Inflammation Isn’t the Enemy.

Kelsey Asplin, ND in immune health July 8, 2026

The Missing Half of the Story

One of the things I spend the most time doing as a doctor has very little to do with laboratory testing, prescriptions, or treatment plans. I spend a surprising amount of time helping people trust their bodies again.

Somewhere along the way, many of us were taught that symptoms are evidence our body has failed us. We develop a fever and assume our immune system isn’t working. We sprain an ankle and become frustrated that it swells. We catch a virus after a stressful month and conclude that our body has somehow “let us down.” The language we use reflects this mindset. Patients often tell me, “My body is attacking itself,” “My immune system isn’t doing its job,” or “My inflammation is out of control.”

There are certainly situations where the immune system becomes dysregulated, and there are diseases in which inflammatory responses become excessive or harmful. Those are very real conditions that deserve thoughtful evaluation and treatment. But before we talk about what happens when inflammation goes wrong, I think it’s equally important to appreciate something we don’t discuss often enough.

Inflammation was never designed to harm us. It evolved to keep us alive.

That may sound like an odd statement considering how often inflammation is blamed for chronic disease. Turn on the television, scroll through social media, or walk through the supplement aisle of almost any grocery store and you’ll quickly find products marketed as “anti-inflammatory.” Entire diets are built around eliminating inflammation. Every ache, every headache, every stiff joint, every episode of brain fog seems to be attributed to it. Somewhere along the way, inflammation developed a public relations problem.

The irony is that without inflammation, none of us would survive for very long.

Long before antibiotics, emergency departments, and modern surgery existed, human beings relied on an incredibly sophisticated biological defense system to protect them from injuries, infections, and environmental threats. Every scrape, every cut, every insect bite, every splinter, every bacterial infection required an immediate response. Without one, relatively minor injuries could quickly become life-threatening.

Evolution did not create inflammation because it wanted us to suffer. It created inflammation because organisms capable of responding rapidly to injury were far more likely to survive, reproduce, and pass those protective mechanisms on to future generations. The inflammatory response is one of the oldest and most highly conserved biological systems in medicine, remaining remarkably similar across countless species because it works extraordinarily well.¹

When I explain this to patients, I often see a noticeable shift in their expression. The conversation changes from, “How do I get rid of inflammation?” to, “What is my body trying to accomplish?” That is a much more useful question.

One of the themes that has emerged repeatedly throughout these newsletters is that the body is almost always working in our favor. Whether we’ve been discussing hormones, environmental medicine, or the immune system, the underlying philosophy remains remarkably consistent. The body is not constantly looking for opportunities to sabotage us. More often than not, it is adapting to the information it receives and making the best physiological decisions it can with the resources available. Inflammation is no different.

When inflammation develops, the body is responding to something it perceives as a threat. Sometimes that threat is obvious, like a bacterial infection or a broken bone. Sometimes it is much more subtle, such as metabolic dysfunction, environmental exposures, chronic stress, or an autoimmune process. Whatever the trigger may be, inflammation represents an attempt to restore safety, remove danger, and begin healing.

That doesn’t mean every inflammatory response is appropriate. It doesn’t mean inflammation can’t become excessive or persist long after the original trigger has disappeared. We’ll spend much of this article exploring those situations. But before we can understand chronic inflammation, we first have to appreciate how beautifully acute inflammation was designed to work.

One of my favorite ways to explain this process is to imagine a house fire.

If your smoke detector begins blaring in the middle of the night, you want firefighters to respond immediately. You don’t want them stopping to ask whether the alarm might be inconvenient or whether breaking down the front door will create unnecessary damage. You want them to arrive quickly, identify the source of the fire, contain it before it spreads, and protect everyone inside the home.

If you were watching from across the street, the scene would appear chaotic. Firefighters would force open doors, break windows, drag heavy hoses through the house, and spray thousands of gallons of water. Furniture might be moved or damaged. Drywall could be cut away to expose hidden flames. None of those actions would appear gentle.

Yet none of them would represent the problem. The firefighters are not causing the emergency. They are responding to one. Inflammation behaves much the same way.

When tissues become injured, your immune system does not quietly observe from a distance and hope everything works out. It mobilizes one of the most coordinated emergency responses in biology. Blood vessels change their behavior within minutes. Chemical messengers begin signaling to neighboring cells. White blood cells leave the circulation and migrate toward the area of injury. Platelets begin limiting blood loss while laying the groundwork for future repair. Countless decisions are being made simultaneously, long before you consciously recognize that anything has happened.²

From the outside, all you may notice is swelling, redness, warmth, or discomfort. From the inside, an extraordinary rescue operation is already underway. Perhaps the easiest place to appreciate this process is through an injury nearly everyone has experienced.

Imagine you’re hiking through the Colorado mountains on a warm July afternoon. The trail narrows, your foot catches an exposed root, and before you have time to react you’ve fallen, scraping your knee against the rocks. At first, all you notice is the sting. Within moments, however, your body has already recognized that something important has happened.

The protective barrier of your skin has been disrupted. Tiny blood vessels have been torn. Cells have been damaged. Microorganisms that normally remain harmless on the surface of the skin suddenly have an opportunity to enter deeper tissues where they do not belong. What happens next is nothing short of remarkable.

The first priority is preventing further blood loss. Platelets rapidly adhere to the injured blood vessel, clumping together and activating the clotting cascade. Most people think of a blood clot simply as a plug that stops bleeding, but it serves another equally important purpose. The developing clot creates a temporary scaffold that future tissue repair will literally grow across. Long before new skin begins forming, your body is already building the structural foundation upon which healing will occur.³

At nearly the same time, damaged cells release chemical distress signals known as damage-associated molecular patterns, or DAMPs. These molecules function as an alarm system, informing nearby immune cells that tissue injury has occurred. Blood vessels surrounding the injury begin to dilate and become temporarily more permeable, allowing immune cells, antibodies, nutrients, clotting factors, and proteins involved in tissue repair to leave the bloodstream and enter the injured tissue.⁴ This is why inflammation looks the way it does.

The increased blood flow creates redness and warmth. The movement of fluid into surrounding tissues contributes to swelling. Chemical mediators interact with nearby nerve endings, increasing sensitivity and producing pain that encourages us to protect the injured area while healing occurs.

These symptoms are often interpreted as evidence that something has gone wrong. In reality, they are evidence that your body has recognized a problem and immediately begun solving it.

One of the most fascinating aspects of immunology is that no single cell orchestrates this response. There is no master control center directing every movement. Instead, thousands of individual cells communicate continuously through an intricate network of chemical messengers called cytokines and chemokines. Each message influences the next decision. Some recruit additional immune cells. Others activate blood vessels. Others coordinate tissue repair. Others regulate the intensity of the response itself. It is less like flipping on a light switch and more like watching an entire city coordinate during an emergency, with every department communicating continuously while adapting to changing conditions.⁵

This remarkable coordination is one of the reasons I find the immune system so captivating. The body is constantly gathering information, reassessing priorities, and adjusting its response based on what it encounters. It is dynamic rather than static. Flexible rather than rigid. Intelligent rather than automatic.

And yet, despite all of this complexity, most of us experience only the outward signs of inflammation. We feel the tenderness around the scrape on our knee or notice the swelling after twisting an ankle. We rarely stop to consider the extraordinary biological choreography unfolding beneath the surface.

Perhaps that’s why inflammation has become so easy to misunderstand. We experience the discomfort without witnessing the purpose behind it.

The longer I practice medicine, the more convinced I become that many symptoms deserve curiosity before criticism. They are often the visible expression of invisible physiology working exactly as it was designed. Understanding that doesn’t mean we ignore symptoms or avoid treatment when it’s appropriate. It simply reminds us that before we ask how to suppress the body’s response, we should first understand what that response is trying to accomplish.

Because as elegant as the inflammatory response is, its true brilliance lies not simply in how it begins, but in how it knows when the danger has passed and healing can move into its next phase.

One of the most interesting discoveries in immunology over the past two decades is that inflammation is only half of the healing process.

If you were to ask most people what happens after an injury or infection, they could probably describe the beginning of the inflammatory response. The immune system recognizes a threat, white blood cells arrive, swelling develops, and damaged tissue begins to heal. What far fewer people realize is that healing is not simply the absence of inflammation. It is a completely separate, highly coordinated biological program that must be actively initiated by the body.

For many years, researchers believed inflammation naturally faded away once the infection had cleared or the injury had healed. The assumption was that once the trigger disappeared, inflammatory signals would simply diminish on their own until tissues gradually returned to normal. We now know that this isn’t how healthy physiology works.

The resolution of inflammation is an active process, not a passive one. Just as the body intentionally starts inflammation, it must also intentionally bring it to an end. The same immune system that mobilized to defend you now has to transition into an entirely different role. Instead of destroying pathogens and containing damage, it must begin cleaning up the battlefield, rebuilding healthy tissue, and restoring normal function.⁶

I find this to be one of the most beautiful concepts in medicine because it changes the way we think about healing altogether. Healing is not what happens when inflammation disappears. Healing is what happens because your body knows how to finish inflammation.

Returning to our house fire analogy, imagine that the firefighters have successfully extinguished the flames. The danger has passed, but the house is far from livable. Water fills the floors, broken glass covers the ground, furniture has been damaged, and portions of the walls have been removed to reach hidden pockets of fire. No one would look at that house and conclude that the work is finished simply because the flames are gone.

The firefighters leave, but another team now takes over. Cleanup crews remove debris. Contractors repair damaged walls. Electricians restore wiring. Painters finish the interior. Landscapers repair the yard that heavy equipment drove across.

Each phase depends on the one before it, and each group knows precisely when its job begins.

Healthy inflammation follows the same sequence. The first phase is designed to protect. The second phase is designed to restore. The body cannot remain in emergency mode forever. One of the cells that best illustrates this remarkable transition is the macrophage.

Macrophages are often introduced in biology textbooks as immune cells that engulf bacteria and cellular debris, but that description barely scratches the surface of what they actually do. In many ways, macrophages function as the project managers of tissue repair. Early during inflammation they adopt a highly inflammatory phenotype, producing signaling molecules that help eliminate pathogens and recruit additional immune cells to the affected area. As healing progresses, however, those very same cells undergo an extraordinary transformation. They begin producing an entirely different set of chemical signals that suppress ongoing inflammation, promote blood vessel formation, stimulate collagen production, recruit tissue-repair cells, and encourage regeneration rather than destruction.⁷

The remarkable part is that these are often the very same cells. They simply change jobs. One moment they are participating in defense. The next they are coordinating repair. This flexibility is one of the defining characteristics of a healthy immune response. The immune system is not rigid. It continuously adapts as circumstances change. Another fascinating process occurs at the same time.

During the earliest stages of inflammation, neutrophils rapidly flood damaged tissue to destroy invading microorganisms and contain the immediate threat. They perform this role extraordinarily well, but they are also intentionally short-lived. Once their job has been completed, they undergo a highly regulated form of cellular death called apoptosis. Rather than allowing these cells to rupture and spill their contents into surrounding tissues, the body carefully packages them for removal. Macrophages then engulf and recycle these dying cells through a process known as “efferocytosis,” a term that literally means “to carry to the grave.”⁸

Patients often laugh when I explain this because it sounds almost poetic. In reality, it is one of the most important housekeeping processes in the immune system.

Imagine if every firefighter who responded to a house fire simply stayed inside the home indefinitely after the flames had been extinguished. Eventually they would become part of the problem rather than part of the solution. Roads would remain blocked. Equipment would continue filling the house. Cleanup crews would have no room to begin rebuilding.

The body understands this. Immune cells that are no longer needed are removed efficiently so the next phase of healing can proceed. This is one of the reasons I find the phrase “anti-inflammatory” somewhat misleading. It suggests that successful treatment means preventing inflammation from occurring. From a physiological standpoint, that isn’t actually what we’re trying to accomplish.

We want inflammation to occur when it is appropriate. We want it to be proportional to the threat. And then we want it to resolve efficiently. Those are three very different goals.

Over the past several years, researchers have identified an entire family of signaling molecules dedicated specifically to this final stage of healing. These compounds are known as “Specialized Pro-Resolving Mediators,” or SPMs. Derived primarily from the omega-3 fatty acids EPA and DHA, SPMs do not function by blocking inflammation. Instead, they help orchestrate its conclusion. They reduce continued recruitment of inflammatory cells, enhance efferocytosis, encourage macrophages to adopt their tissue-repair phenotype, promote clearance of cellular debris, and help restore normal tissue architecture.⁹

This distinction is incredibly important because it challenges one of the most common misconceptions about inflammation. Resolution is not the opposite of inflammation. Resolution is the final stage of inflammation. It is the body’s planned conclusion to a process that began with protection and ends with restoration.

When this sequence unfolds appropriately, most of us never think about it. We scrape our knee, recover from a virus, or heal after a surgical procedure, and life moves on. The immune system quietly completes one of the most sophisticated biological programs in the human body without ever asking for recognition. Problems arise when that carefully choreographed sequence becomes interrupted.

Sometimes the original trigger never truly disappears. A persistent infection, untreated periodontal disease, continued exposure to environmental irritants, or an ongoing autoimmune process can continually reactivate inflammatory pathways. In other situations, the body appears to struggle with the resolution phase itself. Research suggests that alterations in metabolism, obesity, chronic psychological stress, disrupted sleep, nutrient deficiencies, aging, and changes in the gut microbiome may all influence how effectively inflammatory responses are brought to completion.¹⁰

This is one of the reasons chronic inflammation can be so challenging to address. The body is not necessarily making a poor decision by initiating inflammation. Often, it simply never receives the physiological signals that tell it the emergency has ended. That distinction fundamentally changes the way I think about patient care.

When someone comes into my office with laboratory evidence of chronic inflammation or symptoms suggesting persistent inflammatory activity, my first thought is rarely, “How do we suppress this?” Instead, I find myself asking a different question.

What is preventing this person’s body from completing a process it was beautifully designed to finish?

Sometimes the answer lies in unresolved infections. Sometimes it involves metabolic health. Sometimes it leads us toward environmental medicine, chronic stress, sleep deprivation, or gut dysfunction. Very often, it involves several of these factors interacting with one another over many years. Understanding where the healing process became interrupted is frequently far more valuable than simply measuring how much inflammation is present.

That perspective represents one of the most meaningful shifts in modern immunology. We have become increasingly aware that supporting health is not always about blocking the body’s protective responses. Quite often, it is about helping the body successfully complete them.

Why Modern Life Keeps the Fire Burning

If the human body has evolved such an elegant system for both initiating and resolving inflammation, an obvious question follows. Why does chronic inflammation seem so common today? The answer is rarely a single event or a single diagnosis. More often, it reflects the cumulative effect of dozens of small physiological stressors acting on the body day after day, month after month, and sometimes year after year.

One of the greatest misconceptions about chronic inflammation is that it always stems from one obvious source. Patients often imagine there must be a hidden infection, a food sensitivity they have yet to identify, or one laboratory value that will explain everything. While those situations certainly exist, chronic inflammation is frequently much more complex. It is often the product of many seemingly ordinary factors that individually appear insignificant but collectively place the immune system under continuous demand.

Sleep is one of the clearest examples.

While we often think of sleep as a period of inactivity, the opposite is true from a physiological standpoint. During sleep, the brain clears metabolic waste products, hormones follow carefully orchestrated circadian rhythms, tissues undergo repair, and the immune system performs many of its most important regulatory functions. Even a single night of inadequate sleep has been shown to alter immune cell activity and inflammatory signaling. Over weeks, months, and years, consistently poor sleep can gradually shift the body toward a more pro-inflammatory state.¹¹

Stress follows a remarkably similar pattern.

Patients are often surprised when I explain that stress itself is not inherently harmful. In fact, humans evolved to handle short periods of intense stress extraordinarily well. If our ancestors encountered immediate danger, their bodies needed to rapidly increase heart rate, blood pressure, blood glucose, and immune readiness in order to survive.

The difficulty arises when the body never receives the signal that the danger has passed.

Today, many of us experience stress that is far less dramatic but far more persistent. Financial pressures, demanding careers, caregiving responsibilities, relationship challenges, disrupted sleep, information overload, and constant connectivity create an environment in which the nervous system remains activated long after the original stressor should have resolved. Because the nervous system and immune system communicate continuously, chronic activation of one inevitably influences the other.¹²

This is one reason I often tell patients that the body keeps score in ways we don’t always appreciate. It remembers the nights of inadequate sleep. It remembers months of skipped meals and elevated blood sugar. It remembers years spent pushing through exhaustion without adequate recovery. Eventually those experiences become part of the physiological environment in which the immune system must operate.

Nutrition plays a similarly important role, although perhaps not in the way many people expect.

I think we’ve become conditioned to view food primarily through the lens of calories, carbohydrates, fats, and protein. While those certainly matter, food is also information. Every meal provides raw materials that influence hormones, immune cell membranes, neurotransmitters, antioxidant systems, and inflammatory signaling pathways. Diets consistently lacking in fiber, polyphenols, omega-3 fatty acids, and phytonutrients while being rich in ultra-processed foods may gradually contribute to chronic inflammatory signaling and reduced microbial diversity within the gut.¹³

This is one reason I rarely frame nutrition as simply a matter of weight management. Long before changes appear on a scale, dietary patterns are already influencing how immune cells communicate with one another.

One of the most fascinating developments in immunology has been the growing recognition that adipose tissue itself is metabolically active. For many years, body fat was viewed primarily as stored energy. We now understand that visceral adipose tissue, the fat surrounding internal organs, actively produces inflammatory cytokines and communicates continuously with the immune system. This helps explain why metabolic health and inflammation are so closely intertwined and why improving insulin sensitivity often produces benefits that extend far beyond blood sugar alone.¹⁴

The gut also deserves special attention, particularly because it will become the focus of next month’s educational series.

Nearly seventy percent of immune cells reside within tissues associated with the gastrointestinal tract, placing the digestive system at the center of immune regulation. Every day, the intestinal immune system must distinguish between nutrients that should be absorbed, beneficial microbes that should be tolerated, and potentially harmful organisms that require an immune response. This balancing act occurs continuously and with remarkable precision. When the intestinal barrier, microbiome, or local immune environment becomes disrupted, inflammatory signaling throughout the rest of the body may also be affected.¹⁵

It is no coincidence that conversations about inflammation so often lead back to digestive health. From a naturopathic perspective, these systems are inseparable.

The same interconnectedness applies to environmental medicine, a topic we explored throughout last month. Air pollution, wildfire smoke, endocrine-disrupting chemicals, heavy metals, and persistent environmental toxicants all represent additional inputs that the immune system must continuously evaluate. While a healthy body possesses remarkable detoxification and repair mechanisms, repeated or prolonged exposures can contribute to oxidative stress and inflammatory activity, particularly when they occur alongside poor sleep, chronic stress, nutrient insufficiency, or metabolic dysfunction.¹⁶

This is one of the reasons I encourage patients to stop thinking about inflammation as a single disease process. Instead, I encourage them to think of inflammation as the cumulative result of countless conversations occurring throughout the body every moment of every day. Every night’s sleep becomes part of that conversation. Every meal. Every workout. Every environmental exposure. Every stressful season. Every opportunity for recovery.

None of these experiences determines our health in isolation. Collectively, however, they create the internal environment in which the immune system must make decisions.

When I sit down with a new patient, this is ultimately what I’m trying to understand. I’m not simply looking for one laboratory value that explains everything. I’m trying to understand the story that brought their physiology to this moment. The body is rarely responding to one isolated event. More often, it is responding to years of accumulated information. Understanding that story is often the first step toward helping the body write a different one.

A Different Way to Think About Healing

One of the things I appreciate most about practicing naturopathic medicine is that it encourages us to ask different questions. When patients are told they have inflammation, the natural instinct is to ask, “How do I get rid of it?”

That question makes perfect sense. If something hurts, our first thought is usually to make the discomfort disappear. There is certainly an important place for symptom management, and helping patients feel better will always be one of the goals of medicine. But over the years, I’ve found myself becoming increasingly interested in a different question.

Why is this body still inflamed?

That subtle shift changes the entire conversation. Instead of viewing inflammation as the disease itself, we begin recognizing it as a clue. The inflammatory response tells us that the immune system has identified something it believes deserves attention. Sometimes that attention is directed toward an acute infection or an injury that is actively healing. Other times, it reflects an autoimmune process, persistent environmental exposures, metabolic dysfunction, poor sleep, chronic psychological stress, alterations in the gut microbiome, or nutritional deficiencies that have slowly accumulated over time. More often than not, it is not one single factor, but several interacting simultaneously.

When we approach inflammation from this perspective, treatment becomes less about silencing the body’s alarm system and more about understanding why the alarm continues to sound.

This is one of the reasons your first visit with a naturopathic doctor may feel different than you expected. Patients occasionally apologize because they think they’re giving me too much information. They’ll say, “I’m sorry, I know this has nothing to do with my joint pain, but my sleep hasn’t been great lately,” or “I don’t know if this matters, but my digestion has been off for years.”

Almost every time, my answer is the same. “It probably matters more than you think.”

The human body is extraordinarily interconnected. The immune system is constantly exchanging information with the nervous system, endocrine system, gastrointestinal tract, adipose tissue, and even the microorganisms living within the gut. It is impossible to fully understand inflammation without understanding the environment in which that immune system is trying to function. Looking at symptoms in isolation rarely tells the whole story.

One concept I often discuss with patients is something called “physiological reserve.” Although it isn’t a phrase most people hear outside of medicine, I think it may be one of the most helpful ways to think about long-term health.

Imagine your body has a savings account. Every night of restorative sleep makes a deposit. Every nourishing meal rich in protein, healthy fats, fiber, vitamins, minerals, and phytonutrients makes another. Maintaining muscle mass through resistance training, spending time outdoors, recovering appropriately after exercise, managing stress, cultivating meaningful relationships, and creating space for joy all contribute to that account. They are investments that increase your body’s ability to respond when life inevitably becomes difficult.

Life, however, also makes withdrawals. An acute illness is a withdrawal. Major surgery is a withdrawal. Pregnancy and the postpartum period are withdrawals. Working long hours, caring for aging parents, raising young children, navigating financial stress, grieving the loss of someone you love, sleeping poorly for months, or living through a particularly demanding season all require your body to spend from its reserves. None of those withdrawals are inherently unhealthy. They are simply part of being human.

The challenge arises when withdrawals continue for months or years without enough deposits to replenish them. Eventually, the account begins running low.

I think many patients intuitively understand this concept because they’ve lived it. They tell me they feel as though they have “nothing left in the tank.” They recover more slowly from workouts. Minor illnesses linger longer than they used to. Their energy never fully returns, even after a weekend of rest. Small stressors suddenly feel overwhelming.

Those experiences are not always caused by inflammation alone, but they often reflect a body whose physiological reserve has gradually become depleted.

One of the beautiful aspects of human physiology is that reserve can often be rebuilt. Not overnight. Not through a single supplement. Not by finding one perfect superfood or eliminating one inflammatory ingredient. It is rebuilt the same way it was lost. One decision at a time. One night of better sleep. One nourishing meal. One walk outside. One strength-training session. One stress-management practice. One opportunity to recover rather than push through exhaustion. I sometimes think we underestimate how profoundly these seemingly ordinary decisions influence extraordinary biology.

As doctors, we naturally spend a great deal of time discussing laboratory values, imaging studies, and treatment protocols because those are important tools. Yet some of the greatest improvements I have witnessed over the years have occurred when patients consistently strengthened the foundations that allow their physiology to function as it was designed.

That perspective also explains why I tend to avoid using phrases like “fight your body” or “beat inflammation.” Those expressions suggest that healing requires winning a battle against ourselves. I don’t believe that is usually what’s happening. Far more often, I believe the body is doing exactly what it was designed to do with the information and resources available to it. If the immune system continues generating inflammatory signals, I assume it has a reason. My responsibility is to understand that reason, identify what may be preventing resolution, and help create an environment in which healthy physiology can resume.

Sometimes that means addressing sleep before adding another supplement. Sometimes it means improving metabolic health. Sometimes it means restoring the gut microbiome after repeated antibiotic use. Sometimes it means reducing environmental exposures, correcting nutrient deficiencies, or helping someone navigate an incredibly stressful season of life with greater resilience.

No two treatment plans look exactly alike because no two patients arrive with the same story. That is one of the reasons I continue to love practicing medicine. Every patient reminds me that biology is infinitely more complex and more beautiful than any textbook can fully capture.

As we’ve explored over the past several months, whether we’re talking about hormones, environmental medicine, immune health, or inflammation, the same principle continues to emerge. The body functions as an integrated system rather than a collection of independent organs. The immune system cannot be separated from the gut. The gut cannot be separated from the nervous system. The nervous system cannot be separated from sleep, movement, nutrition, relationships, or the environments in which we spend our lives.

The more we appreciate those connections, the less healthcare becomes about chasing isolated symptoms and the more it becomes about restoring the conditions that allow health to emerge naturally.

That brings us to next month’s focus. Throughout August, we’ll explore one of my favorite topics in medicine: gastrointestinal health. We’ll take a deeper look at the gut microbiome, intestinal barrier function, digestion, nutrient absorption, and why the gastrointestinal tract plays such a central role in immune regulation, inflammation, hormone balance, mood, and long-term health. If this month’s discussion has helped you see inflammation differently, I think you’ll find that understanding the gut provides many of the missing pieces that tie the entire story together.

I’d like to leave you with one final thought. One of the greatest privileges of being a doctor is watching people begin to trust their bodies again. Somewhere along the way, many of us were taught that every symptom meant our body was broken, every fever should be feared, and every illness represented failure. While there are certainly times when the body requires medical intervention, I’ve come to believe that many symptoms deserve curiosity before criticism. More often than not, they represent a body that is working extraordinarily hard to protect the person living inside it.

The longer I practice medicine, the more respect I have for the remarkable intelligence of human physiology. Every second of every day, your body is adapting, communicating, repairing, learning, and striving to maintain balance in a world that constantly asks it to do more. Our responsibility as doctors is not simply to suppress those responses, but to understand them, support them, and remove the obstacles that prevent them from reaching their natural conclusion.

Your body is far wiser than we often give it credit for. Our job is not to overpower it. Our job is to understand it, support it, and give it every opportunity to do what it was beautifully designed to do.

Because in the end, your immune system doesn’t need to win every battle.

It needs a body that is healthy enough to keep showing up for the next one.

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