This Simple Dietary Switch Could Be a Game-Changer for Women With Diabetes, Endocrinologists Say
This Simple Dietary Switch Could Be a Game-Changer for Women With Diabetes, Endocrinologists Say originally appeared on Parade.
A major breakthrough in research revealed how certain dietary choices may impact women with type 2 diabetes—and it shows that changing your habits can potentially lead to greater weight loss and even the possibility of long-term remission from the disease.The new study, conducted at the University of Nottingham, School of Life Sciences, showed that one habit specifically can give women with diabetes a huge boost in their insulin resistance, sustained weight loss and even their triglycerides (AKA cholesterol, which is great news not just for metabolic health, but also heart health).So, what was the swap and how did it work? An endocrinologist and diabetes specialist explain the study, the healthy diet swap and why it's a great move, not just for women with diabetes, but possibly for everyone.🩺SIGN UP for tips to stay healthy & fit with the top moves, clean eats, health trends & more delivered right to your inbox twice a week💊
Believe it or not, switching beverages from diet soda to water may make a huge difference for women with type 2 diabetes.Researchers observed 81 women with type 2 diabetes who were overweight or had obesity over 18 months in a weight management program. The women regularly drank diet soda. The participants were randomly chosen to either keep up with their diet soda intake five times per week after lunch or to swap it out for water. The weight loss program lasted six months, while the weight management program lasted a full year.
At the end of the study, according to the American Diabetes Association, 90% of participants in the group that drank water actually achieved diabetes remission, while just 45% of the women who drank diet soda were in remission. Body mass index (BMI), fasting glucose, insulin levels, insulin resistance, postprandial glucose (your blood sugar levels after a meal) and cholesterol levels were all also significantly improved in the group that hydrated with H2O instead of diet drinks.
"These findings challenge a common belief in the U.S. that diet drinks have no potential negative effects for managing weight and blood sugar," Dr. Hamid R. Farshchi, MD, Ph.D, obesity medicine physician, CEO of D2Type and lead author of the study, said in a statement. "However, with most women in the water group achieving diabetes remission, our study highlights the importance of promoting water, not just low-calorie alternatives, as part of effective diabetes and weight management. It's a small change with the potential for a big impact on long-term health outcomes."
Related:
Experts agreed that switching from diet drinks to water has a lot of benefits, but that some of the downsides to diet soda might not all because of the diet drinks themselves, but because of the behaviors associated with drinking them.
"Water is metabolically neutral, additive-free, and behaviorally aligned with healthier routines. Diet sodas are often consumed alongside calorie-dense, highly processed meals, whereas water tends to be paired with healthier behaviors such as physical activity," Montefiore Einstein diabetes specialist , tells Parade. "For example, very few people reach for a diet soda after a walk or workout. This behavioral context may influence clinical outcomes. This study also found that those in the water group showed better results in BMI, fasting glucose, insulin levels and triglycerides."
"It has been shown that nonnutritive sweeteners can increase glucose and insulin levels in response to a glucose load," , endocrinology and internal medicine professor at Yale School of Medicine, says. "However, other studies found no association between the use of artificial sweeteners and effects on glucose metabolism. Artificial sweeteners might also affect the brain. A recent study showed that when carbohydrates and diet sodas are consumed together, brain responses to sweet taste are altered."
While not all studies are created equal, Dr. Torres says this one is promising.
"This was a great study, done well, using the right methodology," he explained. "The results are compelling, but to strengthen clinical guidance, we need larger studies with longer follow-up to determine whether these benefits are sustained over time. Just as importantly, we need to better understand the mechanisms behind how diet soda consumption may influence metabolic outcomes and diabetes risk."
Related:
Generally, yes, experts tell Parade, especially for people with type 2 diabetes.
"Diet soda provides the sweet taste without the calories. While this sounds like a solution for people with a sweet tooth, it might have negative health effects, particularly with regular consumption," Dr. Serle advises. "The nonnutritive sweeteners in diet soda, when consumed together with carbohydrate-rich food, can trigger brain responses that might lead to overeating. Together with the potential negative effects of diet soda on glucose metabolism, I suggest drinking water when thirsty and eating some fruit when craving for something sweet."
Dr. Torres concurs, saying, "Water remains the gold standard. It is metabolically neutral, free of additives and behaviorally associated with healthier patterns. While diet soda may be a helpful transitional tool for some, water is the superior long-term choice for individuals with type 2 diabetes. This reinforces what we observe both clinically and culturally. Promoting water as the beverage of choice is a simple yet powerful intervention in diabetes care."
Further, Dr. Torres says, "Although diet sodas are calorie-free, studies have linked them to increased risks of obesity, cardiovascular disease and impaired insulin sensitivity."
That said, the reasons for those associations aren't entirely known. "Mechanistically, it is difficult to explain why such a dramatic clinical difference would exist if calorie intake is equal," Dr. Torres points out. "The theory that diet sodas increase caloric intake indirectly by affecting appetite or food preferences remains unproven and warrants further investigation. Diet sodas may also influence sweet cravings, gut microbiota and metabolic pathways in ways that are not yet fully understood."
Related:
All that said, you don't have to feel guilty for your Diet Coke habit. There is a place for it! "Switching from sugar-sweetened beverages to diet sodas can reduce immediate sugar and caloric intake and blunt post-meal glucose spikes," Dr. Torres points out. "For many, it serves as a transitional step in managing carbohydrate and caloric consumption."
With that in mind, water is still the better choice. "The ADA poster suggests that swapping diet soda for water leads to even greater benefits," he says. "Women in the water group lost more weight (6.82 kg vs. 4.85 kg) and had twice the diabetes remission rate (90 percent vs. 45 percent). So, while diet soda may help reduce added sugar, it does not offer the full metabolic benefits that water does."
Up Next:"Water Instead of Diet Drinks Associated with Two-Fold Rate of Diabetes Remission in Women." American Diabetes Association.
Dr. Mireille Serle, MD, Ph.D
Dr. Edwin A. Torres, Ph.D., NP
This Simple Dietary Switch Could Be a Game-Changer for Women With Diabetes, Endocrinologists Say first appeared on Parade on Jun 29, 2025
This story was originally reported by Parade on Jun 29, 2025, where it first appeared.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
an hour ago
- Yahoo
Portable devices 'life-changing' for patients
A cancer charity has donated equipment worth almost £10,000 to help palliative care patients enjoy "everyday family life". Easington's East End Cancer Relief Charity (EECR) has provided eight "life-changing" ambulatory syringe drivers to Castle Hill Hospital in Cottingham, East Yorkshire. The small and portable devices are used to continually administer a patient's medication over a set period, the charity said. Locally, the devices have recently been used by a woman attending her sister's wedding and by a teenager attending a music festival, a spokesperson added. The charity, which is already planning further fundraising events, raised a total of £9,600 through activities, including a bike ride, craft fairs, raffles and a country and western night. Charity trustee Andrea Robinson said: "We are immensely proud to be able to provide support in this way and it was fantastic to hear first-hand from the nursing staff the difference the syringe drivers make to patients' lives. "I would like to take this opportunity to say a special thank you to everyone who has helped at our events and have donated either money or goods to contribute to the funds raised," she added. EECR was originally set up in the late 1970s and over the years has raised more than £190,000. It became a registered charity in May 2023. Listen to highlights from Hull and East Yorkshire on BBC Sounds, watch the latest episode of Look North or tell us about a story you think we should be covering here. Children's cancer wig charity plans expansion Cancer patients 'priced out' of holidays, charity warns Double trek made cancer survivor 'feel alive' Hull University Teaching Hospitals NHS Trust
Yahoo
an hour ago
- Yahoo
Engineered E. Coli Transforms Waste Plastic Into Common Painkiller
New research has made encouraging progress in tackling not one but two of the biggest problems facing our planet right now: plastic pollution and the use of fossil fuels as part of drug manufacturing processes. Scientists from the University of Edinburgh in the UK have used Escherichia coli bacteria to convert molecules from the widely used polyethylene terephthalate (PET) plastic into the painkiller acetaminophen (also known as paracetamol). Like a lot of drugs today, acetaminophen is mostly made out of fossil fuels. Switching those ingredients for waste products – like plastic – could offer an ingenious way of addressing two major environmental problems in one. It's going to take a while to scale this up and prove it can be effective at an industrially and commercially viable level, so we shouldn't get too far ahead of ourselves, but there's a lot of potential in the new technology. "This work demonstrates that PET plastic isn't just waste or a material destined to become more plastic – it can be transformed by microorganisms into valuable new products, including those with potential for treating disease," says biotechnologist Stephen Wallace from the University of Edinburgh. The process starts by chemically degrading PET bottles. The resulting molecules are then fed to engineered E. coli, which use phosphate as a catalyst to convert the molecules into an organic compound containing nitrogen. Finally, these compounds are turned into the active ingredient of acetaminophen. Among the numerous advantages of the process are that it can be completed in 24 hours in a compact laboratory setup, and that it works at room temperature, so there's no need for excessive heating or cooling. What's more, the team has managed to get it working at an impressively efficient 92-percent yield. The reaction makes use of a well-established chemical reaction called the Lossen rearrangement, named after German chemist Wilhelm Lossen, who discovered it in 1872. Here, the reaction is made biocompatible so it can work in cells and living bacteria. Related: This was all done using PET bottles, but the plastic is also used extensively in food packaging, furniture, and manufacturing. This type of plastic is estimated to account for more than 350 million tons of waste per year, adding to the plastic pollution burden. The same approach might also work for other types of bacteria and other types of plastic, according to the researchers, so there's potential here for more environmentally friendly recycling and drug production options. It's a powerful example of how both natural and synthetic chemistry can be combined to find solutions to problems and drive innovation, and it may ultimately mean that E. coli plays a part in the production of our pain relief in the future. "Nature has evolved an exquisite yet limited set of chemical reactions that underpin the function of all living organisms," write the researchers. "By contrast, the field of synthetic organic chemistry can access reactivity not observed in nature, and integration of these abiotic reactions within living systems offers an elegant solution to the sustainable synthesis of many industrial chemicals from renewable feedstocks." The research has been published in Nature Chemistry. The Human Epoch Doesn't Officially Exist. But We Know When It Began. Flesh-Eating Fly Invasion Could Cause Devastation Across America Ocean Acidity Has Reached Critical Levels, And We're All Under Threat
Yahoo
an hour ago
- Yahoo
Burial Vault Sealed For 400 Years Found at End of Long-Forgotten Staircase
After a disastrous 1970s renovation, archaeologists tasked with assessing decades of damage have stumbled upon unexpected layers of history in France's Saint-Philibert Church. The 12th-century church is the only structure in the city of Dijon built 'in the manner of the Romans'. It was decommissioned following the French revolution, and was used as a storehouse for salt in the mid-20th century, which wrought damage on the stone structure. As part of a misguided attempt to restore the church in 1974, a heated concrete slab was installed, which drew up further water and salt into the groaning structure, splitting stones apart. The concrete slab has since been removed, and in what started as a new restoration effort, archaeologists from the National Institute for Preventive Archaeological Research (INRAP) have found quite a trove. Beneath the slab, they found a long-forgotten staircase that led to a burial vault that's been sealed for at least 400 years. This is the final resting place of dozens of individuals, possible casualties of a catastrophic event like a pandemic or famine. Related: "In the transept, a vault, probably dating from the 15th to 16th centuries, has been identified," INRAP researchers state in a translated press release. "In it, the deceased, both children and adults, are buried in coffins, the bones of each individual being pushed to the sides to make room for the last deceased." The excavation has revealed further layers of history, including slab tombs from the 11th to 13th centuries and sarcophagi that date back to the 6th century. "Planned to extend to a depth of three meters, the excavation has revealed remains dating from Late Antiquity to the modern era," the team states. Confirmed: New Mexico Footprints Rewrite Timeline of Humans in America Video: How Far Away Would You Need to Be to Survive a Nuclear Blast? What Really Killed The Neanderthals? A Space Physicist Has a Radical Idea