A new study, titled: Direct sensing of dietary ω-6 linoleic acid through FABP5-mTORC1 signaling,

has sparked concerns about an ingredient commonly found in household kitchens—linoleic acid. This omega-6 fatty acid, present in several cooking oils like soybean and safflower oil, may increase the risk of developing a particularly aggressive form of breast cancer known as triple-negative breast cancer (TNBC).

What Is Linoleic Acid and Where Is It Found?

Linoleic acid is a type of polyunsaturated fat, primarily found in seed oils such as corn, sunflower, soybean, and safflower oil. It's also present in some animal products like pork and eggs. While omega-6 fatty acids are essential for our health, recent findings suggest that an overconsumption—especially in the form of refined cooking oils—could have serious consequences.

The Link to Triple-Negative Breast Cancer

According to a preclinical study conducted by Weill Cornell Medicine and published in Science, linoleic acid appears to fuel the growth of TNBC cells. Researchers discovered that this fatty acid activates a key growth pathway in tumor cells by binding to a protein called FABP5, which is found in high amounts in triple-negative tumors. In mouse models, a diet high in linoleic acid significantly enhanced tumor growth.

Triple-negative breast cancer is more invasive, tends to spread quickly, and has fewer treatment options. Its survival rate is about 77%, notably lower than the 90% for other types of breast cancer.

Why This Matters for Your Diet

Experts now caution against the excessive use of seed and vegetable oils high in linoleic acid. While not calling for complete elimination, they suggest moderating intake and balancing fats with healthier alternatives like olive oil or omega-3-rich sources such as flaxseeds and fatty fish. The study’s senior author, Dr. John Blenis, emphasized that these findings can help personalize dietary recommendations for individuals at higher cancer risk.

Is Cancer Risk Only About Diet? Not Quite

While diet plays a role, about 5% to 10% of cancers, including breast cancer, result from inherited genetic mutations. If multiple members of your family have had breast or related cancers, you may be at increased risk due to mutations such as BRCA1 or BRCA2.

Genetic testing is a simple and non-invasive way to assess your risk. It involves a cheek swab, saliva, or blood sample and can screen for over 100 different gene mutations.

What to Do If You Test Positive for a Cancer Gene

A positive test result doesn’t mean you’ll definitely develop cancer—it just means your risk is higher. If you test positive:

• See a genetic counselor to understand your results and next steps
• Increase surveillance with regular screenings like mammograms or MRIs
• Consider preventive steps, including medication or surgery if recommended
• Make lifestyle changes—a healthy diet, exercise, and no smoking can reduce overall risk
• Inform family members so they can consider testing as well

What New About Cancer That We Know Of?

Scientists have uncovered how aspirin might help reduce the spread of certain cancers by boosting the immune system. The findings were published in the journal Nature, titled, Aspirin prevents metastasis by limiting platelet TXA2 suppression of T cell immunity. The findings could support the ongoing clinical trials and pave the way for more targeted use of aspirin in cancer treatment. This discovery can also now contribute to developing new drugs which are aimed at preventing cancer metastasis.

There have been previous studies which has shown how people who consume aspirin on a daily basis tend to have a lower risk of cancer spread. This works especially in breast, bowel and prostate cancers. However, researchers were unsure on how it actually played the role. This new study thus helps in finding that link and is conducted by the researchers at the University of Cambridge.

Cancer starts in one location, but in about 90% of cases, death occurs when it spreads to other parts of the body. Scientists have been studying the immune system’s role in this process, as cancer cells that detach from the main tumor are vulnerable to immune attack. While primary tumors can suppress the immune system, individual cancer cells that travel through the body are often more exposed, making them potential targets for treatment.

In a previous study, researcher screened 810 genes in mice and found that 15 of them influenced cancer metastasis. The researchers were able to discover that mice lacked a gene responsible for producing a protein called ARHGEF1 had fewer metastases in lungs and liver. The research also showed that ARHGEF1 suppresses T cells, which are immune cells that play an important role in killing metastatic cancer cells.

Choline is often known as "brain food". It is a nutrient related to B vitamins that play an important role in body and brain functions. However, the concerning part is about 90% of people do not consume enough of it.

It is essential for producing acetylcholine, which is a neurotransmitter that helps neurons or the nerve cells to build connections and communicate effectively. As people age, acetylcholine levels naturally decline. When these levels are lower than usual, it can cause conditions like Alzheimer's disease. Research also suggests that low levels of acetylcholine can impair memory, focus, and the ability to recall words.

As per a 2021 study published in the journal Behavioral Neurology, individuals who consumed between 188 to 400 mg of choline on a daily basis had a lower risk of cognitive decline. They had at least 40% less risk of experiencing cognitive decline compared to those with lower intakes of choline.

What Are The Different Kinds Of Choline? How They Benefit?

There are various forms of choline some benefit more than others.

For instance phosphatidylcholine is a type of choline that is found in eggs and is linked with lower dementia risk. A 2019 study observed that every additional 50 mg per day of phosphatidylcholine intake was associated with a 10 percent decrease in the likelihood of developing dementia. Since a large egg contains around 169 mg of choline, most of which is phosphatidylcholine, incorporating eggs into the diet can be particularly effective.

There are other emerging research in this field that suggests that increasing choline intake after Alzheimer's diagnosis could also slow the progression of the disease. It could also provide potential benefits even in the later stages of cognitive decline.

Are There Other Health Benefits Of Choline?

Other than helping the brain stay sharp, choline can also help maintain healthy liver function. It can play an important role for fat and glucose metabolism and reduce the risk of metabolic diseases like fatty liver disease and Type 2 diabetes.

It could also contribute to cardiovascular health by controlling inflammation, which is one of the leading reasons for heart diseases, including stroke.

How Much Choline In Okay to Consume?

Although the body makes a small amount of choline naturally, it is not sufficient to meet daily needs. The recommended Daily Value (DV) for choline is 550 mg. This amount typically needs to be obtained through diet or supplements.

While it’s possible to get enough choline through food, certain groups, such as older adults or those following a plant-based diet, may find it challenging. In such cases, supplements may be considered. However, not all multivitamins provide sufficient choline, so selecting a specific choline supplement — ideally around 300 mg — could be necessary. Consulting with a healthcare provider before starting supplements is always advisable.

What Foods Contain Choline?

There are many common food that contains choline, some of them include:

• Egg, 1 large (169 mg)
• Edamame, 1 cup (87 mg)
• Turkey breast, 3.5 oz. (84 mg)
• Chicken thighs, 3.5 oz. (75 mg)
• Salmon, 3.5 oz. (79 mg)
• Broccoli or Brussels sprouts, 1 cup (63 mg)
• Red potato, 1 large (57 mg)
• Kidney beans, ½ cup (45 mg)
• 2% milk, 1 cup (45 mg)
• Cottage cheese, 1 cup (37 mg)
• Plain low-fat yogurt, 1 cup (35 mg)

Often tossed aside without a second thought, banana peels make up nearly 35% of the ripe fruit’s total weight. Yet, they are not only edible but also brimming with nutrients that could offer significant health benefits. Incorporating banana peels into your diet is an easy way to boost your intake of vitamins and minerals while contributing to efforts against food waste.

Banana peels are rich in key nutrients such as potassium, dietary fiber, polyunsaturated fats, and essential amino acids. Among these, fiber plays a vital role in promoting digestive health, stabilizing blood sugar levels, and supporting heart health. Meanwhile, the potassium content can help manage blood pressure, protect bone density, and reduce the risk of kidney stone formation.

Research also highlights that banana peels are abundant in antioxidants, particularly when the fruit is unripe. Antioxidants are crucial for combating inflammation and may help protect against chronic diseases such as heart disease, cancer, and diabetes. Therefore, integrating banana peels into meals can add a powerful nutritional punch.

However, there are a few considerations to keep in mind. Conventional bananas are often treated with pesticides, and while peeling the fruit usually minimizes exposure, consuming the peel could lead to higher intake of pesticide residues. Pesticide exposure has been associated with health risks including autism, certain cancers, hypertension, diabetes, and cognitive decline. To minimize this risk, it is advisable to choose organic bananas whenever possible and to wash the peels thoroughly before use.

Another potential drawback is the taste and texture of banana peels, which some people find unappealing due to their bitterness and toughness. Opting for very ripe bananas and cooking the peels can help make them softer and sweeter, improving their palatability.

For those willing to experiment, banana peels can be prepared in various delicious ways. Start by selecting ripe bananas, washing the peels carefully, and removing the stem. The peels can then be blended into smoothies or added to banana bread batter. Cooking methods like baking, boiling, or frying not only soften the peels but also make them suitable for savory dishes. In fact, cooked banana peels have been used as substitutes for bacon or pulled pork in plant-based recipes. They can also enhance stir-fries, curries, and sandwiches, adding both flavor and nutritional value.

Incorporating banana peels into your diet is not just about maximizing nutrition—it’s also a step toward sustainable eating. They offer an innovative way to reduce food waste while supplying a range of important nutrients. Whether blended into a smoothie or cooked into a hearty dish, banana peels can add a nutritious and eco-friendly twist to your meals.

By making simple adjustments, like opting for organic bananas and experimenting with recipes, you can tap into the nutritional benefits of banana peels and make your diet more sustainable and health-conscious.

Every aisle in the modern supermarkets reflects the convenience that comes with food these days—frozen meals, packaged foods, instant drinks—all designed to fit right into the busy lives of people today. Yet behind the ease and the flavor lies a growing volume of scientific evidence sounding an alarming warning, ultra-processed foods may be quietly speeding up the risk of early death.

The fascination and attraction of fast, easy, and very tasty foods commonly masks a dark truth. An international research published in the American Journal of Preventive Medicine indicates that heavy consumption of ultra-processed foods (UPFs) dramatically raises the risk of premature mortality. This new proof revives widespread demands for global food reforms since UPFs currently make up the majority of diets in most nations, including the United States.

What Are Ultra-Processed Foods?

Ultra-processed foods, also known as UPFs, are industrial products often made of ingredients that are not typically used in home preparation preservatives, emulsifiers, artificial sweeteners, colorants, and hydrogenated oils. Some of these foods are ready-to-eat products such as sugary beverages, pizzas, burgers, chicken nuggets, chocolates, and snack foods.

Ultra-processed foods, engineered with additives, preservatives, and artificial ingredients, now comprise over half the average American diet, based on data from the U.S. Department of Agriculture. Their ubiquity and intensive marketing have made them seem inevitable, but accumulating evidence indicates that the health toll is much more serious than realized.

Under the NOVA food classification system, UPFs are defined by their intensive industrial processing, which is typically used to produce hyper-palatable and highly profitable foods. Yet, the convenience comes with an increasingly large body of evidence showing that these foods contribute to a variety of chronic diseases, including cardiovascular disease, obesity, diabetes, depression, and various forms of cancer.

How Ultra-Processed Foods Are Linked to Early Death Risk?

The new study by Eduardo Augusto Fernandes Nilson of the Oswaldo Cruz Foundation in Brazil compared dietary and mortality data from eight nations. Their results are chilling:

In the United States alone, UPFs contribute to 124,107 avoidable early deaths each year.

England has around 17,781 premature deaths each year due to UPF consumption.

Similar trends are seen in other nations: 25,000 early deaths in Brazil, 17,000 in Mexico, and 7,700 in Canada.

It is discovered that a 10% increase in consumption of UPFs increases the probability of death by age 75 by 3%. In the U.S. and U.K., where UPFs account for over half of total dietary energy (54.5% and 53.4% respectively), the consequence is particularly sinister.

How Ultra-Processed Foods Harm Your Health?

It's not only the high contents of unhealthy fats, salts, and sugars that render UPFs harmful. The very industrial processing itself — and the multitude of artificial additives such as colorants, emulsifiers, and sweeteners — seems to have negative impacts on human health. As Nilson says, these foods impact health outside of the conventional nutrient content by changing the foods at the molecular level.

This insight changes the story: it's not so much about calories or macronutrient mix, but the chemical and structural changes foods go through when processed.

A number of studies, including a February 2024 study, have established a clear "dose-response" between UPF consumption and adverse health outcomes. Even modest increases in UPF intake — a mere serving per day — have been linked to:

• 50% greater risk of death due to cardiovascular disease
• 53% higher risk of anxiety
• 55% increased risk of obesity
• 40% increased risk of the development of type 2 diabetes
• 41% increased risk of sleep disorders
• 20% higher risk of depression and premature death from all causes
• Adding only an additional 10% more UPFs onto a previously optimal diet was also associated with increased rates of cognitive decline, stroke, and upper gastrointestinal tract cancers.

Preventable Deaths Across Continents Due to Consumption of UPF

Nilson and his group approximated preventable premature deaths resulting from UPF consumption to range by country:

• 4% in Colombia
• 5% in Brazil
• 6% in Chile
• 10.9% in Canada
• 13.7% in the United States
• 13.8% in England

The statistics highlight that UPF death rates are highest in countries where such foods are prevalent in diets. Although the leading consumers are high-income nations, middle-income countries such as Brazil, Mexico, and Chile are rapidly closing in, sparking fears of an emerging global health epidemic.

Why Are UPFs So Dangerous?

Aside from the additives and processing, UPFs interfere with proper metabolic functions. They make their way into systemic inflammation, interfere with the gut microbiota, affect satiety signals, and are highly addictive. These actions individually boost the risk of chronic disease and early death.

Heart disease, stroke, type 2 diabetes, colorectal cancer, dementia, and obesity are all part of the expanding list of conditions associated with excessive UPF consumption.

Steps to Cut Down Consumption of Ultra-Processed Foods

Although it might not be feasible for everyone to completely eliminate UPFs, making slow, sustainable changes can make a big difference in health outcomes:

Prioritize whole foods: Whole grains, fresh fruits and vegetables, lean proteins, nuts, and seeds should be the staple of your diet.

Read labels carefully: Be wary of lengthy ingredient lists with unknown additives.

Cook at home: Cooking yourself provides more control over ingredients and cooking techniques.

Make gradual transitions: Rather than an all-or-nothing method, gradually decrease dependence on ultra-processed foods.

Prioritize balance: Opt for half the plate to consist of fruits and vegetables at each meal.

Educational campaigns and supportive policies may also assist consumers in making educated decisions and transitioning away from ultra-processed diets.

As the racks in our supermarkets become heavier with brightly colored packaging, experts are calling on Americans to change their diets not tomorrow, but today. Ultra-processed foods—think packaged snack foods, ready-to-eat meals, sweet cereals, and even some so-called "health" bars have quietly insinuated themselves into our daily lives.