5 Snack Pairings That Can Help Boost Energy, According to Dietitians

 5 Snack Pairings That Can Help Boost Energy, According to Dietitians

Feeling tired between meals is common, especially during a busy working day. While reaching for biscuits, sweets or crisps may provide a quick burst of energy, these foods can sometimes leave you hungry or tired again soon afterwards. Dietitians say that choosing the right combination of foods can make a snack more satisfying and provide more sustained energy.

EatingWell highlights five simple snack pairings that combine important nutrients such as protein, fibre, healthy fats and carbohydrates. Together, these nutrients can help make snacks more filling while supporting steadier energy levels.

1. Dates and Peanut Butter

Dates are naturally rich in carbohydrates, including glucose and fructose, which provide readily available fuel. They also contain some fibre.

Pairing dates with peanut butter adds protein and healthy fats. According to dietitians, this combination can make the snack more satisfying and slow the release of carbohydrates slightly. It can also be a convenient option before physical activity.

2. Dried Fruit and Nuts

A simple trail mix made with dried fruit, nuts and seeds can be an excellent portable snack. Dried fruit provides carbohydrates, while nuts and seeds contribute protein, fibre and healthy fats.

This combination can be especially useful for people who need something convenient during work, travel or outdoor activities. However, dried fruit and nuts can be calorie-dense, so paying attention to portion sizes is still important.

3. Whole-Grain Toast with Avocado

Whole-grain toast provides carbohydrates and fibre, while avocado contributes healthy fats and additional fibre. EatingWell also recommends adding strained Greek-style yoghurt to the toast for extra protein.

Combining these nutrients creates a more balanced snack than eating refined carbohydrates alone. Cottage cheese or nut butter can also be used as alternative toppings.

4. Milk and Fruit

A glass of dairy or fortified soy milk paired with a piece of fruit is another simple choice. According to EatingWell, a cup of either type of milk provides around 7 to 8 grams of protein, while fruit supplies carbohydrates and fibre.

Dairy and fortified soy milk can also provide vitamin B12, which is involved in energy metabolism. A balanced combination of protein and carbohydrates can make fruit a more substantial snack.

5. Dry-Roasted Edamame and Kiwi

Dry-roasted edamame is rich in protein and fibre and is also convenient because it does not require refrigeration. Pairing it with kiwi adds vitamin C.

Iron is important because it helps form haemoglobin and myoglobin, proteins involved in transporting oxygen throughout the body. Low iron levels can contribute to tiredness and fatigue.

Smart Snacking Tips

Choosing nutritious ingredients is only part of healthy snacking. Dietitians also recommend eating mindfully, controlling portions and keeping convenient healthy options available.

Rather than eating directly from a large packet, placing a snack on a plate or in a small bowl can make portions easier to recognise. Choosing mostly whole or minimally processed foods can also help improve overall diet quality.

Final Thoughts

The right snack does not have to be complicated. Pairing a source of carbohydrates with protein, fibre or healthy fats can create a more balanced option for between-meal hunger.

Dates with peanut butter, trail mix, avocado toast, milk with fruit and roasted edamame with kiwi are five simple combinations that can add useful nutrients to your day while supporting more sustained energy.

Instead of relying on sugary snacks for a temporary boost, building balanced snack combinations may be a smarter way to stay fuelled and satisfied throughout the day.

15 Heart-Healthy Snacks You Can Prepare in Just Three Steps

 15 Heart-Healthy Snacks You Can Prepare in Just Three Steps

 

Finding a healthy snack does not have to mean spending a lot of time in the kitchen. EatingWell has highlighted 15 heart-healthy snacks that can be prepared in just three steps or fewer, making them practical choices for busy days. These recipes focus on ingredients that are lower in saturated fat and sodium while providing useful nutrients such as protein, fibre, healthy fats and antioxidants.

Simple Snacks for Better Heart Health

Snacking can be part of a healthy eating pattern when you choose nutritious ingredients and pay attention to portion sizes. Instead of reaching for highly processed foods loaded with added sugar, salt or saturated fat, simple combinations of fruit, vegetables, nuts, seeds, whole grains and protein can provide a more balanced option.

EatingWell's collection includes both sweet and savoury choices, so there are options for different tastes and times of the day.

Pimiento Cheese-Stuffed Mini Bell Peppers

Mini bell peppers filled with pimiento cheese offer a colourful and simple snack. The recipe requires only three ingredients and can be prepared quickly, making it convenient when you need something between meals.

Passion Fruit Smoothie

For people who prefer something refreshing, the three-ingredient passion fruit smoothie combines frozen passion fruit with kiwi for a naturally sweet and tangy drink. A small amount of honey can be added if extra sweetness is needed.

Peanut Butter Energy Balls

Peanut butter, dates and roasted peanuts come together in an easy energy-ball recipe. Nuts and peanut butter provide healthy fats and protein, while dates contribute natural sweetness. These small bites can also be packed for work or other activities.

Cottage Cheese Snack Jar

Another filling option is the cottage cheese snack jar, which combines cottage cheese with other nutritious ingredients. EatingWell notes that one version provides 20 grams of protein and 5 grams of fibre, making it a particularly satisfying snack.

Nuts, Chickpeas and Seeds

The list also includes homemade trail mix, roasted butternut squash seeds, cinnamon-sugar roasted chickpeas and edamame with Aleppo pepper. These options demonstrate how simple plant-based ingredients can be transformed into convenient snacks without complicated preparation.


Fruit-Based Choices

Fruit lovers have several options, including cherry-pineapple smoothies, almond-stuffed dates and strawberry-yogurt parfaits. Fruits provide fibre and a variety of vitamins and plant compounds, while yoghurt, nuts and seeds can add protein and healthy fats.

Why Easy Snacks Matter

One of the biggest advantages of these recipes is convenience. When nutritious food is easy to prepare, people may be more likely to choose it instead of highly processed snacks.

The American Heart Association also recommends options such as fruit, vegetables, unsalted nuts, low-fat yoghurt and whole-grain foods as healthier snack choices.

Final Thoughts

These 15 three-step snacks show that nutritious ingredients can be turned into quick and enjoyable foods with minimal preparation.

From cottage cheese and chickpeas to berries, dates, nuts and smoothies, there are plenty of simple choices for satisfying hunger while supporting an overall heart-conscious diet.

The key is to focus on variety, sensible portions and nutrient-rich ingredients while limiting excessive sodium, saturated fat and added sugars. Small choices made consistently throughout the day can become an important part of a healthy eating pattern.

Even Healthy Ultra-Processed Foods May Change Your Insulin Response, New Study Finds

 

Even Healthy Ultra-Processed Foods May Change Your Insulin Response, New Study Finds

Meta description: New research suggests nutrient-matched ultra-processed foods may trigger a higher insulin response than less processed meals. Discover what the findings mean for your health.

Many people choose packaged foods labelled high in protein, rich in fibre or packed with essential nutrients because they believe these products are healthy choices. However, new research suggests that the degree of food processing may also influence how the body responds after eating.

A study reported by Medical News Today and published in Nature Metabolism found that ultra-processed meals produced a higher insulin response than less processed meals with similar nutritional content. 

What Are Ultra-Processed Foods?

Ultra-processed foods are industrially manufactured products that often contain ingredients and additives designed to improve flavour, texture, appearance or shelf life.

Common examples include packaged crisps, sugary breakfast cereals, instant noodles, fizzy drinks and certain ready-made meals. Some protein bars, packaged snacks and plant-based alternatives may also fall into this category.

However, not every processed food is unhealthy. Frozen vegetables, plain yoghurt, tinned beans and wholemeal bread can be convenient parts of a balanced diet.

What Did the New Study Discover?

Researchers at Virginia Tech investigated whether food processing could influence the body's metabolic response even when meals contained similar amounts of nutrients.

The study included 57 healthy-weight adults aged 18 to 45. Of these, 32 completed both meal-testing sessions, while 52 participated in the brain-imaging analysis.

The meals contained similar amounts of calories, carbohydrates, fat, protein, fibre and sodium, but differed in their degree of processing.

The researchers collected blood samples over the following three hours to measure changes in blood glucose and insulin. They also investigated participants' brain responses to pictures of different foods.

Ultra-Processed Meals Triggered a Higher Insulin Response

One of the study's main findings was that participants experienced a greater insulin response after eating the ultra-processed meal.

It helps regulate blood glucose by allowing cells to take up glucose from the bloodstream and supporting the body's management of energy.

Although the participants' overall blood glucose responses were similar after both meals, insulin levels remained higher following the ultra-processed meal between approximately 40 and 120 minutes after eating.

This suggests that foods with similar nutritional profiles may not always produce identical hormonal responses.

However, the researchers did not establish that the higher insulin response was harmful or that participants had developed insulin resistance. Further research is needed to understand the long-term significance of the difference.

How Did the Meals Affect Energy Use?

The researchers also observed differences in how participants used energy after eating.

Following the ultra-processed meal, participants burned fewer carbohydrates and more fat while expending more energy overall during the observation period.

The team also explored possible relationships between metabolic responses and brain activity when participants viewed pictures of food.

These findings are interesting because they suggest that food processing may influence more than the amount of protein, fat or carbohydrate listed on a nutrition label. Nevertheless, the study was small and examined responses to specific meals over a limited period.

It cannot establish whether these short-term differences lead to weight gain, diabetes or other health problems over time.

Why Nutrient Content May Not Tell the Whole Story

Traditional nutrition labels provide useful information about calories, protein, carbohydrates, fats, fibre and sodium. These details remain important when choosing food.

However, the physical structure of food, the ingredients used during manufacturing and the way a product is prepared may also influence digestion and metabolism.

For example, two meals could contain similar amounts of protein and carbohydrates but differ in texture, ingredient composition and the way the nutrients are presented within the food.

Possible explanations include differences in ingredients, food structure and digestive or hormonal signalling, but the latest study did not establish a single cause.

No. The findings should not be interpreted as proof that every packaged or ultra-processed food is harmful.

The NOVA classification system groups foods according to their degree of processing rather than measuring their overall nutritional value. As a result, foods within the same category can have very different nutritional profiles.

For instance, a packaged product fortified with vitamins and minerals may provide useful nutrients, even if it is ultra-processed. Equally, a minimally processed meal can still be unbalanced if it contains excessive amounts of salt, saturated fat or calories.

The practical message is to consider the overall diet rather than judging a food solely by its processing category or a single nutrient claim.

Simple Ways to Choose Less Processed Foods

People do not need to eliminate every packaged product to improve their eating habits. Small, realistic changes can help increase the variety of minimally processed foods in the diet.

Choose whole fruit more often: Apples, bananas, oranges and other whole fruits provide fibre and essential nutrients.

Include vegetables daily: Fresh, frozen and plain tinned vegetables can all be convenient choices.

Prepare simple meals: Eggs, beans, lentils, fish, chicken and vegetables can form the basis of nutritious meals.

Read nutrition labels: Check added sugars, sodium, saturated fat and fibre alongside protein and calorie content.

Choose whole grains: Oats, brown rice and wholemeal bread can provide fibre and other important nutrients.

Make gradual substitutions: Replace some packaged snacks with fruit, plain yoghurt or unsalted nuts when practical.

These changes can improve overall dietary quality without requiring expensive ingredients or complicated recipes.

What Does This Research Mean for Diabetes Prevention?

Insulin plays a central role in blood glucose regulation, making thestudy relevant to ongoing research into metabolic health.

However, a higher insulin response after one meal does not automatically indicate diabetes or insulin resistance. Insulin levels naturally rise after eating, and the body's response depends on several factors, including the type and amount of food consumed.

The researchers did not demonstrate that eating the tested ultra-processed meal caused diabetes or increased participants' long-term risk of developing the condition.

People concerned about diabetes should focus on established healthy habits, including regular physical activity, balanced meals, adequate sleep and appropriatemedical screening. Anyone with diabetes or another metabolic condition should follow individual advice from their healthcare professional.

What Happens Next?

Larger and longer studies will be needed to determine whether the observed metabolic differences persist across different foods, populations and eating patterns.

Researchers also need to investigate which aspects of processing matter most and whether the effects differ according to age, metabolic health or other individual characteristics.

The study provides an important starting point, but it is not a reason to panic about occasional packaged meals. Instead, it encourages scientists and consumers to look beyond nutrient numbers when evaluating food quality.

Conclusion

The new study suggests that even when two meals contain similar amounts of calories, protein, carbohydrates, fat, fibre and sodium, their degree of processing may influence the body's response after eating.

Participants experienced a higher insulin response after an ultra-processed meal, despite similar overall blood glucose responses. However, the research does not prove that the response is harmful or that all ultra-processed foods cause metabolic disease.

For everyday eating, the most practical approach is to prioritise a varied diet rich in vegetables, fruit, whole grains, beans and other nutritious foods while limiting reliance on highly processed products.

Creatine Without Exercise: Can It Really Help Build Muscle?

Creatine Without Exercise: Can It Really Help Build Muscle?

However, new research suggests that creatine may also offer benefits to middle-aged and older adults who do not follow a structured exercise programme.

Certain Gut Bacteria May Intensify Inflammatory Responses to Vaccines

Certain Gut Bacteria May Intensify Inflammatory Responses to Vaccines

New research suggests that the bacteria living inside the gut may influence how the body reacts after vaccination. Scientists have found that certain gut microbes could contribute to vaccine-related fever and inflammation, potentially explaining why some people experience stronger side effects than others.

The study, published in the journal Science, examined the relationship between the human gut microbiome, immune activity and reactions following an mRNA vaccine against SARS-CoV-2. Researchers say the findings could eventually lead to new ways of reducing unwanted vaccine-related inflammation without weakening the protection vaccines provide.

Nitrite-Free Bacon Is Booming: Is It Really Healthier?

Nitrite-Free Bacon Is Booming: Is It Really Healthier?

Nitrite-free bacon is becoming increasingly popular as shoppers look for ways to make a traditional breakfast favourite seem healthier. But does removing nitrites actually reduce the health risks associated with bacon?

According to a recent report from The Independent, sales of nitrite-free bacon in the UK have been rising significantly. Spending on these products reached £34.8 million in the year to September 2026, while sales volumes also increased. However, experts say the science behind the health claims is more complicated than the words “nitrite-free” might suggest.

Why Are Nitrites Used in Bacon?

Nitrites, including sodium nitrite and potassium nitrite, are traditionally used during the curing of bacon.

They have several important functions. They help prevent the growth of dangerous bacteria, including Clostridium botulinum, which can cause the potentially life-threatening illness botulism. Nitrites also help preserve bacon's characteristic pink colour and contribute to its familiar cured flavour.

So, removing these additives is not as straightforward as simply taking an unnecessary ingredient out of a food.

The Cancer Concern

The concern surrounding nitrites comes partly from their ability to contribute to the formation of N-nitroso compounds, including nitrosamines.

Cooking methods can also matter. The Food Standards Agency's review found that higher cooking temperatures and longer cooking times can be associated with increased levels of nitrosamines and other N-nitroso compounds. Research specifically involving bacon has found that frying at higher temperatures can increase nitrosamine formation.

This has led some consumers to assume that choosing bacon without added nitrites automatically makes it safer.

But researchers say there is currently not enough evidence to make that conclusion.

Is Nitrite-Free Bacon Actually Safer?

The UK Food Standards Agency reviewed scientific research published between 2016 and 2024 to investigate the safety of nitrates and nitrites used as food additives. The review found that evidence directly connecting these additives with cancer risk was inconclusive.

The FSA also concluded that there was no evidence demonstrating that processed meat made without added nitrates or nitrites is necessarily a safer alternative.

That means consumers should be cautious about treating “nitrite-free” as a guarantee of a healthier product.

What About Natural Nitrites?

Another common source of confusion is the difference between synthetic additives and naturally occurring nitrates.

Nitrates occur naturally in vegetables such as spinach, lettuce, celery and beetroot. Government guidance notes that only a relatively small proportion of dietary nitrate exposure comes from its use as a food additive.

Some bacon products marketed as “uncured” or “nitrite-free” use ingredients such as celery powder instead.

However, celery naturally contains nitrates, which can be converted into nitrites during processing. Therefore, replacing conventional nitrites with a natural nitrate source does not necessarily eliminate the chemistry associated with nitrosamine formation.

Bacon Is Still Processed Meat

Perhaps the most important point is that removing nitrites does not transform bacon into a health food.

Bacon remains processed meat because it is preserved through processes such as curing, salting or smoking. The NHS advises people not to eat excessive amounts of red and processed meat because high consumption is associated with health risks, including an increased risk of bowel cancer.

The World Health Organization's cancer research agency also classifies processed meat as carcinogenic to humans based on evidence linking it to colorectal cancer.

The Independent reports that an analysis by the International Agency for Research on Cancer estimated that eating 50 grams of processed meat every day was associated with an 18% increase in colorectal cancer risk.

Cooking Bacon May Matter Too

How bacon is cooked could be another consideration.

Very high temperatures and prolonged cooking can increase the formation of certain potentially harmful compounds. This does not mean that eating one piece of crispy bacon will cause cancer, but it does provide another reason not to rely solely on the “nitrite-free” label.

Cooking bacon at a moderate temperature and avoiding excessively burnt or charred pieces may be a sensible approach.

How Much Bacon Should You Eat?

The NHS recommends that people who consume more than 90 grams of red and processed meat per day reduce their average intake to 70 grams or less. A cooked breakfast containing two standard sausages and two thin rashers of bacon can reach around 130 grams.

This highlights an important point: reducing the overall amount of processed meat may be more meaningful than simply switching from conventional bacon to a nitrite-free version.

The Bottom Line

Nitrite-free bacon may appeal to consumers who want to reduce their exposure to certain additives, but current evidence does not prove that it significantly lowers cancer risk.

The Food Standards Agency says evidence linking nitrate and nitrite additives themselves to cancer remains inconclusive, while processed meat as a category is already associated with an increased risk of colorectal cancer.

For people who enjoy bacon, the more useful strategy may be to eat it less often, keep portions moderate and avoid excessive cooking temperatures, rather than assuming that a “nitrite-free” label makes bacon healthy.

In other words, the biggest health question may not be which bacon you buy, but how much and how often you eat it.

Sugar Rationing in Childhood May Be Linked to Better Health Decades Later, Study Suggests

Sugar Rationing in Childhood May Be Linked to Better Health Decades Later, Study Suggests

What happens during the first years of life may influence health for decades, according to a series of recent studies examining people who grew up during Britain's postwar sugar rationing.

Diabetes and high blood pressure. The findings have also raised intriguing questions about ageing, mental health and how early nutrition may influence the body.

Britain's Postwar Sugar Experiment

Adults were limited to roughly 40 grams of sugar a day, while children received less. Babies and very young children generally had little or no added sugar.

Sugar rationing ended in 1953, creating an unusual natural experiment. Sugar availability changed relatively suddenly because of government policy rather than individual dietary choices. By the second half of 1954, average sugar consumption had almost doubled.

Scientists have now used historical information alongside modern health data to investigate whether that difference in early-life sugar exposure could have lasting consequences.

Lower Risk of Type 2 Diabetes

The same group also had a 20% lower risk of high blood pressure later in life.

These findings do not prove that eating less sugar in childhood directly prevents these conditions. Researchers emphasise that the results show an association rather than definitive causation.

Could Early Nutrition Affect Ageing?

Studies using UK Biobank data have linked early exposure to sugar rationing with lower risks of several other health problems, including cardiovascular and liver disease, respiratory conditions and dementia.

Researchers studying biological ageing also found that people exposed to rationing appeared to have modestly younger biological and organ-age measures. Some measures suggested they were approximately a year younger biologically than people who were not exposed.

Scientists believe this could potentially involve metabolic processes established during early development, although the precise mechanisms remain uncertain.

A Possible Link to Mental Health

The findings have also extended into mental health.

Researchers also found that people exposed to lower sugar availability early in life were less likely to report a preference for sweet foods as adults.

This raises the possibility that early nutrition could influence both biological processes and eating preferences, although more research is needed.

Why the First 1,000 Days Matter

The first 1,000 days generally refer to the period from pregnancy through a child's first two years.

During this time, the brain, metabolism and other body systems undergo rapid development. Researchers believe that nutrition during these developmental windows could potentially influence processes such as insulin sensitivity, appetite regulation and fat-tissue development.

However, scientists do not yet know exactly when sugar exposure may be most important or what specific amount would produce a particular health outcome.

Sugar Rationing Was Not a Famine

Experts stress an important distinction between Britain's sugar rationing and historical famine.

The British population was not experiencing severe overall calorie deprivation. Instead, sugar intake was selectively restricted while the broader diet remained relatively adequate.

This is different from events such as the Dutch famine during the second world war, where severe food shortages were associated with increased risks of obesity and type 2 diabetes later in life.

Therefore, the research should not be interpreted as evidence that children need severe dietary restriction.

What the Findings Mean Today

The research supports existing recommendations to limit free and added sugars, rather than suggesting that parents should eliminate sugar completely.

Current UK guidance recommends that adults and children aged 11 and over consume no more than 30 grams of free sugars per day, with lower limits for younger children. The NHS also advises that sugar should not be added to food or drinks given to babies.

Researchers point out that average sugar consumption in the UK remains roughly twice the recommended level.

The Research Still Has Limitations

Despite the striking findings, scientists remain cautious.

The studies are largely observational, meaning researchers cannot establish that lower sugar exposure directly caused the improved health outcomes. Several of the studies also use overlapping groups of UK Biobank participants.

Independent studies using different populations and research methods will be needed to determine whether the associations represent genuine causal effects.

Conclusion

The story of Britain's postwar sugar rationing is providing scientists with a unique opportunity to examine how early nutrition might influence health many decades later.

However, these findings are not proof that parents should severely restrict children's diets. Instead, they reinforce a more familiar message: balanced nutrition and limiting unnecessary added sugar during early life may be important for long-term health.

More research will be needed before scientists can determine exactly how early sugar exposure affects ageing and disease risk—but Britain's unusual postwar history may be helping reveal just how important those earliest nutritional years can be.