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I. Introduction — Medications vs. Lifestyle in Ischemic Preconditioning
Yesterday, we talked about the confusing relationship between prescription medications and ischemic preconditioning (IPC) — the body’s built-in way of protecting itself from future injury.
IPC works like this: when tissues experience brief, harmless periods of reduced blood flow (ischemia) followed by restoration (reperfusion), they become more resistant to a later, more serious ischemic event — like a heart attack or stroke. Think of it as a cellular practice drill for survival.
But the story gets complicated when medications enter the picture.
Some drug classes — like β-blockers, sulfonylureas, and certain nitrates — can blunt IPC’s protective effect by interfering with the same molecular pathways the body uses to trigger preconditioning. Others, like ACE inhibitors or statins, sometimes enhance IPC, but only under specific conditions, doses, or durations. The result? A confusing mix of findings across studies.
That’s why relying on prescription drugs to improve IPC is unpredictable — the effects depend on the type of drug, timing, and individual health status.
But what if there’s a simpler, more reliable way to strengthen the body’s natural defense system?
What about lifestyle?
Our latest research shows that while medications produce mixed results, lifestyle interventions consistently enhance ischemic preconditioning. Exercise, diet, stress management, and sleep all improve the body’s ability to precondition itself — helping it withstand physical and metabolic stress. Unlike drugs, lifestyle works every time and across multiple organs, not just the heart.
In this article, we’ll explore how lifestyle becomes the most dependable form of preconditioning — one that you can activate every day, without a prescription.
II. What Is Ischemic Preconditioning (IPC)?
Imagine your body running a fire drill.
For a few minutes, the oxygen supply to a tissue briefly drops — not long enough to cause damage, but enough to alert every cell that something serious could happen next. When blood flow returns, those cells don’t just relax; they learn. They activate protective genes, build stronger mitochondria, and prepare antioxidant defenses so they can survive a future, real emergency.
That rehearsal process is called ischemic preconditioning (IPC).
🔬 How It Works in Simple Terms
- Step 1 – Short, safe ischemia: Blood flow is briefly reduced or blocked.
- Step 2 – Reperfusion: Flow is restored, bathing the tissue with oxygen again.
- Step 3 – Adaptation: The stress triggers molecular signals — adenosine, nitric oxide, and protective enzymes — that make cells tougher against future oxygen deprivation.
- Result: When a major ischemic event occurs later (for example, a heart attack or stroke), the preconditioned tissue suffers far less damage.
🫀 Where It Matters
First discovered in cardiac research during the 1980s, IPC has since been observed in heart, brain, skeletal muscle, kidney, and liver.
Surgeons and sports scientists have even used “remote IPC,” where brief blood-flow restriction in a limb (using a cuff or band) can protect distant organs.
💡 Analogy
Think of IPC as vaccination for your cells. Instead of an injected antigen, the “dose” is mild stress — exercise, temperature changes, fasting, or brief oxygen shortage — teaching your body how to resist greater stress later.
⚙️ The Bottom Line
IPC shows that the human body isn’t passive in the face of danger. It’s programmable. And that raises an exciting question: If brief, controlled stress can harden our cells against future injury…
Could our daily habits — our lifestyle — act as natural, built-in preconditioning?
III. Why Medications Have an Inconsistent Relationship with IPC
In theory, medications should help protect the heart and other organs from damage.
But when it comes to ischemic preconditioning (IPC), prescription drugs often send mixed signals.
That’s because many medications act on the same cellular pathways that IPC uses to trigger protection — and depending on the drug type, dose, and duration, they can either enhance, mimic, or block that natural process.
⚖️ The Three-Way Effect of Medications on IPC
- Some medications blunt IPC
- β-blockers, used for hypertension and heart disease, can dampen the sympathetic response needed to trigger IPC’s protective enzymes.
- Sulfonylureas, a class of diabetes drugs, block K<sub>ATP</sub> channels — one of the key molecular “switches” that IPC uses to protect heart cells.
- Chronic nitrate therapy, while improving blood flow in the short term, may reduce IPC’s effectiveness by keeping nitric oxide pathways constantly “on,” leaving cells less responsive to future stress.
- Some medications enhance or mimic IPC
- ACE inhibitors and angiotensin receptor blockers (ARBs) sometimes boost endothelial function and nitric oxide availability, which can support IPC.
- Statins and metformin have shown IPC-like effects in some studies — improving mitochondrial resilience and reducing oxidative stress.
- However, these benefits vary greatly between individuals and depend on whether the drugs are used acutely or chronically.
- Some medications cancel out each other’s effects
- When multiple drugs act on overlapping signaling pathways, their combined effect becomes unpredictable.
- For example, a patient taking both a β-blocker and nitrate may experience diminished IPC protection despite improvements in blood pressure or chest pain control.
🧩 Why the Results Are Confusing
The inconsistency comes down to timing and context.
IPC is a short-term adaptive process — it depends on transient, controlled stress. Medications, on the other hand, are often chronic and continuous.
When the body’s “stress alarms” are constantly suppressed or stimulated, it can’t rehearse the protective response that IPC depends on.
🩺 The Clinical Dilemma
Physicians and researchers face a paradox:
- The same drugs that save lives after heart attacks may interfere with the body’s ability to prepare for one.
- Stopping those drugs isn’t an option — but it highlights an important point: we cannot depend on medications alone to maintain IPC capacity.
And that leads us to the more reliable side of the story — the one that works consistently across all organs and all ages:
Lifestyle.
IV. Lifestyle: The Consistent Enhancer of Ischemic Preconditioning (IPC)
If medications send mixed signals to the body’s preconditioning system, lifestyle sends only one message — “Get stronger.”
Every healthy habit you practice — moving more, eating well, sleeping deeply, managing stress — creates mild, controlled stress on your cells. That stress, followed by recovery, trains your tissues to adapt. Over time, your body becomes better at handling oxygen shortages, inflammation, and metabolic strain.
That’s exactly what ischemic preconditioning (IPC) is all about.
💪 1. Exercise — The Most Reliable Preconditioner
Among all lifestyle factors, physical activity has the strongest and most consistent effect on IPC.
- In a landmark study, veteran athletes in their 60s who had exercised regularly for over 20 years maintained strong IPC protection in their blood vessels. Meanwhile, age-matched sedentary men lost that protection entirely.
- Exercise promotes the same signals used in IPC — increased nitric oxide, activation of K<sub>ATP</sub> channels, and stronger mitochondrial defenses.
- Even short bouts of exercise (like interval training or brisk walking) act as repeated “mini-preconditioning” sessions that keep your body ready for stress.
In short: Exercise keeps your preconditioning system alive.
Sedentary living, on the other hand, lets it fade away.
🥦 2. Nutrition — Fueling the Endothelium and Mitochondria
A diet rich in whole foods — fruits, vegetables, legumes, nuts, fish, and minimal refined sugar — supports endothelial and mitochondrial function.
These are the same systems IPC relies on to trigger protection.
- Antioxidant-rich foods (berries, green tea, cruciferous vegetables) protect the nitric oxide pathway from oxidative damage.
- Omega-3 fatty acids improve endothelial flexibility and blood flow.
- Stable blood sugar helps maintain mitochondrial efficiency — key for IPC to work properly.
Crash diets, sugar spikes, and ultra-processed foods do the opposite — they create inflammation and blunt your body’s preconditioning ability.
😴 3. Sleep and Recovery — When Adaptation Happens
Preconditioning doesn’t just happen during stress — it happens during recovery.
Deep sleep is when the body rebuilds mitochondria, clears oxidative byproducts, and resets hormonal balance.
Studies show that sleep deprivation weakens vascular responsiveness and oxidative stress defense — two pillars of IPC.
So if you’re working out or eating well but not sleeping enough, your “cellular rehearsal” remains incomplete.
🧘♂️ 4. Stress Management — Calming the Overactive System
Chronic emotional stress keeps the body in fight-or-flight mode, flooding tissues with cortisol and catecholamines. That chronic stimulation desensitizes the same receptors IPC uses to mount protective responses.
Practices like meditation, prayer, controlled breathing, or mindfulness restore balance to the autonomic nervous system.
By reducing baseline stress, they allow the body to respond appropriately to acute stress — a key condition for IPC to work effectively.
🩸 5. Metabolic Health — The Foundation of Cellular Resilience
Insulin resistance, chronic inflammation, and visceral fat all blunt IPC.
They impair nitric oxide signaling, reduce mitochondrial quality, and block the same protective enzymes triggered by preconditioning.
Conversely, lifestyle habits that improve insulin sensitivity — like morning exercise, balanced meals, and time-restricted eating — restore these adaptive responses.
That’s why improving metabolic health often restores IPC capacity even in people with hypertension or diabetes.
🌱 The Big Picture
Unlike medications, which can interfere or compete with IPC’s molecular pathways, lifestyle amplifies them in harmony.
Every positive habit — exercise, nutritious eating, deep sleep, emotional calm — adds another layer of conditioning.
It’s the biological version of compound interest:
Each day you invest in your health, your cells become stronger and more resilient to future stress.
V. Evidence That Lifestyle Enhances Ischemic Preconditioning (IPC)
Scientific evidence strongly supports the idea that lifestyle consistently enhances IPC, while medications give mixed results.
Let’s look at what researchers have discovered about how regular activity, nutrition, and metabolic health strengthen the body’s natural preconditioning response.
🏃♂️ 1. Lifelong Exercise Preserves IPC
A key study from The Journal of Physiology examined healthy men in their 60s who had been physically active for more than 20 years — compared with sedentary men of the same age.
After inducing a brief, harmless period of reduced blood flow in the arm (a standard IPC test), the researchers found:
- The veteran athletes maintained strong endothelial protection after IPC.
- The sedentary men lost the ability to mount that protective response.
📖 Reference: Maessen M. F. H. et al., “Impact of lifelong exercise training on endothelial ischemia/reperfusion in humans.” The Journal of Physiology, 2017; 595(22):3293–3304.
🔗 PubMed link
Interpretation:
Regular exercise doesn’t just keep you fit — it keeps your IPC system alive.
Years of physical activity train your blood vessels and mitochondria to anticipate stress, ensuring that your cells stay ready for oxygen deprivation events like a heart attack or stroke.
💓 2. Exercise-IPC Synergy Improves Blood Pressure and Performance
A 2024 study in Frontiers in Physiology combined IPC sessions with aerobic exercise.
Participants who underwent both interventions showed:
- Lower resting and nighttime systolic blood pressure,
- Improved vascular reactivity, and
- Enhanced exercise performance.
📖 Reference: Frontiers in Physiology, 2024; “Ischemic Preconditioning Combined with Aerobic Training Improves Blood Pressure and Sleep Cardiovascular Control.”
🔗 Full text
Interpretation:
Exercise and IPC share overlapping mechanisms — both activate nitric oxide pathways and improve endothelial function. When done together, their effects multiply, creating a stronger, more adaptive cardiovascular system.
🧬 3. Lifestyle Preconditioning Across Organs
Animal and human research shows that non-exercise lifestyle factors — like mild caloric restriction, intermittent fasting, heat exposure, or cold therapy — also trigger IPC-like responses.
- Caloric restriction increases mitochondrial efficiency and reduces oxidative stress — both essential for IPC signaling.
- Heat therapy (sauna) and cold exposure act as controlled stressors that activate protective proteins (heat-shock proteins, antioxidant enzymes) similar to those seen in IPC.
- Intermittent fasting improves insulin sensitivity and endothelial health, enhancing cellular resilience to ischemia.
📖 Reference: Marocolo M. et al., “Potential Short- and Long-Term Physiological Effects of Ischemic Preconditioning as an Ergogenic Aid.” Sports Medicine, 2025; 55:1547–1557.
🔗 Springer link
Interpretation:
The pattern is clear: whenever the body experiences mild, reversible stress followed by recovery — whether through exercise, fasting, or heat — IPC-related protective systems are activated.
🔄 4. Repeated Mild Stress Builds Lasting Protection
One-off interventions (like a single IPC session) provide short-term benefits.
But consistent lifestyle practices — daily exercise, balanced nutrition, restorative sleep — build chronic preconditioning.
This means the body no longer needs a cuff or clinical stimulus to protect itself; your daily habits become your conditioning tool.
📖 Reference: O’Brien L. et al., “Potential Physiological Responses Contributing to the Ergogenic Effect of Ischemic Preconditioning.” Frontiers in Physiology, 2022; 13:1051529.
🔗 Full text
Interpretation:
Lifestyle turns IPC from a laboratory procedure into a way of life — one that strengthens every organ system through routine, not intervention.
📊 Summary Table – Lifestyle vs. IPC Outcomes
| Lifestyle Factor | IPC Mechanism Supported | Key Outcomes |
|---|---|---|
| Regular Exercise | Nitric oxide release, K<sub>ATP</sub> activation | Preserved endothelial IPC response |
| Balanced Diet | Reduced oxidative stress, improved mitochondria | Stronger vascular adaptation |
| Sleep & Recovery | Hormonal reset, antioxidant regeneration | Improved reperfusion tolerance |
| Stress Control | Restored autonomic balance | Enhanced responsiveness to acute stress |
| Fasting / Heat / Cold | Repeated mild stress signaling | Systemic resilience and IPC-like benefits |
🧩 Takeaway
Across studies, lifestyle interventions always enhance IPC.
They don’t depend on dosage or drug interactions.
They work in the young and old, in athletes and patients alike.
In short:
Lifestyle is nature’s most reliable ischemic preconditioning protocol.
VI. Mechanisms: How Lifestyle Strengthens the IPC Pathways
Ischemic preconditioning (IPC) is not magic — it’s cellular training.
The same molecular machinery that gets activated by brief ischemia is also switched on by the right lifestyle choices.
That’s why regular exercise, healthy food, deep sleep, and controlled stress don’t just support IPC — they amplify it.
Here’s how.
⚡ 1. Mitochondrial Rejuvenation — The Powerhouse Gets Smarter
The mitochondria — your cells’ energy factories — are central to IPC.
During mild stress (like brief oxygen shortage or exercise), mitochondria temporarily reduce activity and start producing protective enzymes and antioxidant proteins.
Lifestyle replicates that same beneficial stress:
- Exercise increases mitochondrial density and efficiency, improving oxygen use.
- Intermittent fasting stimulates mitophagy — the recycling of damaged mitochondria — creating a more resilient energy network.
- Sleep restores mitochondrial function by clearing oxidized byproducts and replenishing ATP stores.
Together, these actions make your mitochondria behave as if they’ve been “preconditioned” daily.
💨 2. Nitric Oxide and Endothelial Function — The Gateway to IPC
The endothelium, the thin lining of blood vessels, plays a key role in triggering IPC.
When blood flow briefly drops and returns, endothelial cells release nitric oxide (NO) — a molecule that dilates blood vessels, improves circulation, and communicates protective signals to nearby tissues.
Lifestyle habits that enhance nitric oxide production include:
- Aerobic and resistance exercise
- Leafy green vegetables and beets (rich in nitrates)
- Avoiding smoking and excess sugar, which destroy NO availability
When nitric oxide levels are healthy, the “on switch” for IPC stays functional.
That’s why people with better vascular health respond more strongly to preconditioning stimuli.
🔬 3. The K<sub>ATP</sub> Channel and “Smart Stress”
A crucial player in IPC is the mitochondrial K<sub>ATP</sub> channel — a microscopic gate that helps balance the cell’s energy supply during stress.
When this channel opens, it prevents calcium overload, reduces oxidative damage, and signals the cell to enter protection mode.
Lifestyle naturally activates this same channel:
- Exercise and fasting mildly lower cellular ATP levels, prompting protective K<sub>ATP</sub> opening.
- Certain dietary compounds (like polyphenols in green tea or cocoa) enhance this mechanism.
- In contrast, some medications — especially sulfonylureas — block this pathway, preventing IPC.
So, by living actively and eating well, you keep this cellular defense gate responsive.
🧘 4. Hormesis — The “What Doesn’t Kill You” Principle
Every effective lifestyle intervention shares one quality: hormesis.
Hormesis means applying just enough stress to trigger adaptation — not too much to harm, and not too little to stagnate.
Examples:
- Moderate exercise → oxidative burst → antioxidant upregulation
- Caloric restriction → metabolic stress → enhanced repair
- Heat or cold exposure → thermal stress → increased protein stability
This mild, repeated stress is identical in spirit to IPC’s ischemia-reperfusion training.
It’s how your body learns resilience.
🔄 5. Reduced Chronic Inflammation — Clearing the Signal Pathway
Inflammation acts like background noise, drowning out IPC’s protective signals.
Lifestyle quiets that noise:
- Exercise lowers inflammatory cytokines like TNF-α and IL-6.
- Whole-food diets reduce gut-derived endotoxins that damage endothelial cells.
- Sleep and stress control normalize cortisol and sympathetic activity, restoring balance.
When chronic inflammation subsides, IPC’s cellular messages can be transmitted cleanly and effectively.
🧩 6. Antioxidant and Gene Activation — The Master Switches
IPC activates protective genes — such as Nrf2, which boosts antioxidant production and detoxification enzymes.
Interestingly, so do lifestyle factors:
- Exercise and intermittent fasting both activate Nrf2.
- Polyphenols (quercetin, curcumin, resveratrol) stimulate the same pathway.
- Even deep sleep enhances antioxidant gene expression.
These shared mechanisms mean lifestyle and IPC speak the same molecular language — one that spells survival.
🧠 Summary Analogy
Think of your body as a symphony orchestra.
- IPC is the emergency performance — fast, coordinated, and lifesaving.
- Lifestyle is the daily rehearsal that keeps every instrument in tune.
Without rehearsal, the performance fails when the crisis comes.
With it, every cell knows its part.
📊 Key Mechanistic Overlaps Between Lifestyle and IPC
| Mechanism | Triggered by IPC | Triggered by Lifestyle | Result |
|---|---|---|---|
| Nitric Oxide Release | Ischemia/Reperfusion | Exercise, diet | Vascular dilation & protection |
| Mitochondrial Adaptation | Energy stress | Exercise, fasting, sleep | Improved energy efficiency |
| K<sub>ATP</sub> Activation | Transient ATP drop | Exercise, fasting | Reduced cell damage |
| Antioxidant Upregulation | ROS burst | Hormetic stress, Nrf2 activation | Lower oxidative injury |
| Anti-inflammatory Response | Reperfusion signal | Whole foods, recovery, stress reduction | Improved healing |
| Gene Reprogramming | HIF-1, Nrf2, eNOS | Exercise, fasting, polyphenols | Long-term resilience |
🔎 Takeaway
Lifestyle doesn’t just “support” IPC — it duplicates and strengthens its molecular code.
By living well, you trigger your body’s preconditioning genes every single day, building a stronger defense system for the moments that matter most.
VII. Practical Applications — Training Your IPC System Naturally
You don’t need a laboratory cuff or medical device to strengthen your body’s ischemic-preconditioning (IPC) response.
Everyday behaviors can mimic the same “stress-and-recover” cycles that make your cells tougher.
Here’s how to train your IPC system safely and sustainably.
🏃 1. Regular Exercise — Your Daily Preconditioning Drill
Exercise is the most powerful natural IPC stimulus.
- Do it often: 150 minutes per week of moderate aerobic activity — brisk walking, cycling, swimming — plus 2 sessions of resistance training.
- Vary the intensity: Include short bursts (20–60 seconds) of higher effort once or twice a week to simulate brief ischemic stress followed by recovery.
- Start where you are: Even light daily movement activates endothelial and mitochondrial pathways similar to IPC.
Think of every workout as a mini-drill for your blood vessels and mitochondria.
⏰ 2. Intermittent Fasting and Meal Timing — Metabolic Preconditioning
Short, controlled fasts give your metabolism a break and recreate the mild stress IPC uses to trigger adaptation.
- Begin gently: Try a 12-hour overnight fast (finish dinner by 7 p.m., eat breakfast at 7 a.m.).
- Progress slowly: Extend to 14–16 hours a few days per week if tolerated.
- Stay hydrated and eat whole foods during eating windows to maintain nutrient quality.
This periodic “fuel scarcity” enhances mitochondrial efficiency and insulin sensitivity — both vital for IPC responsiveness.
🌡️ 3. Sauna or Cold Exposure — Thermal Preconditioning
Alternating heat and cold safely stresses the vascular and antioxidant systems.
- Sauna: 2–3 sessions per week, 10–20 minutes each, followed by gradual cooling.
- Cold showers or short immersions: 30–60 seconds at tolerable cold, then re-warm.
These exposures increase nitric-oxide release, activate heat-shock proteins, and improve circulation — the same protective molecules seen in IPC research.
Always check with your physician if you have cardiovascular disease or blood-pressure instability.
😴 4. Sleep and Recovery — Where Adaptation Takes Hold
The benefits of IPC-like stress appear only if recovery follows.
- Aim for 7–9 hours of consistent, high-quality sleep.
- Keep a dark, cool, quiet room; avoid caffeine late in the day.
- Include rest days between strenuous workouts so the protective genes activated by mild stress can consolidate.
Without rest, preconditioning turns into over-stress.
🩸 5. Metabolic Health Maintenance — The Foundation of Resilience
IPC depends on healthy blood vessels and mitochondria.
- Keep blood sugar, blood pressure, and waist circumference in check.
- Favor fiber-rich, unprocessed foods and moderate alcohol.
- Regular physical activity and sleep together restore nitric-oxide balance and lower inflammation.
Stable metabolism keeps your “cellular rehearsal system” switched on year-round.
⚖️ Progressive, Safe, and Sustainable
Preconditioning thrives on consistency, not extremes.
Start small, let adaptation build, and remember that more stress is not better—recovery completes the cycle.
The safest path:
- Move daily.
- Eat real food, at regular times.
- Sleep and recover deeply.
- Add heat or cold only when you’re comfortable with steps 1–3.
VIII. Conclusion — The Reliable Form of Preconditioning
The science of ischemic preconditioning (IPC) teaches a powerful lesson:
the human body can train itself to survive stress — if given the right signals.
For decades, researchers have tried to capture IPC’s benefits through pills, injections, or medical devices.
Yet the results remain inconsistent, because medications can enhance, mimic, or block IPC depending on their class, dosage, and timing.
Lifestyle, on the other hand, speaks the body’s native language — stress, recovery, and adaptation.
When you move regularly, eat well, sleep deeply, and manage stress, you’re not just improving fitness or energy levels.
You’re activating the same cellular pathways that make the heart, brain, muscles, and blood vessels more resilient to injury.
Your mitochondria learn efficiency.
Your endothelium releases nitric oxide more readily.
Your antioxidant and repair systems stay on standby.
Every walk, every night of good sleep, every mindful meal becomes a gentle “practice drill” for your body’s defense network — a form of daily ischemic preconditioning.
🌱 A New Way to See Health
Health isn’t about avoiding stress entirely — it’s about training your body to handle it better.
Short, controlled challenges (exercise, fasting, heat, cold) followed by recovery make you stronger, not weaker.
This is the essence of IPC — and of healthy living.
💡 The Takeaway
While medications can be unpredictable partners in IPC, lifestyle is consistently reliable.
It doesn’t depend on dose or duration.
It never cancels out its own effects.
And it improves every other system along the way.
Drugs can alter the preconditioning code.
Lifestyle rewrites it for resilience.
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References:
- Abete, P., et al. “Exercise Training Restores Ischemic Preconditioning in the Senescent Rat Heart.” Journal of the American College of Cardiology, vol. 36, no. 2, 2000, pp. 643–650.
- Abete, P., et al. “Ischemic Preconditioning in the Younger and Aged Heart.” Aging and Disease, vol. 2, no. 2, 2011, pp. 138–149.
- Gordon, N. F., and Haskell, W. L. “Effect of Beta-Blockers on Exercise Physiology: Implications for Exercise Prescription.” Sports Medicine, vol. 11, no. 6, 1991, pp. 432–446.
- Maessen, M. F. H., et al. “Impact of Lifelong Exercise Training on Endothelial Ischemia/Reperfusion in Humans.” The Journal of Physiology, vol. 595, no. 22, 2017, pp. 3293–3304.
- Marocolo, M., et al. “Potential Short- and Long-Term Physiological Effects of Ischemic Preconditioning as an Ergogenic Aid.” Sports Medicine, vol. 55, 2025, pp. 1547–1557.
- O’Brien, L., et al. “Potential Physiological Responses Contributing to the Ergogenic Effect of Ischemic Preconditioning.” Frontiers in Physiology, vol. 13, 2022, p. 1051529.
- Riddle, M. C. “Sulfonylureas Differ in Effects on Ischemic Preconditioning—Is This Clinically Important?” The Journal of Clinical Endocrinology & Metabolism, vol. 88, no. 2, 2003, pp. 528–530.
- Weaver, S. R. C., and Green, D. J. “Non-Pharmacological Interventions for Vascular Health and the Aging Brain.” GeroScience, vol. 44, 2022, pp. 1–28.
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