd Favorite

### What Makes It Special

The Breville Barista Express has held its position as the top-selling semiautomatic espresso machine for so long it's practically an institution. Unlike basic espresso makers, this all-in-one machine comes equipped with a built-in grinder and steaming wand, giving you everything you need to craft rich, milk-frothed beverages without sourcing separate equipment.

For roughly ten years, WIRED has consistently featured the Barista Express among its top espresso machine picks, praising its winning combination of value, reliability, precision, and user-friendly design. The current Prime Day 2026 promotion slashes $200 off its regular price — a discount significant enough to warrant a double-take.

### Why So Many People Love It

The Barista Express succeeds by striking the right balance. It's priced accessibly, operates intuitively, and is backed by Breville's well-regarded customer support and warranty service — a critical factor for a machine you're hoping to use for many years. While its built-in grinder doesn't quite match the performance of Breville's premium Oracle Jet model, it consistently delivers full-bodied, well-extracted espresso from medium and dark roasts.

Longevity is another strong selling point. WIRED's own senior gear editor Julian Chokkattu has been using his Barista Express for seven years, and the machine continues to perform without issue — a real-world testament to its durability.

## Ninja Luxe Cafe Pro: The Impressive New Challenger

### An Unexpected Contender

When Ninja announced its entry into the semiautomatic espresso machine market back in 2024, industry observers were cautious. The brand was better known for blenders and air fryers than precision coffee brewing. However, the Ninja Luxe Cafe Pro has since proven those doubts largely unfounded.

For Prime Day 2026, the Luxe Cafe Pro is $150 off, matching the lowest price it has ever been offered at — making now an ideal time to consider picking one up.

### Where the Ninja Shines

The Pro model stands out from its sibling, the Luxe Cafe Premium, thanks to several practical upgrades. It features a bean assist function that helps users dial in their coffee beans for optimal flavor extraction — an uncommon perk at this price tier. It also includes a manual tamping lever and a hot water spout, both of which are absent from the lower-end model.

Perhaps the most impressive aspect of the Ninja Luxe Cafe Pro is its milk frother. Powered by a magnetic metal whisk positioned at the base of the milk carafe, it produces some of the most consistently smooth, well-integrated frothed milk available from any automatic frother on the market. For latte lovers in particular, this feature alone could make the Ninja the preferred choice.

### A Few Caveats

The Ninja doesn't carry the same years of field-tested reliability as the Breville, which is worth noting for those prioritizing long-term dependability. Additionally, the built-in drip coffee function is widely considered underwhelming and is best avoided. But as a dedicated espresso and latte machine, the Luxe Cafe Pro punches well above its weight.

## Which One Should You Buy?

Both machines offer exceptional value during Prime Day 2026. The **Breville Barista Express** is the safer, more proven choice — ideal for those who prioritize track record, consistent espresso quality, and strong customer support. The **Ninja Luxe Cafe Pro** is the better pick for milk-drink enthusiasts who want a cutting-edge frothing system and are comfortable with a newer brand in the espresso space.

Either way, both deals represent some of the strongest early Prime Day savings of 2026 and won't last forever.

Shop the best early Prime Day 2026 espresso machine deals. Breville Barista Express and Ninja Luxe Cafe Pro are both at record-low prices right now.

Best Prime Day 2026 Espresso Machine Deals: Breville & Ninja

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Best Early Prime Day 2026 Deals: Top Espresso Machines From Breville and Ninja

## Why Your Five-a-Day Might Not Be Enough for Your Heart

For decades, the advice has been simple: eat five portions of fruit and vegetables every day. But groundbreaking new research suggests that what you choose to put on your plate matters far more than how much of it you eat — especially when it comes to protecting your heart.

A large-scale study involving 30,000 participants from both the United States and the United Kingdom has found that even among people who consistently meet the five-a-day target, many are still falling short of a critical group of nutrients known as **flavanols**.

## What Are Flavanols and Why Do They Matter?

Flavanols are a type of antioxidant found naturally in certain plant-based foods. According to the research, published in the journal *Food and Function*, these compounds play a meaningful role in supporting cardiovascular health by reducing inflammation, improving circulation, and helping to maintain blood vessel flexibility.

Despite their importance, fewer than one in five people consume the recommended 500mg of flavanols per day — a threshold identified by the US Academy of Nutrition and Dietetics as beneficial for heart health. Notably, the NHS does not currently set an official daily flavanol target.

## The Best Food Sources of Flavanols

Researchers identified several foods that deliver notably high levels of flavanols per portion. To meaningfully increase your daily intake, consider regularly including the following in your diet:

- **Blueberries**
- **Blackberries**
- **Plums**
- **Cherries**
- **Broad beans**
- **Green tea**

Lead investigator Dr. Javier Ottaviani explained that a few targeted food swaps could "make a real difference" to how much of these beneficial compounds the body actually absorbs. "Most people assume that eating plenty of fruit and vegetables covers this," he said, "but what this research shows is that the specific choices you make matter far more than the total amount."

## Not All Five-a-Days Are Created Equal

Professor Gunter Kuhnle of the University of Reading, one of the study's investigators, acknowledged that the five-a-day message remains sound — but argued it may need greater refinement. "Different fruits and vegetables offer very different nutritional benefits beyond vitamins and minerals," he noted. "As our understanding of these compounds grows, there is a real opportunity to make dietary guidance more specific and more effective."

The study used both dietary tracking data and urine biomarkers to accurately measure participants' flavanol absorption — a more reliable method than self-reported dietary surveys alone.

## What About Dark Chocolate?

The research team has previously collaborated with chocolate manufacturer Mars Inc., which has been exploring cocoa-based flavanol supplements. Cocoa is a recognised source of flavanols, and dark chocolate is often considered the healthier option over milk chocolate due to its lower sugar content and higher cocoa concentration.

However, the British Heart Foundation (BHF) cautions that flavanol levels in commercial chocolate products vary considerably. Two to three squares of dark chocolate may contain anywhere between 22 and 73mg of flavanols, while the same amount of milk chocolate typically provides just 3 to 7mg.

## Experts Urge Caution on Cardiovascular Claims

While the findings are promising, some specialists are calling for restraint before drawing firm conclusions. Professor Naveed Sattar of the University of Glasgow pointed out that although certain small-scale trials have shown modest improvements in blood pressure, there is currently insufficient evidence to confirm that increasing flavanol intake directly reduces the risk of serious cardiovascular events such as heart attacks or strokes. He stressed that further clinical trials are needed.

Professor Ana Rodriguez-Mateos, a nutrition expert at King's College London, added that flavanol content in fruit and vegetables can fluctuate significantly depending on a wide range of factors — much like fibre content — and that this variability warrants deeper investigation.

## Individual Differences Play a Role Too

Dell Stanford of the BHF highlighted another layer of complexity: how the body processes flavanols is not the same for everyone. The quantity of flavanols in any given food depends on where it was grown, the local climate, its ripeness at the time of consumption, and how it has been stored or prepared.

Furthermore, gut bacteria play a significant role in breaking down flavanols into forms the body can use — and since everyone's gut microbiome is unique, the actual health benefits individuals derive from these nutrients may differ considerably.

## The Bottom Line

Both the BHF and the British Nutrition Foundation maintain that the most effective way to support heart health remains following established dietary guidelines: eating a balanced, varied diet rich in a wide range of fruits and vegetables. However, this new research adds an important nuance — being more intentional about *which* fruits and vegetables you choose could give your cardiovascular health a meaningful extra boost.

New research reveals that specific fruits and vegetables rich in flavanols — not just any five-a-day — are key to protecting your heart health.

Best Flavanol-Rich Foods for a Healthier Heart

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The Specific Fruits and Vegetables Your Heart Actually Needs Every Day

## Weight-Loss Drugs Are Quietly Reshaping the Protein Market

The explosive rise of GLP-1 weight-loss medications like Mounjaro is sending shockwaves far beyond the pharmacy — all the way into the global dairy supply chain. Whey protein, a byproduct of cheese production long favored by athletes and fitness enthusiasts, is now at the center of a mounting supply crisis as demand dramatically outpaces availability.

Industry analysts are sounding the alarm over a potential shortage, with prices climbing to levels never previously recorded — and no immediate relief in sight.

## Prices Have Skyrocketed Fivefold

The numbers tell a striking story. Food-grade whey powder across north-west Europe is now trading at roughly €1,700 per tonne — an all-time high. Prices have surged more than 50% since the beginning of the year alone, according to data from DCA Market Intelligence.

The picture becomes even more dramatic when viewed over a longer timeframe. Commodity intelligence platform Vesper reports that whey protein concentrate at 80% purity jumped from £4,302 per tonne in June 2023 to an extraordinary £23,751 per tonne by June of this year — a fivefold increase in just two years.

## Why GLP-1 Drugs Are Driving Demand

Whey protein is derived from milk during the cheese-making process and is considered a complete protein, meaning it contains all nine essential amino acids. Its high bioavailability makes it one of the most effective supplements available for supporting muscle growth and recovery.

For people using GLP-1 medications, maintaining adequate protein intake isn't just recommended — it's essential. These drugs work by suppressing appetite and reducing overall food consumption, which can inadvertently lead to muscle loss alongside fat loss. Health professionals routinely advise GLP-1 users to deliberately increase protein intake to counteract this effect, creating a significant new wave of demand.

Beyond GLP-1 users, broader cultural shifts toward high-protein diets have amplified the pressure. Protein-enriched products — from popcorn and chips to doughnuts — have flooded mainstream supermarket shelves, pulling whey into an entirely new category of food manufacturing.

## Supply Is Struggling to Keep Up

Jasper Endlich, an analyst at Vesper, described the situation plainly: "If you look at overall supply and demand, the market is still finding a home for the product, but there's clearly a shortage in the sense that people want more than there physically is available. Manufacturers would like to produce more and build safety stocks, but they haven't been able to do that."

Endlich noted that the market is beginning to adapt. New production facilities are opening, and some manufacturers are blending whey with milk protein to reduce costs while maintaining overall protein content — a strategy that can cut ingredient expenses by half or even two-thirds.

A report from the United States Department of Agriculture's dairy market news division confirms the tightening supply, particularly for whey protein concentrate at 34% purity — a widely used commercial dairy ingredient. Prices for this product are rising across the board, with the sharpest increases at the premium end. Several suppliers are reportedly already sold out for the remainder of 2026, and at least one manufacturer is expected to exit WPC 34% production entirely after the summer, a development that industry participants believe will further strain availability.

## Small Businesses Are Feeling the Squeeze

While large corporations may have the resources to absorb rising costs and secure preferential supply allocations, smaller operators are finding the situation increasingly difficult to navigate.

Erika Tamayo, founder of premium protein brand Hermosa, which sources ingredients from UK farmers, has watched costs spiral quarter after quarter. "On the last two years, we've noticed every quarter the price is soaring up," she said. "We are managing to source protein, but we're buying it at double the cost compared to last quarter."

Tamayo explained that she has held off passing the full cost increase on to customers for now, but acknowledged that a price adjustment will eventually become unavoidable. "We are now all fighting for stock allocation," she added. "Bigger players have more possibilities, so they don't have to compromise. For a small business with a small range of products, it is harder."

She also highlighted the broader market shift triggered by GLP-1 adoption: "Once GLP-1s started soaring, people realised how important protein is in their diet. Then loads of products in mainstream supermarkets started adding whey protein to everything. Everything now has protein in it because of the focus on diets."

For brands like hers, planning ahead has become a logistical challenge in itself — requiring months of advance purchasing while navigating unpredictable supply windows each quarter.

## What Comes Next

The whey protein market faces a complex road ahead. Demand shows no sign of slowing, driven by the continued uptake of GLP-1 medications and the mainstream embrace of high-protein eating. Supply, while beginning to respond through new capacity and ingredient substitutions, has not yet caught up.

For consumers, this may eventually translate into higher prices on protein supplements and protein-enriched foods. For the industry, it represents both a significant challenge and a signal that the intersection of pharmaceutical innovation and nutrition science is reshaping global food supply in ways few anticipated.

GLP-1 weight-loss drugs are fueling record whey protein demand. Prices have risen fivefold and suppliers are selling out. Here's what's driving the crisis.

Whey Protein Shortage Looms as GLP-1 Drugs Spike Demand

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Weight-Loss Drug Boom Drives Whey Protein Prices to Record Highs — and a Shortage May Be Coming

## When Science Meets a Cocktail Glass

Some of the most fascinating scientific discoveries begin in the most unexpected places. For one entomologist, it was not a laboratory or a field expedition that sparked a new line of research — it was a simple order of mezcal at a bar.

Upon noticing the iconic worm resting at the bottom of the bottle, the scientist's professional instincts kicked in immediately. What followed was a deep dive into the biology and ecology of the creatures that have become synonymous with this traditional Mexican spirit.

## The Worm Behind the Bottle

The so-called "mezcal worm" is not actually a worm at all. It is typically the larva of a moth or beetle species that lives within or on agave plants — the very same plants used to produce mezcal. These larvae share an intricate and ecologically significant relationship with their agave hosts, one that researchers are only beginning to fully appreciate.

The entomologist's curiosity led to a focused study on how these insects interact with specific species of agave, examining behavioral patterns, feeding habits, and the broader ecological role these larvae play within agave ecosystems.

## A Delicate Ecosystem Under Pressure

### The Risk of Rising Demand

As mezcal has surged in global popularity over recent years, the demand for authentic, worm-bearing bottles has grown alongside it. This trend raises serious ecological concerns. Harvesting these larvae at an increasing rate could disrupt the delicate balance between the insects and the agave plants they depend upon.

Agave plants themselves are slow-growing and resource-intensive. Disrupting the insect populations that interact with them — whether as pollinators, decomposers, or in other ecological roles — could have cascading effects on agave health and long-term agricultural sustainability.

### What the Research Reveals

The entomologist's findings highlight the importance of understanding species interdependence before commercial harvesting practices are scaled up. Without a clearer picture of how these larvae contribute to or affect agave plant health, increased collection poses an unquantified but potentially significant ecological risk.

## Why This Research Matters

This story is a compelling reminder that science can be inspired anywhere — even at the bottom of a mezcal glass. More importantly, it underscores the need to study and respect the natural relationships that exist within ecosystems before human commercial activity permanently alters them.

As the global appetite for artisanal and traditional spirits continues to grow, research like this serves as a critical checkpoint, ensuring that cultural traditions and ecological integrity are preserved together.

An entomologist's mezcal order sparked research into the ecological relationship between mezcal worms and agave plants — and the risks of overharvesting.

Mezcal Worm Research Reveals Agave Ecosystem Risks

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How a Glass of Mezcal Sparked a Scientist's Quest to Understand the Worm Inside

## Fish Oil Steps Into the Diabetes Spotlight

Most conversations about type 2 diabetes circle back to one word: obesity. But a growing body of research is challenging that narrow view — and fish oil may be at the center of the shift. A Brazilian study published in the journal *Nutrients* has found that omega-3 fatty acids derived from fish oil can significantly reduce insulin resistance in diabetic rats that were not obese, opening a new window into how this common condition develops and how it might be treated.

The research was funded by FAPESP, Brazil's São Paulo Research Foundation, and focused on a specific animal model known as Goto-Kakizaki (GK) rats — a well-established laboratory tool for studying non-obese type 2 diabetes. The findings suggest that inflammation, not just body fat, may be a critical driver of insulin resistance — and that omega-3 supplementation could help reverse that process.

## The Overlooked Face of Type 2 Diabetes

Type 2 diabetes is widely associated with excess weight, and for good reason — obesity remains one of its strongest risk factors. However, it is far from the only path to the disease. Estimates suggest that between 10% and 20% of people living with type 2 diabetes worldwide are not obese. In these individuals, the biological mechanisms behind insulin resistance may operate quite differently from those seen in overweight patients.

Insulin is the hormone responsible for guiding glucose out of the bloodstream and into cells where it can be used for energy. When cells stop responding properly to insulin, blood sugar rises and the body struggles to maintain metabolic balance. In obese individuals, excess fat tissue releases pro-inflammatory molecules that disrupt insulin signaling. But what drives the same process when there is no excess fat?

That question is precisely what the Brazilian research team set out to answer.

## What the Study Found

Researchers administered fish oil to GK rats at a dose of 2 grams per kilogram of body weight — containing approximately 540 mg/g of eicosapentaenoic acid (EPA) and 100 mg/g of docosahexaenoic acid (DHA) — three times per week over an eight-week period.

The results were striking. By the study's end, the rats receiving omega-3 supplementation showed:

- **Lower insulin resistance**
- **Improved blood sugar regulation**
- **Reduced inflammatory markers**
- **Better lipid profiles**, including lower total cholesterol, LDL (commonly known as "bad" cholesterol), and triglycerides

Perhaps most significantly, the fish oil appeared to shift the behavior of immune cells — specifically lymphocytes — away from a pro-inflammatory state and toward an anti-inflammatory one.

### The Immune System Connection

Lymphocytes are white blood cells that play a central role in directing the body's adaptive immune response. When they operate in a chronically inflamed state, the damage can cascade through the entire immune system and worsen metabolic conditions.

"We found that insulin resistance can be reduced in these animals by modulating the inflammatory response so as to change the profile of defense cells from a pro-inflammatory state to an anti-inflammatory state," said Rui Curi, Director of Butantan Institute's Education Center and coordinator of the study. He noted that this mirrors how omega-3 supplementation has been observed to work in obese individuals with insulin resistance.

The study found that fish oil reduced the activity of Th1 and Th17 lymphocyte subtypes — both known to fuel inflammation — while increasing the proportion of regulatory T-cells (Tregs), which help suppress harmful immune activation.

"Fish oil supplementation reversed this pro-inflammatory profile, displaying a significant anti-inflammatory effect," said Tiago Bertola Lobato, the PhD candidate who led the study. "The action of omega-3 fatty acids on lymphocytes, modulating them from a pro-inflammatory state to an anti-inflammatory state, may have triggered the reduction in insulin resistance in these animals."

## Inflammation as a Hidden Engine of Diabetes

One of the study's most important contributions is reinforcing the idea that insulin resistance is not purely a metabolic disorder — it is also deeply intertwined with immune function. Chronically elevated inflammatory signals can directly interfere with insulin signaling pathways, making it harder for cells to respond to the hormone even in the absence of obesity.

Earlier work by the same research group had already identified signs of systemic inflammation in non-obese GK rats, including elevated pro-inflammatory cytokines from both lymphocytes and macrophages. A related paper published in *FEBS Letters* found that anti-inflammatory defenses begin to break down remarkably early in these animals — with 21-day-old GK pups already showing reduced markers of regulatory T-cells in their lymph nodes.

"In the non-obese model, the impactful characteristic of adipose tissue is absent, but systemic inflammation is present," Curi explained, underscoring that the inflammatory process in non-obese diabetes operates through different channels than in obesity but can be equally damaging.

## Human Research Adds Supporting Evidence

While the Brazilian study was conducted in animals, recent human trials are adding weight to the hypothesis that omega-3s may meaningfully affect insulin resistance and metabolic health.

A 2025 double-blind randomized controlled trial published in *Food and Function* tested fish oil supplementation in healthy middle-aged and older adults over 12 weeks. Participants in the fish oil groups showed dose-related increases in serum EPA and DHA, along with decreases in fasting insulin and HOMA-IR — a widely used marker of insulin resistance. Fasting blood glucose and several lipid-related measures also trended in a favorable direction.

A 2024 analysis published in *Nutrition and Diabetes*, drawing on data from 161 patients with type 2 diabetes, found a dose-related association between omega-3 intake and HbA1c, a long-term indicator of blood sugar control. The authors suggested that omega-3 supplementation could eventually be studied in a more personalized, individualized framework — though they also acknowledged that the overall role of omega-3s in diabetes management remains a subject of scientific debate.

## Important Caveats: Animal Studies Are Not the Final Word

Despite the promising signals, researchers were careful to urge caution. Preclinical results from animal studies do not automatically translate to the same outcomes in humans. Clinical trials in people with non-obese type 2 diabetes are still needed before omega-3 supplementation can be recommended as a treatment strategy for this group.

"These studies involved well-established experimental models that mimic insulin resistance in non-obese individuals. Trials in humans are needed to estimate the ideal dose and the most indicated type of omega-3 fatty acid," Curi said.

Renata Gorjão, co-author of the study and Co-Director of UNICSUL's Program of Graduate Studies in Health Sciences, echoed this sentiment: "Our findings increased our knowledge of the link between inflammation and insulin resistance in non-obese animals, confirming that this is a key factor in diabetes even in the absence of obesity."

## A New Way of Thinking About Diabetes Risk

Taken together, these findings suggest that the story of type 2 diabetes is more complex — and more nuanced — than the conventional obesity-centered narrative. Body weight matters enormously, but it is not the whole picture. For the millions of people worldwide who develop diabetes without excess weight, inflammation may be the central villain, and targeting it through dietary interventions like omega-3 supplementation could prove to be a meaningful piece of the puzzle.

Fish oil will not replace established diabetes treatments anytime soon, and human evidence remains mixed. But as science continues to explore the intricate relationship between the immune system and metabolic health, omega-3 fatty acids are earning a place in the conversation — not just as a supplement for heart health, but as a potential tool in the broader fight against diabetes.

New research shows omega-3 fish oil may reduce insulin resistance by fighting inflammation — even in people who aren't obese. Here's what scientists found.

Fish Oil and Type 2 Diabetes: What New Research Shows

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Could Fish Oil Be a Secret Weapon Against Type 2 Diabetes?

## A Juice That Does More Than Quench Thirst

What if a daily glass of juice could meaningfully reduce inflammation in your body? That is precisely what a new clinical study suggests — and the results are turning heads in the nutrition science community.

Researchers have found that a specially crafted tomato-soy juice, loaded with naturally occurring plant compounds, significantly lowered multiple markers of chronic inflammation in healthy adults living with obesity after just four weeks of daily consumption. A standard tomato juice used as a comparison drink failed to produce the same results.

The findings, published in the journal *Molecular Nutrition & Food Research*, point to the growing potential of food-based strategies for managing inflammation — a biological process closely tied to a wide range of long-term health conditions.

## What Makes This Juice Different

The juice at the center of this research is no ordinary grocery store blend. It was originally developed by scientists at The Ohio State University following earlier evidence suggesting that diets high in tomatoes or soy were associated with a reduced risk of prostate cancer.

The formulation uses tomatoes that were selectively bred to contain elevated concentrations of **lycopene** — the carotenoid pigment responsible for the characteristic red color of tomatoes and related fruits. The juice is further enriched with an extract of **soy isoflavones**, a class of flavonoid compounds known to interact with estrogen pathways in the body.

Both lycopene and soy isoflavones are naturally occurring phytochemicals. Previous Ohio State research had already linked higher intake of the juice to lower prostate-specific antigen levels in certain men diagnosed with prostate cancer, adding credibility to the notion that these compounds influence human biology in meaningful ways.

## Inside the Clinical Trial

The study enrolled 12 healthy adults with obesity. Each participant consumed two 6-ounce cans of the tomato-soy juice per day over a four-week period. After a washout interval, they switched to a low-carotenoid control tomato juice for another four weeks.

The research team deliberately chose a tomato-based control rather than plain water to isolate the specific effects of lycopene and soy isoflavones.

> "The hypothesis is that it's the lycopene from the tomatoes and the isoflavones from the soy that's inducing the effect, so we didn't want to have a control that's just water," said **Jessica Cooperstone**, associate professor of horticulture and crop science at Ohio State and the study's lead author.

Blood samples were collected before and after each phase, with researchers analyzing levels of **cytokines** — immune system proteins that regulate inflammatory responses throughout the body.

### Key Inflammatory Markers That Dropped

Only the tomato-soy juice produced statistically significant reductions in inflammatory proteins. Specifically, three cytokines declined notably:

- **Interleukin-5 (IL-5)**
- **Interleukin-12p70 (IL-12p70)**
- **Granulocyte-macrophage colony-stimulating factor (GM-CSF)**

Researchers also observed a reduction in **tumor necrosis factor alpha (TNF-α)**, though that particular change did not meet the threshold for statistical significance.

The control tomato juice did not trigger any of these same reductions, underscoring the importance of the specific compounds found in the enhanced formulation.

## Changes Beyond the Bloodstream

The research team went further by analyzing urine samples from participants at the start and end of each phase, looking for shifts in **metabolites** — the molecular byproducts generated as the body processes nutrients and carries out essential functions.

Interestingly, some metabolic changes appeared after consumption of both juices, suggesting that tomatoes themselves may influence human biology even in the absence of high lycopene concentrations.

However, metabolite patterns linked specifically to soy isoflavone processing were uniquely prominent in participants who drank the tomato-soy juice — offering further evidence that the beverage was producing measurable biological effects beyond simple nutrition.

"This is probably a function of the fact that there's more to our intervention agents than just these two compounds," Cooperstone noted. "Ultimately, we want to have a better understanding of how the foods that we eat are relating to our health."

## A Bigger Question: Can Food Fight Disease?

Cooperstone and her team are motivated by a fundamental question that sits at the intersection of nutrition and medicine.

"The idea is, can we use food-based interventions to modulate inflammation?" she said. "And can we test this in a rigorous way so that we can really see this is affecting inflammation, versus just saying something is anti-inflammatory?"

Those questions are now driving the next phase of research. Building on this study's findings — along with supporting data from animal models — Cooperstone's team has secured funding from the **National Institute of Diabetes and Digestive and Kidney Diseases** to launch a pilot clinical trial examining whether the tomato-soy juice can reduce inflammation in people suffering from **pancreatitis**.

### Why Pancreatitis?

Pancreatitis is a condition marked by painful inflammation of the pancreas, and current treatment options remain largely palliative — focused on managing pain and gastrointestinal symptoms rather than addressing the underlying inflammation.

"Our hypothesis is that the tomato-soy juice may serve as an intervention to decrease inflammation and hopefully increase patients' quality of life," Cooperstone said.

Animal studies have already suggested the juice can reduce both inflammation severity and disease progression in chronic pancreatitis, making the leap to human trials a logical and promising next step.

## Looking Ahead

While the current trial was small in scale, its rigorous design and clear results provide a compelling foundation for larger investigations. The research was supported by the U.S. Department of Agriculture, the National Institutes of Health, the Lisa and Dan Wampler Endowed Fellowship for Foods and Health Research, and Ohio State's Foods for Health Initiative.

For scientists like Cooperstone, the work represents a broader mission: proving — through careful, controlled human trials — that what we eat has the power to shape our health in ways that go far beyond basic nutrition.

As chronic inflammation continues to be recognized as a common thread linking obesity, heart disease, cancer, and other major conditions, the idea that a daily glass of juice could play a role in managing it feels less like wishful thinking and more like an emerging scientific reality.

A new clinical study found that a lycopene and soy isoflavone-rich juice significantly lowered inflammation markers in adults with obesity in just four weeks.

Tomato-Soy Juice Reduces Inflammation in Four Weeks

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How a Tomato-Soy Juice Quietly Fought Inflammation in Just One Month

## What Is 'Fricy' — And Why Is Everyone Talking About It?

Food lovers have always been drawn to unexpected flavor combinations. Whether it's the satisfying crunch of salt and pepper chicken, the guilty pleasure of dunking fries into a milkshake, or the classic pairing of peanut butter and jam, there's something deeply satisfying about flavors that shouldn't work together — but absolutely do.

Now, a bold new culinary trend is emerging ahead of summer 2026, and it goes by the name **'fricy'** — a portmanteau of 'fruity' and 'spicy.' Food websites are already championing it as the next big thing, and social media platforms are beginning to catch on.

## What Exactly Is Fricy Food?

At its core, fricy is the art of combining refreshing, sweet fruit with the intense heat of spices like chilli or jalapeño. Food publications are already rolling out recipes that pair rhubarb with chillies, combine pineapple with jalapeño peppers, and even serve steak alongside spicy strawberries.

The result is a flavor experience that delivers both sweetness and heat simultaneously — a combination that feels fresh and exciting, even though it's far from new.

### A Flavor Tradition Rooted in Culture

While 'fricy' may sound like a modern invention, the blending of fruit and spice has been a cornerstone of traditional cooking in countries like **Vietnam, Mexico, Thailand, and Sri Lanka** for centuries. What's new is simply the catchy label and the viral momentum building around it in Western food culture.

## The Science Behind the Trend

There's more to fricy food than just taste — there's actual food science supporting why the combination works so well. Food scientist **Brittany Towers**, speaking to *Business Insider*, explained that the natural sugars found in fruit have the ability to neutralize and soften the heat generated by spicy ingredients like chilli. This makes fricy dishes surprisingly accessible, even for people who typically shy away from anything too hot.

In other words, the sweetness of the fruit acts as a natural buffer, creating a more balanced and enjoyable heat experience.

## Fricy's Rise on Social Media

While the hashtag **#fricy** hasn't gone fully viral just yet, its presence is growing steadily across TikTok and Instagram. One standout example is the **mangonada**, a beloved Mexican drink made with mango, chilli, and other ingredients. This vibrant, flavor-packed beverage has already accumulated more than **47,000 posts on TikTok**, with users eagerly sharing their reactions to the fricy taste.

Spicy fruit bowls are another fricy staple gaining attention online. A popular street food across Vietnam and Mexico, these bowls typically feature fruits like mango and pineapple generously coated in chilli-based spices — simple, colorful, and packed with bold flavor.

## Why Food Trends Explode Online

Food has a uniquely powerful pull on social media. With over **one billion food-related posts on TikTok alone**, the platform has enormous influence over what people choose to eat and explore. Bold, eye-catching content — including clickbait-style headlines like *"You HAVE to try this fricy dish!"* — drives curiosity and engagement, encouraging users to click, watch, and eventually taste.

Visual appeal plays a massive role in this process. Consider **ube**, the vivid purple Filipino yam that became a social media sensation in 2026 after appearing in coffee shop chains. Its striking color made it instantly shareable and irresistible to the curious.

Fricy food carries similar visual power. The mangonada, with its bold palette of yellows, oranges, reds, and deep browns, is practically made for an Instagram feed. And unlike a single trending dish, fricy represents an entire flavor philosophy — meaning whole menus could be built around the concept.

## The Influencer Effect

As with any emerging trend, influencers hold significant power over how quickly fricy food reaches mainstream audiences. A single post from a creator with a large, engaged following could catapult the trend into viral territory overnight. It's also worth noting that brands standing to benefit from increased interest in fruit and spice products may actively invest in influencer partnerships to accelerate that growth.

Once a trend becomes established and familiar, consumer hesitation tends to drop — making it far more likely that everyday people will reach for a fricy snack without a second thought.

## Will the Algorithm Bring Fricy to You?

Whether fricy food appears in your social media feed largely depends on your existing interests. If food content is already part of your online world, there's a strong chance algorithms have already begun serving you fricy-related posts. If your feed leans more toward sports or fashion, the trend may currently exist only within dedicated foodie communities — though as momentum builds, that's unlikely to last.

One thing seems certain: fricy is a trend worth watching. As summer 2026 approaches, don't be surprised if sweet heat starts showing up on menus, in your grocery store, and all over your social media feed.

Discover 'fricy' — the fruity and spicy food trend taking over social media in 2026. Here's what it is, why it works, and where it came from.

Fricy: The Sweet and Spicy Food Trend of Summer 2026

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Fricy: The Sweet and Spicy Food Trend Set to Dominate Summer 2026

## Robots Step Into the Kitchen at a San Francisco Nonprofit

In the heart of San Francisco's Tenderloin district, a four-story building hums with quiet purpose. Inside, staff members, volunteers, and — increasingly — robots work side by side to prepare and package thousands of medically customized meals for people who depend on them. The organization making it all happen is Project Open Hand, a nonprofit with nearly four decades of history and a mission that has never been more relevant.

### A Legacy Built on Compassion

Project Open Hand was established in 1985 by Ruth Brinker, a local grandmother and HIV-awareness advocate who recognized a growing crisis and decided to act. What began as a direct response to the AIDS epidemic has since grown into a comprehensive meal program serving individuals managing serious medical conditions including heart disease, diabetes, and chronic kidney disease.

The meals the organization produces are far from generic. Every box is tailored to meet specific nutritional requirements, accounting for individual allergies and health needs. It is a complex, detail-intensive process — one that demands both precision and a steady workforce.

## The Volunteer Problem

For years, Project Open Hand leaned heavily on corporate volunteer groups, teams of employees sent by their companies to spend a few hours assembling meal kits as part of organized charity initiatives. That model worked well — until it didn't.

The COVID-19 pandemic effectively wiped out that pipeline. As workers left the city and corporate volunteer programs were suspended, Open Hand found itself short-handed at exactly the wrong moment. San Francisco has since experienced a degree of recovery, energized by an influx of artificial intelligence companies and biotech startups. But the renewed economic activity has not translated into the kind of community engagement the nonprofit once relied on.

"We used to have so many corporate groups come in here," says Paul Hepfer, CEO of Project Open Hand. "There are so many new businesses — AI businesses, biopharma businesses — that aren't engaged the way they were pre-pandemic, which is really unfortunate."

With volunteers harder to recruit, the organization began exploring unconventional solutions. The answer arrived, fittingly enough, during a casual conversation on the Bay Area Rapid Transit.

## Enter Chef Robotics

Chef Robotics is a San Francisco-based company that describes its work as building physical AI for the food industry. Its robotic systems are designed specifically for the plating stage of food preparation — not cooking, not chopping, but the mechanical act of portioning and placing food into trays at scale. The company counts established food brands like Amy's Kitchen and Factor among its clients and is currently training its robots to eventually tackle more complex assembly tasks.

When a chance encounter between employees from both organizations led to a conversation about a potential partnership, Hepfer did not hesitate. Despite the subscription cost involved in renting the robots, he saw the investment as worthwhile.

"Nonprofits often operate under a scarcity mindset, and I think that's a disservice to the people we serve, because then you're not looking for innovations or quality improvements," Hepfer says.

### How the Robots Actually Work

If you visited Open Hand's facility today, you might not immediately notice the robots at all. There are just two of them, and they operate only a couple of hours each day as part of a conveyor-belt assembly line staffed by a small team of human volunteers.

The robotic arms function somewhat like oversized claw machines, reaching down into trays of portionable foods and depositing measured scoops — potato salad, corn, and other items — into the correct compartment of each meal tray. The arms can be fitted with different attachments to handle roughly 70 separate ingredients.

The system is not flawless. The robots occasionally miss their mark, leaving stray bits of food on the tray edges. A human volunteer is stationed nearby specifically to wipe down trays before they are sealed. Scattered frozen corn on the floor is a regular sight, swept up and discarded at the end of each session.

"Food is weird," acknowledges Rajat Bhageria, CEO of Chef Robotics. "It's sticky, it's malleable, it's wet. Even the best simulation doesn't completely get it."

But the imperfection is manageable — and notably, not much worse than what human hands sometimes produce.

## Real Impact on the Assembly Line

Prior to the robots' arrival, Open Hand's volunteer teams were capable of completing around 500 meal kits per hour. The robotic systems add approximately 200 more on top of that during smooth operations. Perhaps more meaningfully, the robots free up human volunteers to focus on higher-skill kitchen tasks like vegetable prep and cooking batches of plant-based protein — work that is harder to automate and arguably more engaging.

"It's not even that they're faster," says Alma Caceres, a sous chef involved in the meal preparation process. "It's that we don't have the volunteers."

Bhageria frames the technological shift in practical terms. "Having an arm and a scooping motion turns a physics problem — like how cooked is your onion — into a software problem — like do you have the right motion path. So it's a lot more scalable."

### A Community That Keeps Giving Back

Not everyone at Open Hand came through the front door as a volunteer. Joseph Sobiesiak first walked into the organization in the early 1990s as someone in need of its services. Decades later, he now helps manage the meal assembly line.

"I didn't die," he says simply. "And so now I'm here as a way to give back."

Asked about the robots, Sobiesiak admits he was initially skeptical. Over time, however, his position has softened.

"I'm old-school," he says. "It's working better than it did at first. Things are definitely much faster than before."

## Looking Ahead

Hepfer is candid about the limits of the technology. The robots do not replace the need for volunteers — they supplement it. But he is hopeful that embracing innovation so visibly will send a signal to San Francisco's growing tech community that Open Hand is an organization worth engaging with.

"I'm hoping that maybe the gravy on top of all this — the low-salt gravy on top — might be that people from the tech world might see that we are open to innovating and using technology and AI to improve the product we're providing for people's health," he says.

In a neighborhood that has long been overlooked by the city's wealthier interests, a nonprofit is proving that cutting-edge technology and human compassion are not mutually exclusive — and that feeding people well is a problem worth solving with every tool available.

Project Open Hand is using Chef Robotics' robotic arms to fill its volunteer gap and deliver medically tailored meals to San Francisco's most vulnerable residen

Robots Help San Francisco Nonprofit Feed the Vulnerable

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How Robots Are Helping a San Francisco Nonprofit Feed People Who Need It Most

## That Banana in Your Smoothie Might Be Working Against You

For years, tossing a banana into a smoothie has felt like a no-brainer. It adds creaminess, natural sweetness, and a boost of potassium. But a new study from the University of California, Davis is challenging this habit — and the findings are hard to ignore.

According to researchers, combining bananas with berries in a blended drink can reduce your body's ability to absorb flavanols by as much as 84%. That's not a minor nutritional footnote. That's a dramatic shift in what your body actually gets from a drink you thought was healthy.

## What Are Flavanols and Why Do They Matter?

Flavanols are naturally occurring plant compounds found in berries, apples, grapes, cocoa, and tea. They've attracted significant scientific interest for their potential role in supporting heart health, regulating blood pressure, improving blood flow, and even promoting brain function.

The Academy of Nutrition and Dietetics has formally recommended consuming between 400 and 600 milligrams of flavanols daily to support cardiometabolic health. If you're loading up on berries or cocoa in your smoothies specifically to hit that target, the way you build your drink matters more than you might think.

## The Science Behind the Banana Problem

The culprit isn't the banana itself — it's an enzyme it contains called polyphenol oxidase, or PPO. This is the same enzyme responsible for the browning you notice when you slice an apple or peel a banana and leave it exposed to air.

When researchers at UC Davis blended high-PPO ingredients like bananas together with flavanol-rich berries, the PPO enzyme began breaking down those beneficial compounds before they could even reach the digestive system. The result was a dramatic drop in flavanol availability in the body.

The study, published in the Royal Society of Chemistry journal *Food & Function*, had participants consume three different things: a banana-based smoothie, a mixed berry smoothie made with low-PPO fruits, and a flavanol capsule used as a controlled reference point.

Blood and urine samples were then analyzed to measure how much of the flavanols were actually absorbed.

### The Results Were Striking

- **Banana smoothie:** Flavanol levels were **84% lower** than the control capsule
- **Mixed berry smoothie:** Flavanol levels were **comparable** to the capsule

"We were really surprised to see how quickly adding a single banana decreased the level of flavanols in the smoothie and the levels of flavanol absorbed in the body," said lead author Javier Ottaviani, director of the Core Laboratory of Mars Edge and an adjunct researcher at UC Davis.

## It May Even Continue After You Swallow

In a follow-up portion of the study, participants consumed flavanols alongside a high-PPO banana drink, but the two were kept completely separate until ingestion. Flavanol absorption was still reduced — suggesting PPO activity may persist even after the drink enters the stomach.

This finding makes the interaction more complex than a simple blending issue. It implies the enzyme may continue doing its work during digestion, potentially limiting flavanol uptake at multiple stages.

## What You Should Add Instead

The good news: you don't have to give up smoothies or even bananas entirely. You just need to be more strategic about your combinations.

Ottaviani recommends pairing flavanol-rich ingredients like berries, cocoa, or grapes with low-PPO alternatives. These include:

- **Mango**
- **Pineapple**
- **Orange**
- **Yogurt**

These options preserve the creamy texture and natural sweetness that bananas typically provide, without interfering with flavanol absorption.

Bananas are still a nutritious food. They're rich in fiber, potassium, and other essential nutrients. The key is knowing when to use them. If you want a creamy, energy-boosting smoothie and flavanol intake isn't the priority, bananas are a perfectly fine choice. But if your goal is to maximize the health benefits of berries or cocoa, consider leaving the banana on the counter.

## A Broader Lesson About Food Preparation

This research fits into a growing body of evidence showing that food combinations and preparation methods can significantly alter nutritional outcomes. A smoothie isn't simply a collection of ingredients with fixed nutrient values. The moment those ingredients interact, chemistry happens — and that chemistry can either work for you or against you.

"This highlights how food preparation and combinations can affect the absorption of dietary compounds in foods," Ottaviani noted.

The implications may stretch beyond smoothies as well. Ottaviani suggested that tea — another major source of dietary flavanols — could also be affected by preparation and pairing methods in ways that haven't yet been fully studied.

"This is certainly an area that deserves more attention in the field of polyphenols and bioactive compounds in general," he said.

## Important Caveats to Keep in Mind

While the findings are compelling, it's worth noting that the study was relatively small in scale. The first phase involved eight healthy men, and the second phase included 11 participants. These are meaningful early results, but they shouldn't be treated as absolute conclusions applicable to every individual or dietary pattern.

Nutrition experts have also cautioned against overreaction. A banana-berry smoothie is still a far healthier choice than most processed alternatives. Individual digestion, overall diet quality, and total daily nutrient intake all play important roles in determining real-world health outcomes.

The study was funded by a research grant from Mars, Inc., which has a commercial interest in cocoa flavanol research — a factor worth acknowledging when interpreting the results.

## The Bottom Line

If you're building smoothies with the specific intention of boosting your flavanol intake, the ingredients you combine matter. Skip the banana when berries, cocoa, or grapes are your focus. Reach for mango, pineapple, or yogurt instead. Save the banana for when you want its unique nutritional benefits without the concern of flavanol interference.

Small adjustments in how you prepare food can lead to meaningful differences in what your body actually absorbs. That's a simple, practical lesson worth taking seriously — one banana at a time.

New UC Davis research shows blending bananas with berries reduces flavanol absorption by 84%. Learn which ingredients to use instead for a healthier smoothie.

Why Bananas in Smoothies May Cut Flavanol Absorption

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Why Adding Bananas to Your Berry Smoothie Could Be Sabotaging Your Health Goals

## Garlic's Hidden Power Over Insect Reproduction

Researchers at Yale University have uncovered a surprising new use for one of the world's most common kitchen ingredients. In a detailed phytochemical study examining 43 different fruits and vegetables, scientists set out to identify natural compounds capable of disrupting the reproductive behavior of flying insects. Their unexpected conclusion? Garlic stands in a class of its own.

The research team selected fruit flies as their primary test subject, largely because this species is known to mate on food surfaces — making them an ideal model for studying how edible substances might influence insect behavior. The working hypothesis was straightforward: if insects regularly interact with food during mating, certain plant compounds might interfere with that process.

## What Happened When Insects Encountered Garlic

After exposing fly specimens to mashed versions of all 43 foods tested, the scientists found that the vast majority had no meaningful effect on reproductive activity. None of the other foods produced a notable aphrodisiac or inhibitory response. Garlic, however, was a dramatic exception — it completely shut down both mating behavior and egg-laying.

This striking result prompted a deeper investigation. The team wanted to understand whether the effect was driven by smell, taste, or both. They designed two separate experiments: one in which the flies could only detect the odor of garlic puree, and another in which they were allowed direct contact with it. The data clearly pointed to taste as the critical factor. Simply smelling garlic was not enough — the insects had to experience it on their sensory organs for reproduction to be suppressed.

## The Chemical Compound Behind the Effect

A subsequent chemical analysis of garlic identified the specific compound responsible for this biological interference: diallyl disulfide. This sulfur-containing molecule targets a sensory receptor found in the fly's taste organs called TrpA1 — a receptor that functions as a biological alarm system, triggering immediate avoidance responses when potentially harmful or aversive substances are detected.

When diallyl disulfide activates TrpA1, it stimulates a specific group of bitter-taste neurons, prompting not only a physical rejection response but also measurable changes at the genetic level. Published findings in the journal *Cell* reveal that garlic exposure alters the expression of multiple genes in these insects, including one strongly associated with the sensation of fullness or satiety.

### How Satiety Suppresses Reproduction

This connection to satiety is particularly significant. The researchers believe that when garlic compounds trigger feelings of fullness in female insects, it directly interferes with the biological signals that normally drive appetite, feeding, and ultimately reproduction. In other words, garlic appears to short-circuit the chain of events that leads to mating by making the insects feel as though they have already fed — even when they haven't.

## Effective Across Multiple Insect Species

To confirm that these findings were not limited to fruit flies, the research team repeated their experiments on several other flying insect species. These included two mosquito species responsible for transmitting serious illnesses such as dengue fever, yellow fever, and the Zika virus, as well as tsetse flies, which are vectors for sleeping sickness. In every case, garlic demonstrated a consistent ability to suppress reproductive behavior.

This broad effectiveness suggests that the mechanism at work is not species-specific but may be a common vulnerability across a range of flying insects with similar sensory biology.

## A Scalable, Natural Solution for Pest Control

The implications of this research extend well beyond the laboratory. The findings suggest that *Allium sativum* — common garlic — could be developed into a cost-effective, environmentally friendly tool for managing insect populations that threaten both public health and global food supply chains.

John Carlson, a Yale professor and co-author of the study, highlighted garlic's practical appeal: "It's inexpensive and grown all over the world." He also noted a curious historical footnote to the discovery. "The idea of using it to ward off hematophagous creatures was proposed in 1897 by Bram Stoker in his novel *Dracula*, and perhaps he was right."

While Stoker's intentions were purely fictional, modern science may have validated his instinct in ways he never anticipated — with garlic proving to be a genuine deterrent not just for mythical vampires, but for some of the world's most dangerous real-world pests.

Yale scientists found that garlic's key compound, diallyl disulfide, blocks mating and egg-laying in mosquitoes and other insects. Here's how it works.

Why Garlic Repels Mosquitoes and Blocks Reproduction

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Science Confirms Garlic Can Stop Mosquitoes From Mating and Reproducing

## Cancer-Causing Chemicals May Be Hiding in Your Everyday Meals

Most people trying to live a healthier lifestyle focus on counting calories, staying active, and loading up on fruits and vegetables. But even the most wholesome-looking plate of food could be harboring invisible chemical threats. A growing body of research suggests that certain harmful compounds can sneak into our meals — not just through environmental contamination, but through the very cooking methods we use every day.

## What Are PAHs and Why Should You Care?

The compounds at the center of this concern are called polycyclic aromatic hydrocarbons, or PAHs. These are hydrophobic organic molecules made up of multiple fused aromatic rings, and some of them are strongly associated with cancer-causing potential. PAHs don't just show up in industrial settings — they can form right in your kitchen whenever food is exposed to intense heat, smoke, or open flames.

According to the National Cancer Institute, PAHs can develop when fat and juices from meat drip onto a hot surface or open flame. The resulting smoke deposits these compounds directly onto your food. They're also associated with cigarette smoke and vehicle exhaust, making them a widespread environmental concern.

While animal studies have confirmed the cancer-causing properties of PAHs, large-scale human population studies have yet to establish a definitive connection between consuming cooked meats and developing cancer. That uncertainty, however, is precisely why improving detection methods is so critical.

## A Smarter Way to Detect Food Contaminants

Traditional lab methods for detecting PAHs in food — including solid phase extraction, liquid-liquid extraction, and accelerated solvent extraction — have long been the industry standard. But these approaches come with significant drawbacks: they're time-consuming, labor-intensive, and rely heavily on hazardous chemicals that pose risks to both workers and the environment.

To address these shortcomings, scientists have been embracing a more efficient alternative called **QuEChERS**, which stands for Quick, Easy, Cheap, Effective, Rugged, and Safe. This streamlined method is designed to accelerate sample preparation, cut down on chemical use, boost recovery rates, and make routine food safety testing far more practical.

### Breakthrough Research from Seoul National University

In a landmark 2025 study, Professor Joon-Goo Lee and his team from the Department of Food Science and Biotechnology at Seoul National University of Science and Technology applied the QuEChERS method to detect eight specific PAHs in food. These included Benzo[a]anthracene, Chrysene, Benzo[b]fluoranthene, Benzo[k]fluoranthene, Benzo[a]pyrene, Indeno[1,2,3-cd]pyrene, Dibenz[a,h]anthracene, and Benzo[g,h,i]perylene. The results were published in the journal *Food Science and Biotechnology*.

The researchers used acetonitrile to extract PAHs from food samples and then evaluated various purification strategies using different sorbent combinations. The method demonstrated impressive reliability across multiple food types, with calibration curves for all eight PAHs producing R² values above 0.99 — a strong indicator of measurement precision and consistency.

Using gas chromatography paired with mass spectrometry, the team recorded detection limits ranging from 0.006 to 0.035 μg/kg and quantification limits between 0.019 and 0.133 μg/kg. Recovery rates were equally strong: 86.3–109.6% at 5 μg/kg, 87.7–100.1% at 10 μg/kg, and 89.6–102.9% at 20 μg/kg. Precision values remained between 0.4 and 6.9% across all food matrices tested.

## Which Foods Had the Highest PAH Levels?

One of the study's most notable findings was that **soybean oil** contained the highest concentrations of PAHs among all foods tested. This was followed by **duck meat** and **canola oil** — results that may surprise consumers who consider these items relatively safe or health-conscious choices.

"This method not only simplifies the analytical process but also demonstrates high efficiency in detection compared to conventional methods. It can be applied to a wide range of food matrices," said Professor Lee.

## Other Studies Confirm the Method's Broad Usefulness

The SeoulTech findings are part of a broader wave of research validating QuEChERS-based approaches for PAH detection across diverse food categories.

A separate 2025 study published in *Foods* applied a modified QuEChERS method — enhanced with a freeze-out step — to 302 retail food samples. That research identified the highest PAH concentrations in **Kezuribushi**, a smoked and dried Japanese fish product. The study also flagged **grilled chicken feet** as a potential health concern based on the European Food Safety Authority's margin of exposure assessment.

Another 2025 investigation zeroed in on cereals and cereal-based products. Using a modified QuEChERS method with Z Sep⁺ clean-up technology and gas chromatography with tandem mass spectrometry, researchers analyzed 96 cereal samples and 18 cereal-derived products sourced from the Romanian market. Interestingly, only chrysene was detected — and only in 17% of cereal samples — while no PAHs were quantified in the processed cereal products.

Taken together, these studies confirm that PAH levels can vary dramatically depending on food type, ingredient origin, cooking technique, and environmental exposure. This is exactly why food-specific testing is indispensable.

## What This Means for Food Safety and Public Health

For regulatory agencies, food manufacturers, and public health officials, advances in PAH detection carry significant practical implications. A faster, more cost-effective testing protocol means food products can be screened more thoroughly before they ever reach store shelves. It also means laboratories can reduce their reliance on hazardous chemicals, creating safer working conditions and smaller environmental footprints.

"Our research can improve public health by providing safe food. It also reduces the use and emission of hazardous chemicals in laboratory testing," concluded Professor Lee.

The message is clear: food safety science is evolving rapidly, becoming both more precise and more sustainable. By advancing the tools used to detect harmful compounds like PAHs, methods such as QuEChERS are helping pave the way for a safer, cleaner global food supply.

## Practical Takeaways for Everyday Consumers

While researchers continue to refine testing methods and regulatory bodies work to establish clearer safety thresholds, there are a few sensible steps everyday consumers can take to minimize their exposure to PAHs:

- **Avoid charring or burning food** during grilling or roasting
- **Trim excess fat** from meats before cooking to reduce dripping and smoke
- **Use marinades**, which some studies suggest may help reduce PAH formation
- **Diversify cooking methods** by incorporating steaming, boiling, or baking at lower temperatures
- **Ventilate your kitchen** properly when cooking at high heat

Until the science definitively establishes the precise human health risks, staying informed and making mindful cooking choices remains the most practical line of defense.

Scientists identify harmful PAH compounds in common foods like soybean oil and duck meat. Learn how new testing methods are improving food safety worldwide.

Cancer-Causing Chemicals Found in Everyday Foods

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Hidden Cancer-Causing Chemicals Found in Common Everyday Foods

## Bees Have Lived Among Us for Thousands of Years — But Their Name Still Puzzles Experts

Small in size but enormous in importance, bees are among the hardest-working and most consequential creatures on the planet. From pollinating the crops that fill our grocery shelves to offering scientists a living window into environmental health, these insects have earned far more appreciation than most of us give them.

This Wednesday marks World Bee Day — a United Nations-established observance launched in 2018 to spotlight the critical need to protect bee populations worldwide. It's a timely reminder to examine not only what bees do for us, but also the surprisingly mysterious story behind the very word we use to name them.

## A Word as Old as the Insect Itself

According to Doug Harper, the founder and editor of the online etymology resource Etymonline.com, few words in the English language have stayed as consistent in meaning as "bee."

"A word like 'bee' has always been 'bee,' as far back as you can trace it," Harper explained.

The word descends from the Old English term "beo," and its roots stretch so deep into history that pinning down a definitive origin may be impossible. Historically, some poets even used the compound "beowulf" — literally meaning "a wolf to bees" — as a poetic way to describe bears.

Because bees have existed on Earth for millions of years and beekeeping has been practiced for over a millennium, the true etymology of the word has been lost to time.

"The words that have been here forever, we'll never know probably," Harper said.

One prevailing theory suggests the word may be rooted in the distinctive buzzing sound the insect produces. Other languages and traditions have offered their own terms for the pollinator — the Latin word "apis," for example, gave us "apiary," the term used for places where beehives are kept. Yet "bee" outlasted them all in the English-speaking world.

### Bees Woven Into Our Language and Culture

The staying power of the word "bee" is reflected in how deeply it has embedded itself into everyday English. Phrases like making a "beeline," being a "busy bee," or minding your own "beeswax" speak to centuries of close human observation and admiration for these insects.

"When I look at words like that, they don't even look like words. They look like landscape. They're so ancient," Harper said. "Those things are sort of rare and valuable just for that."

## What Bees Actually Do for Us

Kendal Sager, a California master beekeeper and founder of Sager Family Farm, gets a front-row seat to bee life every time she lifts the lid of her hive. Tens of thousands of bees move across the honeycomb, their cells packed with vivid yellow, orange, and pink pollen gathered from neighborhood flowers.

But Sager is quick to point out that bees contribute far beyond producing honey. They are essential pollinators for hundreds of species of fruits, vegetables, and nuts.

"Even if you don't like bees themselves, you have bees to thank for the food on your table," she said.

## A Crisis Threatening Bee Populations

Despite their resilience over millennia, modern bee colonies are under serious threat. Last year, commercial beekeepers across the United States reported losing nearly 56% of their honeybee colonies — the steepest decline recorded since the annual U.S. beekeeping survey began in 2010.

Mateo Kaiser, a fifth-generation beekeeper in California and managing director of Swarmed, a support resource for beekeepers, described the situation with urgency.

"The worry is that at some point they won't be able to keep up anymore," he said.

### What's Behind the Collapse?

Several interconnected factors are driving the alarming decline in bee populations:

- **Habitat loss** is reducing the natural environments bees depend on for food and shelter.
- **Pesticide exposure** continues to pose a significant chemical threat to colonies.
- **The Varroa mite**, a destructive parasite that arrived in the United States from Asia during the 1980s, remains one of the most damaging threats to honeybee health.
- **Climate unpredictability** is increasingly disrupting the seasonal rhythms that bees rely on to survive and thrive.

When spring arrives too dry, flowers and trees reduce nectar production, leaving bees without adequate food. An unexpected cold snap can set an entire colony back for the whole season. As weather patterns grow more erratic, beekeepers find it harder to anticipate conditions and provide proper care.

"As the climate changes and becomes less predictable, it becomes harder for beekeepers to know what to expect and to make sure that they're taking the best possible care of their bees," Kaiser said.

## Bees as Environmental Indicators

Beyond their role in agriculture, bees serve as sensitive barometers of broader environmental conditions. Each year, bees make millions of journeys across the country — and everything they encounter along the way leaves a trace.

"Anything the bees are coming into contact with, it's affecting them and it's telling us something about the health of our communities, and how local biodiversity and ecosystems are being impacted," Kaiser noted.

For Sager, keeping bees has made her far more conscious of seasonal changes, weather shifts, and the blooming cycles of local plants. It's a perspective she believes more people should adopt.

"So even if you don't care about the bees," she said, "it's pointing at a lot of other issues that may cause problems for everyone and other species."

## Why Bee Conservation Matters to All of Us

The story of bees is ultimately a story about our own relationship with the natural world. These small, ancient creatures have shared the planet with humans for thousands of years, shaping our language, our food systems, and our understanding of the environment. Protecting them isn't just good for beekeepers — it's essential for everyone who eats, breathes, and depends on a functioning ecosystem.

World Bee Day is a useful reminder that conservation begins with awareness — and sometimes, with simply paying closer attention to the small, buzzing world just outside our doors.

Bees have coexisted with humans for millennia, yet their name remains a mystery. Learn about bee history, their vital role, and the crisis threatening colonies 