The key takeaway isn’t fear—it’s direction: even with better treatments, the major drivers of CVD are trending upward, especially high blood pressure, diabetes, and obesity.

📈 What’s rising: the “big three” (blood pressure–blood sugar–body weight)

According to AHA projections, by 2050 (assuming trends persist), among U.S. women:

• nearly 60% may have high blood pressure,
• more than 25% may have diabetes,
• more than 60% may have obesity.)

These factors rarely travel alone. Together they accelerate vascular damage, strain the heart, and increase the risk of stroke and heart failure—often pushing risk into younger ages.American Heart Association)

👧 Why it matters that the trend shows up in girls too

The statement also highlights a concerning early-life shift: by 2050, nearly 32% of girls aged 2–19 may have obesity.

When cardiometabolic risk starts early, the body spends more years under metabolic stress—raising the long-term odds of hypertension, diabetes, and downstream cardiovascular events later in life.

💤 The lifestyle paradox: some behaviors improve, sleep worsens

A striking theme is the “paradox” of population behaviors: some trends may improve, yet sleep is projected to worsen, which is highly relevant for women’s cardiometabolic health.American Heart Association)

Sleep is not a luxury—it shapes:

• appetite regulation and weight,
• insulin sensitivity and glucose control,
• blood pressure and inflammation,
• decision-making and consistency with healthy habits.

🧬 Life stages are prevention windows (don’t wait for symptoms)!

The statement emphasizes that women’s cardiovascular risk evolves across life stages, and prevention is most powerful before symptoms appear—especially across early adulthood, pregnancy-related windows (with sex-specific risks), and the perimenopause/menopause transition when body composition, sleep, and metabolic factors often shift.

In short: prevention for women is not “one tip”—it’s lifelong timing + smart habits.

✅What to do now: Life’s Essential 8 in real-world language

AHA’s Life’s Essential 8 offers a practical prevention checklist: diet, physical activity, avoiding tobacco/nicotine, healthy sleep, weight management, cholesterol, blood sugar, and blood pressure.

Make it doable:

• 🥗 Diet: fewer ultra-processed foods, more whole foods as the default.
• 🚶 Movement: consistency beats intensity spikes.
• 🚭 Nicotine: every step toward zero matters.
• 💤 Sleep: most adults need 7–9 hours; rhythm often matters as much as the number.
• ⚖ Weight: focus on sustainable change and waistline signals.
• 🧪 Numbers (BP/glucose/lipids): check periodically—risk grows quietly.

Source: Karen E. Joynt Maddox, Harmony R. Reynolds, Demilade Adedinsewo, Cheryl Bushnell, Holli A. DeVon, Holly C. Gooding, Virginia J. Howard, Rina Mauricio, Eliza C. Miller, Garima Sharma, R.J. Waken. Forecasting the Burden of Cardiovascular Disease and Stroke in Women in the United States Through 2050: A Scientific Statement From the American Heart Association. Circulation, 2026; DOI: 10.1161/CIR.0000000000001406

💚 THE HEALTH FORMULA – prevention and healing begins with understanding

In The HEALTH FORMULA, prevention isn’t an annual reset—it’s a repeatable routine: sleep, plate, movement, stress management, and occasional measurement of the key numbers. These projections are not destiny; they show what happens if nothing changes.

The good news: the biggest levers of cardiovascular risk are still—largely—within daily habits.

Most people try lifestyle changes first—especially diet—but many remain dissatisfied with results.
One reason: older guidance often stayed vague (“increase fiber,” “drink more fluids”) and left out other dietary strategies where evidence exists, or included recommendations without robust support.

📚 What’s new: The 2025 British Dietetic Association (BDA) dietary guidelines

These are presented as the first comprehensive, evidence-based dietary guidelines specifically for managing chronic constipation in adults. They were built using four systematic reviews/meta-analyses, then translated into recommendations using GRADE and a Delphi consensus process.

Key headline numbers from the paper: 75 randomized controlled trials (RCTs) were included across the reviews, 59 recommendation statements were generated and accepted.
Recommendations cover supplements, foods, and drinks—but no “whole-diet” approach (e.g., “high-fiber diet” as a general concept) received a recommendation due to lack of RCT evidence.

🥄 What the guidelines suggest is most worth trying (in real life)?

1) Fiber—but which fiber matters

The big shift is that the guideline doesn’t treat “fiber” as one thing.

• Different fibers behave differently, and the strongest, most consistent signal is for psyllium.
• The summary highlights psyllium as a recommended option to improve specific constipation outcomes.

Practical guidance from the recommendations:

• Doses above 10 g/day are considered “more optimal” in studies (better response).
• Fiber should be tried for at least 4 weeks before evaluating its effect.
• It should be introduced gradually (due to tolerance).
• And, where clinically appropriate, with additional fluid intake (water).

🌀 Important: Fiber may increase gas/flatulence, especially certain types (e.g., inulin-type fructans), so the pace of “introduction” is important.

2) Probiotics—may help, but it’s strain-specific and not universal

Guidelines suggest that probiotics overall may increase the likelihood of clinical improvement, but it is often unclear which exact strains are responsible for the effect.
For Bifidobacterium lactis, there is some signal that it may increase stool frequency (with a moderate level of evidence for this outcome), but in general there is no single probiotic solution that works for everyone.

Practical guidance from the recommendations:

• If a person wants to try a probiotic, one product of choice can be tested for at least 4 weeks, then its benefit should be evaluated.

3) Magnesium oxide—surprisingly “guideline-ready”

For magnesium oxide, the guidelines provide fairly clear messages:

• It may increase stool frequency and soften stool.
• It may improve global symptoms and reduce straining and the sensation of incomplete evacuation.

Practical guidance from the recommendations:

• As a general framework, 0.5–1.5 g/day for at least 4 weeks is suggested, with gradual dose escalation while monitoring tolerance.

⚠ Clinical note: This should always be individualized, especially in people with kidney problems, specific therapies, or a sensitive GI tract.

4) Senna — a surprise: “no clear effect” in these analyses

Although senna is popular, these guidelines report that in meta-analyses it did not show a clear impact on “clinical benefit” or stool frequency compared to placebo (with low certainty of evidence).

🍞 Food and beverages: specific items included in the guidelines

Kiwi

There is a practical, food-based recommendation:

• 2–3 kiwis per day for at least 4 weeks as an option for constipation.
  Compared to psyllium, kiwi may slightly increase stool frequency, but it is not a “miracle solution” and effects are generally modest.

Prunes

Compared to psyllium, there is no clear advantage for stool consistency in available RCTs within these analyses.

This does not mean they “don’t work for anyone,” but rather that—based on strict evidence from this set of studies—they are not superior to an already proven effective option.

Rye bread

Rye bread is interesting because:

• It may increase stool frequency compared to white bread,
  But it may also worsen global symptoms in some individuals (e.g., gas, bloating, discomfort),
  And the “dose” used in studies was often quite high (e.g., 6–8 slices per day), which is not always practical in real life.

Mineral-rich water

Guidelines note that water with a high mineral content may help with “treatment response” over a certain period, but effects on other symptoms are not always clear.
Practical framework: 0.5–1.5 L/day for 2–6 weeks.
They also emphasize that there are no universal thresholds for what counts as “enough minerals,” and water composition varies.

📝 How to translate this into FORMULA ZDRAVLJA practice (without overload)

📌 First: safety check (“red flags”)

If there is blood in the stool, unexplained weight loss, significant pain, anemia, nighttime symptoms, or newly developed constipation that changes rapidly—this is a signal for medical evaluation and diagnostics, not just a “dietary experiment.”

🔁 Then: 4 weeks, one change at a time

The most common mistake is changing 5 things at once, so we don’t know what helped (or worsened things).

Example of a “4-week test” (from guidelines):

• Psyllium or kiwi as first-line (depending on tolerance), with gradual introduction and monitoring of gas/bloating.
• If choosing a probiotic: test for 4 weeks, then evaluate.
• If clinically appropriate: magnesium oxide as an option, with tolerance monitoring.

📒 Measure instead of guessing

A simple diary for 10 days before and 10 days during the change:

• stool frequency,
• straining / sensation of incomplete evacuation,
• bloating / pain.

Source: Eirini Dimidi, Alice van der Schoot, Kevin Barrett, Adam D. Farmer, Miranda C. Lomer, S. Mark Scott, Kevin Whelan. British Dietetic Association Guidelines for the Dietary Management of Chronic Constipation in Adults. Neurogastroenterology, 2025; DOI: 10.1111/nmo.70173

💚 THE HEALTH FORMULA – prevention and healing begins with understanding

In The HEALTH FORMULA constipation is not “just constipation.” It is a signal that bowel rhythm, microbiome, hydration, nervous regulation, and food choices are not in optimal balance.

That’s why we use what is proven to be helpful (e.g., psyllium, kiwi, magnesium oxide when needed, selective probiotics, mineral water), but apply it intelligently and in a personalized way—one change at a time, long enough to evaluate the effect, with tolerance monitoring.

The goal is not a “perfect diet,” but a routine that works for your body—because in health, consistency wins over extremes.

A recent study in zebrafish puts the spotlight on sorbitol (a sugar alcohol commonly used as a sweetener) and highlights something we sometimes forget: whether a compound stays “neutral” can depend a lot on what’s happening in the gut microbiome.

🦠 Why the microbiome matters as a metabolic “gatekeeper”

Your gut bacteria aren’t passive passengers. They constantly interact with what you eat—and with what your body produces—often before those substances ever reach the liver. That’s the core idea here: under normal conditions, certain gut bacteria can break down sorbitol in the intestine, reducing how much of it travels onward.

🐟 What the researchers did?

In this study, researchers worked with adult zebrafish and created a condition where the gut microbiome was depleted (using an antimicrobial/antibiotic cocktail). Then they looked at what happened to metabolism and liver health—even when the fish were on a standard diet. They combined metabolomics and isotope tracing (a way to track where nutrients go in the body) to map the pathway in detail.

🧩 What they found?

1) The body can produce sorbitol from glucose (in the intestine)

The study found that dietary glucose can be converted into sorbitol within intestinal cells. Therefore, sorbitol is not only obtained exogenously—it can also be produced endogenously under certain conditions.

2) Under normal conditions, bacteria metabolize sorbitol

In control animals, the resident microbiota efficiently degraded sorbitol in the intestine, preventing its accumulation and associated effects.

3) In the absence of the microbiome, sorbitol reaches the liver

When beneficial bacteria were depleted, sorbitol was transported to the liver. There, it was further metabolized into intermediates associated with fructose metabolism (the study specifically traces the pathway via fructose-1-phosphate), which was linked to a metabolic shift toward increased lipid synthesis and storage in the liver.

4) The liver begins to accumulate more fat (steatosis)

Under these conditions, the animals developed hepatic steatosis (fatty liver), and notably, this occurred within a relatively short time frame in the experimental model.

5) Inhibiting sorbitol production prevents steatosis

When the formation of sorbitol in the intestine was inhibited, it was sufficient to prevent the development of steatosis in microbiome-depleted conditions.

6) Restoring sorbitol-degrading bacteria protects the liver

Recolonization of the gut with sorbitol-degrading bacteria (Aeromonas strains) mitigated or prevented steatosis, further supporting the protective role of the microbiome.

7) High sorbitol intake induces steatosis even without antibiotics

An additional key finding was that administering high concentrations of sorbitol mimicked the effects of microbiome depletion and led to steatosis. This suggests that, under conditions of excessive sorbitol load, the system can become overwhelmed.

⚖ Important limitations (science-fair, not fear-based)

• This is a zebrafish study. It’s excellent for exploring mechanisms, but it’s not the same as a human clinical trial.
• The model involves strong microbiome disruption (not a typical everyday scenario).
• The sorbitol effect was shown with high concentrations, so it would be unfair to conclude that “any sugar-free gum causes fatty liver.”

Source: Madelyn M. Jackstadt, Ronald Fowle-Grider, Mun-Gu Song, Matthew H. Ward, Madison Barr, Kevin Cho, Hector H. Palacios, Samuel Klein, Leah P. Shriver, Gary J. Patti. Intestine-derived sorbitol drives steatotic liver disease in the absence of gut bacteria. Science Signaling, 2025; 18 (910) DOI: 10.1126/scisignal.adt3549

 💚 THE HEALTH FORMULA – prevention and healing begins with understanding

In The HEALTH FORMULA the goal is never to fear a single ingredient—it’s to understand context:

• Your microbiome is a metabolic ally—support it with real food diversity, fiber, and steady routines.
• “Sugar-free” isn’t automatically a free pass—especially if sweeteners become a daily, high-volume habit.
• The liver loves consistency: fewer ultra-processed “substitutes,” more simple food, movement, and sleep.

In short: we focus on the “why”—so we can choose the “what” wisely.

That’s exactly what a study published in The Journal of Physiology (University of Birmingham) set out to test: can everyday, flavanol-rich foods reduce the short-term vascular hit of uninterrupted sitting—even in physically fit people?

🍵🍫 What are flavanols (and why do they matter here)?

Flavonoids are a broad family of plant polyphenols found in fruits, vegetables, tea, cocoa, and many other foods. Flavanols are one specific subgroup of flavonoids (often called flavan-3-olsin scientific writing) —especially linked to tea and and cocoa. The best-known flavanols are catechin and epicatechin..

In simple terms: all flavanols are flavonoids, but not all flavonoids are flavanols..

🧪 How the study was done?

The researchers recruited 40 healthy young men, split into two groups: more “fit” and less “fit.” Each participant came to the lab twice. Before a two-hour, uninterrupted sitting period, they drank either:

• a high-flavanol cocoa drink, or
• a low-flavanol cocoa drink,

and then sat for two hours without breaks. The team measured blood vessel function before and after sitting using a standard test that shows how well an artery can “open up” when blood flow increases.

✅ What they found (and what “weakened blood vessel function” actually means)

When studies say “blood vessel function declined,” it does not mean something dramatic happened (like a heart attack) or that participants necessarily felt symptoms. It usually means something more subtle—but still important:

🔎 1) After sitting, arteries widened less than they did before

The researchers measured FMD (flow-mediated dilation)—a common ultrasound method that tests how much an artery expands when blood flow rises.
If FMD is lower after sitting, it means the artery is temporarily less able to relax and widen—in other words, less responsive.

🧠 2) It suggests the endothelium is under “sitting stress”

The endothelium is the inner lining of blood vessels and plays a key role in regulating circulation (including signals like nitric oxide that help vessels dilate). Prolonged sitting reduces and alters blood flow patterns—especially in the legs—so the endothelium receives weaker “healthy flow signals,” and its ability to trigger dilation can dip for a while.

🪑 3) Fitness alone didn’t fully protect against the sitting effect (without flavanols)

When participants drank the low-flavanol cocoa, FMD dropped after two hours of sitting—in both groups, including those who were very fit. In plain language: being fit is great for health, but it doesn’t make you immune to the short-term vascular effects of uninterrupted sitting.

🍫 4) With high-flavanol cocoa, that decline didn’t happen

When participants had the high-flavanol cocoa before sitting, the post-sitting drop in FMD was prevented—blood vessels maintained their ability to widen similarly to baseline. That’s the practical headline: flavanols may act like a simple nutritional “buffer” against sitting-related vascular sluggishness.

👉 Everyday analogy:
after prolonged sitting, your vessels can act like a rubber band that becomes a bit stiff —nothing breaks, but it doesn’t stretch as well. In this study, flavanols helped keep that “rubber band” more flexible.

🚫 What this does not mean?

• This was an acute experiment (two hours), so it shows short-term physiology—not long-term outcomes.
• Participants were healthy young men, so we shouldn’t automatically generalize to women, older adults, or people with chronic disease.
• Most importantly: flavanols don’t replace movement.

🛠How to apply this in real life (simple and doable)

If you know you’ll be sitting for a long stretch (travel, meetings, study blocks), try a mini-routine:

1) Stand up briefly ⏱️
Every ~45–60 minutes: stand for 1–3 minutes, take a few steps, stretch your legs.

2) Add flavanol-rich choices 🍵🫐🍎
Easy options:

• black or green tea
• berries
• an apple
• a quality cocoa drink (ideally with less sugar)

3) Not all cocoa is the same 🍫
Many cocoa products are processed in ways that reduce flavanol content and are often loaded with sugar. So think of cocoa as a functional beverage (quality + low added sugar), not as “a sweet treat disguised as health.”

Source:  Alessio Daniele, Samuel J. E. Lucas, Catarina Rendeiro. Dietary flavanols preserve upper‐ and lower‐limb endothelial function during sitting in high‐ and low‐fit young healthy males. The Journal of Physiology, 2025; DOI: 10.1113/JP289038

💚 THE HEALTH FORMULA – prevention begins with understanding

In The HEALTH FORMULA we aim for habits that are simple, sustainable, and intelligently combined:

• Movement is the foundation (break up sitting)
• Flavanols are smart support (tea, berries, apples, quality cocoa)
• Consistency of small habits creates the biggest long-term change

We don’t chase perfection—we build routines that bring the body back into balance.

Understand the “why,” then choose the “what.”

🌿 Why is tea medically interesting at all?

Tea from Camellia sinensis (green, black, oolong, white) contains meaningful amounts of polyphenols, especially catechins. These compounds are linked to key biological effects most often described in studies: modulation of inflammation, effects on glucose regulation and lipid metabolism, and potential benefits for endothelial function and the gut microbiome.

❤️🧠 What is regular tea drinking most often associated with?

Reviews and cohort studies most commonly connect habitual tea consumption with:

• cardiovascular support (more favorable blood pressure and lipid profile),
• better metabolic control and more favorable markers in obesity,
• lower risk of type 2 diabetes and certain cancers,
• neuroprotection (slower cognitive decline in some studies),
• better preservation of muscle function in older adults,
• anti-inflammatory and antimicrobial effects.

Important: in real life, the impact depends on the dose, overall diet, sleep, stress, and the broader “context” a person lives in — which is why tea should never be viewed in isolation.

🧃⚠️ “Modern teas”: when tea stops being a healthy habit

The key message is simple: the most consistent benefits are linked to traditional, freshly brewed tea, while bottled teas and bubble tea are often metabolically unfavorable because of:

• added sugar (or intense sweeteners),
• additives and flavorings,
• preservatives,
• higher overall caloric load.

In other words: a drink labeled “tea” can sometimes resemble a sweetened beverage more than a functional daily habit.

🧪 Quality, contaminants, and interactions — how much should we worry?

The literature also raises questions about raw material quality and potential contaminants (e.g., pesticide residues, heavy metals, microplastics). For most people, typical tea intake is not considered a significant risk, but the topic becomes more relevant for those who consume very large amounts for years or choose products of uncertain origin.

In practice, the more important issue is interactions with nutrient absorption:

• Tea can reduce absorption of non-heme iron (plant-based sources), which matters for iron deficiency or vegetarian/vegan diets.
• When there are specific nutritional needs, it can be helpful to separate tea from meals and supplements.

✅ How to drink tea so it works for you (5 simple rules)

1. 🫖 Choose freshly brewed tea (loose leaf or a quality tea bag) instead of bottled options.
2. 🚫🍬 No sugar — if it’s sweet, it’s essentially dessert in a cup.
3. ⚖️ Moderate and consistent — 1–3 cups daily is generally better than occasional extremes.
4. ⏱️ Timing matters — with low ferritin/anemia: drink tea between meals, not with iron-rich meals.
5. 🏷️ Quality and origin — reputable producers are your simplest safety checkpoint.

👥 Who should be especially cautious?

• People with iron deficiency/anemia or low ferritin,
• People on a vegetarian/vegan diet with borderline iron intake,
• Pregnant individuals and those with specific nutritional demands (individual approach),
• People who drink large amounts of tea daily.

 Conclusion

Tea can be a simple habit that supports long-term health — especially when it’s freshly brewed, sugar-free, and consumed in moderation. By contrast, “tea” drinks loaded with sugar and additives often cancel out what makes tea beneficial in the first place.

Source: Mingchuan Yang, Li Zhou, Zhipeng Kan, Zhoupin Fu, Xiangchun Zhang, Chung S. Yang. Beneficial health effects and possible health concerns of tea consumption: a review. Beverage Plant Research, 2025; 5 (1): 0 DOI: 10.48130/bpr-0025-0036

💚 THE HEALTH FORMULA – prevention begins with understanding

We don’t chase a “magic drink.” We build resilience through smart choices — quality, moderation, and context (nutrition, sleep, stress, movement). Tea can be a great ally — but the best results come when it fits into the whole.

In The HEALTH FORMULA, tea is a tool—not a solution — because health is built in the full picture.

❓ What did the study actually measure?

Researchers at the University of Oxford conducted a systematic review and meta-analysis (37 studies, 9,341 adults), tracking what happens after people discontinue weight-management medications.
📌 Average treatment duration was about 39 weeks, and follow-up after stopping was about 32 weeks.

📉 How fast does weight return?

✅ On average, people regained about 0.4 kg per month after stopping treatment.
Based on these trends, the authors estimate that body weight could return to pre-treatment levels within about 1.5–2 years.

⚠️ For newer, more potent therapies (semaglutide/tirzepatide), the available data suggest weight regain could be even faster — around 0.8 kg per month — with the important note that data beyond 12 months are limited.

❤️ What about the “health benefits” — sugar, blood pressure, lipids?

During treatment, cardiometabolic markers (HbA1c, glucose, blood pressure, cholesterol, triglycerides) typically improve.
❗ However, the authors estimate that these markers also often trend back toward baseline — approximately within ~1.4 years after discontinuation.

❓ Why is the rebound faster than after “classic” lifestyle weight loss?

The meta-analysis suggests that weight regain after stopping medication was faster than after completing diet/behavioral programs — by about 0.3 kg per month on average.

🧠 A practical interpretation: with dietary change and physical activity, people often “train” maintenance skills and routines. With medication, weight loss may occur without the same maintenance training. After discontinuation (when appetite and hunger signals return), the system may lack new habits strong enough to hold the result.

📌 Important: this is not “the drugs’ fault” — it’s a reminder that obesity is often a chronic, relapsing condition, not a short-term problem with a quick fix.

✅ What does this mean for patients (and anyone considering therapy)?

1. ❗ If you’re using GLP-1 therapy, the plan should include “what happens next.” Not because the medication “doesn’t work,” but because the body has built-in rebound mechanisms.
2. ⚠️ Don’t stop therapy on your own. Discontinuation and transition planning are medical decisions and should be guided by a clinician.
3. ✅ The best outcome is “medication + system.” Medication can create a powerful window of opportunity to build habits that remain even if the dose changes or therapy ends.

🔎 Study limitations (to be fair)

📌 The authors note that relatively few studies specifically tracked newer GLP-1 drugs, and post-cessation follow-up is often short (in some analyses up to 12 months), so some estimates rely partly on modeling.
✅ Still, multiple analytical approaches pointed to similar conclusions.

Source: Sam West, Jadine Scragg, Paul Aveyard, Jason L Oke, Lia Willis, Stella J P Haffner, Heather Knight, Danni Wang, Sarah Morrow, Laura Heath, Susan A Jebb, Dimitrios A Koutoukidis. Weight regain after cessation of medication for weight management: systematic review and meta-analysis. BMJ, 2026; 392: e085304 DOI: 10.1136/bmj-2025-085304

💚 THE HEALTH FORMULA  – How to Increase the Chances Your Results Last

These are the “pillars” that most often make the difference in long-term maintenance:

🥗 Protein + fiber first (satiety, muscle preservation, steadier glycemia)
💪 Strength training 2–3× per week (muscle acts as a metabolic “shock absorber” after discontinuation)
😴🧠 Sleep and stress management (hunger and food choices are extremely sensitive to sleep loss and chronic stress)
🗓️🏠 Meal planning + environment design (what’s at home, at work, and built into your routine)
📊 Trend tracking (weight/waist, glucose, lipids, blood pressure) — to react early, not after 8–10 kg comes back

🙂 It’s “boring,” but it works — and that’s exactly why many people skip it.
🚀 Medication can be a strong “starter motor,” but in the long run, the system wins.

For nearly six decades, measuring blood cholesterol has been considered the gold standard for assessing the risk of heart disease. However, modern science shows that this approach is often not precise enough.

A large study conducted in more than 200,000 people, led by researchers from Chalmers University of Technology and Harvard University, delivers an important message:

👉 The number of cholesterol-carrying particles is more important than the total amount of cholesterol itself.

In other words, what matters is not how much cholesterol you have, but how many “carriers” of that cholesterol are circulating in your blood vessels.

Heart disease – the silent killer of modern society

According to data from the World Health Organization (WHO), cardiovascular diseases are the leading cause of death worldwide. A large proportion of these deaths could be prevented through early risk detection and simple preventive measures.

The problem is that in a significant number of people, risk is not recognized in time, because standard lipid profiles may appear “acceptable.”

“Good” and “bad” cholesterol – but that’s not the whole story

Cholesterol is essential for the body: it plays a role in cell structure and hormone synthesis. However, when present in excess, it accumulates in the walls of blood vessels and forms atherosclerotic plaques. If a plaque ruptures, it can lead to a heart attack or stroke.

Cholesterol does not travel alone. It is transported through the bloodstream by lipoproteins.

Three main atherogenic classes of lipoproteins — VLDL, IDL, and LDL — carry apolipoprotein B (apoB). Because each of these particles contains exactly one apoB molecule, measuring apoB accurately reflects the total number of all “bad” particles that can damage blood vessels.

Why is apoB a more precise risk marker?

Traditional testing measures the amount of cholesterol, but not the number of particles that carry it .And each of these particles has the potential to become trapped in the arterial wall.

Research has shown that:

• apoB is the single best marker of cardiovascular risk
• because it directly reflects the total number of atherogenic (harmful) particles

👉 Two individuals may have the same level of “bad cholesterol,” but a different number of apoB particles — and therefore a different risk of heart attack.

📊 What are the desirable apoB values?

To make this information truly useful, it is important to know what is considered optimal and what indicates increased risk.

Recommended target apoB values:

• < 100 mg/dL – low cardiovascular risk
• < 90 mg/dL – moderate risk
• < 80 mg/dL – optimal, preventive target (recommended for most adults)
• < 65–70 mg/dL – high or very high risk (diabetes, previous heart attack, metabolic syndrome)

Clarification:
Lower apoB values always mean lower risk.
The difference lies only in how low apoB should be, depending on an individual’s overall cardiovascular risk.

📌 Important to know:
In approximately 1 out of 12 people, standard cholesterol testing underestimates the true risk, while apoB clearly reveals the real situation. This is clinically crucial, since 20–40% of first cardiovascular events are fatal.

Another important player: lipoprotein(a)

The study also highlighted the importance of lipoprotein(a) — a specific, genetically determined form of “bad cholesterol.”

How are lipoprotein(a) levels interpreted?

• < 30 mg/dL – desirable level
• 30–50 mg/dL – moderate risk
• > 50 mg/dL – significantly increased cardiovascular risk
• > 90–100 mg/dL – high genetic risk

⚠️ Lipoprotein(a):

• is usually measured once in a lifetime
• does not respond significantly to diet
• requires stricter target levels for apoB and LDL cholesterol

If Lp(a) is elevated, the target apoB level should be even lower, even in individuals without other risk factors.

Good news: the test is simple and accessible

Tests for apoB and lipoprotein(a):

• are performed from a standard blood sample
• are already available in laboratories
• are financially affordable
• can easily be implemented in routine preventive testing

Experts even predict that apoB may eventually replace traditional cholesterol testing as the standard risk marker.

What does this mean for you – in practice?

If you:

• have a family history of heart disease
• have excess body weight, insulin resistance or metabolic syndrome   
• have “normal” cholesterol but experience symptoms or fatigue
• want true prevention, not just “good numbers”

👉 apoB and lipoprotein(a) provide a deeper and more realistic picture of your cardiovascular risk.

Source: Jakub Morze, Giorgio E M Melloni, Clemens Wittenbecher, Mika Ala-Korpela, Andrzej Rynkiewicz, Marta Guasch-Ferré, Christian T Ruff, Frank B Hu, Marc S Sabatine, Nicholas A Marston. ApoB-containing lipoproteins: count, type, size, and risk of coronary artery disease. European Heart Journal, 2025; DOI: 10.1093/eurheartj/ehaf207

💚 THE HEALTH FORMULA – prevention begins with understanding

In the HEALTH FORMULA approach, health is not reduced to a single test or a single number.
We assess functional risk, interpret results in the context of lifestyle, metabolism, and genetics — and act before disease develops.

👉 Health is built through knowledge. Vitality is preserved through prevention. And true risk becomes visible only when we look beneath the surface.

That is the essence of THE HEALTH FORMULA 💚

A large new study published in Neurology shows that people with chronic insomnia have a 40% higher risk of developing dementia or mild cognitive impairment over their lifetime.
Not only that — brain scans of people with insomnia showed structural changes similar to early-stage Alzheimer’s disease.

What exactly counts as chronic insomnia?

• sleep problems at least 3 nights per week
• lasting 3 months or longer

The Mayo team emphasizes: this is not “just a bad period in life” — it is a chronic condition that changes how the brain ages.

Key Findings of the Study

The study followed 2,750 older adults (average age 70) over 5.6 years.

The following results were recorded:

1) 40% higher risk of dementia

People with chronic insomnia were significantly more likely to develop:

• mild cognitive impairment (MCI)
• dementia
  compared to people who sleep normally.

2) Faster cognitive aging — equivalent to being 3.5 years older

Thinking and memory declined faster in those with insomnia — the rate of brain aging accelerated by 3.5 years.

3) Insomnia is accompanied by brain changes

MRI and PET scans revealed:

• more white matter hyperintensities (small vessel damage),
• increased accumulation of amyloid plaques — a hallmark of Alzheimer’s.

4) People who slept less than usual had the worst outcomes

This group showed:

• cognition similar to people 4 years older,
• more white matter damage,
• more amyloid — similar to individuals with the APOE ε4 gene (a strong risk marker for Alzheimer’s).

5) Sleeping more than usual — an interesting observation

People who recently slept more than usual actually had fewer vascular changes in the brain.
This raises the question: is the brain trying to “repair itself” by increasing sleep needs?

Who Is Especially at Risk?

People who carry the APOE ε4 gene showed the fastest decline in memory and processing speed.
The combination of genetics + poor sleep had the strongest negative effect.

What Do These Findings Mean for Our Health?

The study does not claim that insomnia causes dementia.
But the association is unmistakable:

• poor sleep → impaired brain repair → inflammation, vascular damage, amyloid buildup
• long term → faster brain aging + higher dementia risk

In other words:
👉 Sleep is just as important as nutrition, physical activity, and mental stimulation.
👉 People who sleep poorly experience accelerated brain aging.

Conclusion: Sleep Is the Most Underrated Guardian of the Brain

The Mayo Clinic study clearly shows:

👉 Insomnia is not just unpleasant — it changes the structure and function of the brain.
👉 Over time, it leads to faster aging, cognitive decline, and a higher risk of dementia.

The good news?
Sleep can be improved — and with it, the risk can be reduced.

Source: Diego Z. Carvalho, Bhanu Prakash Kolla, Stuart J. McCarter, Erik K. St. Louis, Mary M. Machulda, Scott A. Przybelski, Angela J. Fought, Val J. Lowe, Virend K. Somers, Bradley F. Boeve, Ronald C. Petersen, Clifford R. Jack, Jonathan Graff-Radford, Andrew William Varga, Prashanthi Vemuri. Associations of Chronic Insomnia, Longitudinal Cognitive Outcomes, Amyloid-PET, and White Matter Changes in Cognitively Normal Older Adults. Neurology, 2025; 105 (7) DOI: 10.1212/WNL.0000000000214155

How THE HEALTH FORMULA Views This Problem

In the FORMULA ZDRAVLJA approach, sleep is one of the fundamental pillars of vitality.
When we sleep better, the entire body returns to homeostasis.

Here’s what you can start implementing:

1. Establish a consistent sleep ritual

• go to bed by 11 p.m.
• warm lighting in the evening
• no screens for at least an hour before bedtime

2. Magnesium 300–400 mg before bed

Bisglycinate or threonate — reduces tension and improves deep sleep phases.

3. Omega-3 (1000–2000 mg)

Neuroprotection + mood stabilization.

4. Rapid correction of vitamin D the result of daily habits and wise choices!

Low vitamin D = poor sleep + higher risk of cognitive decline.

5. Screening for sleep apnea

Many people have “silent apnea” without knowing it.

6. Moderate physical activity

An afternoon walk significantly improves sleep quality.

7. Calming the nervous system

• 4-7-8 breathing
• 10 minutes of meditation
• light evening walks

8. Eliminating “toxic” habits

Alcohol, late meals, blue light — all suppress melatonin.

Because disease prevention is not a luxury — it is the result of daily habits and wise choices!

While many people turn to melatonin, herbal teas, meditation, or white noise to get better rest, this new study suggests that the answer might be much simpler — and already in your kitchen..

Diet and Sleep: A Two-Way Street

We already know that poor sleep drives people toward unhealthier food choices — more sugar, fat, and processed meals.
But much less was known about the reverse: how diet influences sleep quality.

This research was the first to show that fruit and vegetable intake can have a same-day, measurable effect on sleep depth and stability.
Participants logged their meals in a smartphone app and wore wrist sensors that recorded how often they woke up or shifted between light and deep sleep during the night — a measure called sleep fragmentation.

Results That Wake Up Attention

The results were clear:
People who ate more fruits, vegetables, and complex carbohydrates (like whole grains) experienced longer periods of deep, uninterrupted sleep.

Those who met the CDC recommendation of five daily servings of fruits and vegetables saw a 16% improvement in sleep quality compared to those who ate none.

“A sixteen percent difference is huge,” said Dr. Esra Tasali, Director of the UChicago Sleep Center. “It’s remarkable that such a meaningful change can be observed in less than 24 hours.”

How Fruits and Vegetables Help You Sleep

Researchers suggest that the mechanism is multifactorial:

• Antioxidants and phytonutrients reduce inflammation that interferes with restorative sleep.
• Magnesium, potassium, and B vitamins promote muscle relaxation and melatonin production.
• Complex carbohydrates stabilize blood glucose levels and support the natural transition into deep sleep.

What This Means for You?

The good news: you don’t need a strict diet — just more color on your plate.
Add fruit to your breakfast, a salad to your lunch, or a handful of berries as an afternoon snack.
Small changes can bring measurable results.

“People always ask what they can eat to sleep better,” said Dr. Marie-Pierre St-Onge of Columbia University.
“Now we know — small adjustments can make a big impact. Better sleep is within your control.”

Izvor: Hedda L. Boege, Katherine D. Wilson, Jennifer M. Kilkus, Waveley Qiu, Bin Cheng, Kristen E. Wroblewski, Becky Tucker, Esra Tasali, Marie-Pierre St-Onge. Higher daytime intake of fruits and vegetables predicts less disrupted nighttime sleep in younger adults. Sleep Health, 2025; 11 (5): 590 DOI: 10.1016/j.sleh.2025.05.003

That’s why THE HEALTH FORMULA...

These results perfectly aligns with The HEALTH FORMULA approach:
sleep, nutrition, and recovery are inseparable pillars of long-term wellness.
Kada telu dajemo ono što mu zaista treba – ono uzvraća mirom, snagom.

Health is not a privilege — it’s built by your daily routine!      

Children’s Exposure to Plastics – The Silent Trigger Behind Obesity, Infertility, and Asthma

According to The Lancet Child & Adolescent Health, children are particularly vulnerable because their nervous and hormonal systems are still developing.
Chemicals such as phthalates, bisphenols (BPA, BPS), and PFAS act as endocrine disruptors — imitating or blocking natural hormones and disrupting the body’s delicate biochemical balance.

The long-term effects include:

• impaired growth and development,
• hormonal imbalance,
• increased risk of obesity and insulin resistance,
• reduced fertility in both sexes,
• neurotoxicity and cognitive decline.

Bottled Water – A Hidden Threat in Every Sip

Researchers from Concordia University warn that bottled water drinkers ingest up to 90,000 more microplastic particles per year than those who drink tap water.
These invisible particles can pass biological barriers, accumulate in tissues, and cause chronic inflammation, oxidative stress, and hormonal disruption.

Although the full long-term effects of microplastic exposure remain unclear, strong evidence links it to:

• immune and inflammatory imbalance,
• liver and kidney dysfunction,
• hormonal and metabolic disorders,
• neurological and cognitive issues.

How to Reduce Microplastic Exposure

• Use glass or stainless steel bottles instead of plastic.
• Avoid microwaving food in plastic or washing plastic containers in dishwashers.
• Never store bottled water in hot environments or direct sunlight.
• Choose cosmetics free of phthalates and parabens.
• Drink tap water when safe — it’s often under stricter regulation than bottled water.

Source: Sarah Sajedi, Chunjiang An, Zhi Chen. Unveiling the hidden chronic health risks of nano- and microplastics in single-use plastic water bottles: A review. Journal of Hazardous Materials, 2025; 495: 138948 DOI: 10.1016/j.jhazmat.2025.138948

That’s why THE HEALTH FORMULA...

That’s why The HEALTH FORMULA isn’t just a philosophy — it’s a structured system for restoring the body’s natural balance.
Every day, we unknowingly absorb toxins from water, food, plastics, and air.
The first step is awareness; the second is action — eliminating what harms us and strengthening our body’s detox and repair systems.

Within the FORMULA ZDRAVLJA framework, we support the body’s natural detoxification, regeneration, and hormonal harmony, helping each cell return to its optimal rhythm.
Because true health isn’t the absence of disease — it’s the harmony between cell, body, and mind.