How Do Prescription Stimulants Affect Your Heart

Prescription stimulants are medicines that speed up activity in the brain and the body. They are prescribed for certain health conditions, and when they are used under a doctor’s care, the dose, the timing and the person’s health are all taken into account. Problems arise when these medicines are used without that care — taken more often than prescribed, taken in larger amounts, taken late in the day, or taken by someone whose heart was never checked first. Then the same speeding-up effect that was meant to help focus or wakefulness starts to work against the heart, and the heart has to cope with extra work it was not prepared for.

The heart is a muscle that beats around a hundred thousand times a day, and it does that work quietly, without us thinking about it. A stimulant tells the body to run faster. The heart beats faster, the blood vessels tighten, and blood pressure rises. For a healthy heart, a short burst of extra work is something it can handle, much like climbing a flight of stairs. But when the extra work happens again and again, day after day, the heart does not get the rest it needs to recover. The strain builds slowly, and because the heart has no pain nerves of its own in the way a sore muscle does, the damage can grow for a long time before a person notices anything is wrong.

This article explains, in plain words, what prescription stimulants do to the heart: how they raise heart rate and blood pressure, how they can disturb the heart’s rhythm, what warning signs people often miss, why the risk grows over months and years, and who faces the highest risk. It is general information only, not individual medical advice. If you are worried about your heart, or about your use of any medicine, a qualified health professional is the right person to talk to.

How Stimulants Speed Up the Heart

The heart beats because of signals from the nervous system, and stimulants turn those signals up. They increase the activity of the body’s alert system, the same system that switches on when you are frightened or in danger. Your body reads that as a call to action. Adrenaline-like chemicals rise, the heart is told to beat faster, and each beat pushes blood out with more force. A resting heart rate that would normally sit quietly in the sixties or seventies can climb well above that, and it can stay high for hours while the medicine is active in the body.

That faster beat is not just a number on a monitor. Every extra beat is extra work for the heart muscle, and extra work needs extra oxygen. The heart gets its own oxygen through small blood vessels on its surface, and when it is beating fast, those vessels have less time between beats to fill the muscle with fresh blood. It is a little like asking a runner to sprint while breathing through a narrow straw. For a short time, the runner manages. Over a longer time, the mismatch between what the heart needs and what it receives begins to matter, and the muscle starts to feel the strain.

People often notice the faster heartbeat first as a feeling rather than a number. They feel their heart thudding in their chest when they are sitting still, or they feel it pounding when they climb stairs that never used to bother them. Some feel a flutter or a skipped beat. Others feel their pulse racing in their neck or their wrists. These feelings can come and go, and that makes them easy to dismiss. A person might put it down to stress, or to too much tea or coffee, or to a bad night’s sleep. But when the fast heartbeat keeps returning on the days the medicine is used, and settles on the days it is not, the pattern is worth paying attention to, because it is the heart saying, in the only language it has, that it is working too hard.

The speeding-up effect also makes the heart less able to rest between beats. A healthy heart spends a good part of each beat in a relaxed state, filling up with blood before the next push. When the rate climbs, that filling time shrinks. Less blood enters the heart with each beat, so the heart has to beat even faster to move the same amount of blood around the body. It becomes a loop: the faster it beats, the less efficiently it fills, and the harder it has to work to keep up. Over hours, that loop leaves a person feeling tired, breathless and on edge, even though they have not done any real physical work.

Blood Pressure Rises — and Stays Up

Blood pressure is the force of blood pushing against the walls of the arteries, and stimulants raise it in two ways at once. First, the faster, stronger heartbeat pushes more blood out with each beat. Second, the blood vessels themselves tighten, narrowing the space the blood has to flow through. Pushing more blood through narrower pipes raises the pressure, and that is exactly what happens while a stimulant is active. A blood pressure reading that was normal in the morning can be clearly higher a few hours later, and it may stay high until the medicine wears off.

A single high reading is not the whole story. The real worry is what happens when the pressure rises again and again. Blood vessels are built to stretch and relax, but they are not built to stay under high pressure all the time. Day after day of raised pressure wears down the smooth inner lining of the arteries. Small rough patches form, and those patches are places where fatty material can settle and build up. Over months and years, the arteries become stiffer and narrower, and the heart has to push even harder to move blood through them. The pressure rises further, the vessels take more damage, and the cycle turns on itself.

High blood pressure is often called a silent problem, and that name fits here. Most people cannot feel their blood pressure. There is no ache, no warning throb, no obvious sign that the number has climbed. A person can walk around for months with raised pressure and feel perfectly fine, while the strain on the heart and the arteries quietly grows. That is why the risk is so easy to miss. Someone who uses stimulants without medical checks may never have their pressure measured at all, and the first sign of trouble may be a symptom that appears only when the damage is already serious, such as chest discomfort, severe breathlessness, or a sudden collapse.

The strain is worse when other pressures are added on top. Poor sleep, missed meals, dehydration and stress all push blood pressure higher on their own, and they are common in people who use stimulants heavily. Caffeine and nicotine add their own lift. Heavy physical work in hot weather adds another. Each one alone might be small, but together they can push the heart well beyond what it can comfortably handle. The heart does not get to choose which pressure it deals with. It deals with all of them at once, and the total load is what matters.

When the Rhythm Goes Wrong

A healthy heartbeat is steady and regular, like a drum keeping time. The heart’s electrical system sets that rhythm, sending a signal that tells the muscle when to squeeze and when to relax. Stimulants disturb that electrical system. They make the heart more excitable, so extra beats can fire at the wrong moment, or the rhythm can speed up suddenly and then drop back. Most of the time, these extra beats feel like a flutter or a skipped beat, and they pass on their own. But in some people, especially those whose hearts are already under strain, the rhythm can become seriously irregular.

An irregular rhythm matters because the heart’s job is not just to beat, but to beat in the right order. The upper chambers of the heart need to fill and squeeze first, then the lower chambers push blood out to the body. When the rhythm breaks down, that order is lost. The chambers may quiver instead of squeezing properly, blood may pool instead of flowing smoothly, and the amount of blood reaching the brain and the rest of the body can fall sharply. A person may feel dizzy, faint or suddenly very weak. In the most serious cases, a badly disturbed rhythm can stop the heart from pumping effectively at all, and that is a medical emergency.

The risk of rhythm trouble is higher when the heart is already tired, when blood pressure has been high for a long time, or when the person is dehydrated, exhausted or short of sleep. It is also higher when stimulants are mixed with other substances that speed up the heart, including large amounts of caffeine, certain decongestants, and alcohol in the hours after use, when the body is coming down and the heart is already unsettled. Each of these adds another push to an electrical system that is already on edge. The heart may cope with one push, but several at once can tip it over.

Many people who develop rhythm problems first notice them at rest, often at night, when the body is quiet and the flutter stands out against the stillness. They lie in bed and feel their heart racing or stumbling for no clear reason. They may feel anxious, and the anxiety makes the heart beat faster still, which makes the flutter feel worse. It is a frightening loop, and it is also a useful warning. A heart that keeps losing its rhythm is a heart that is asking for help, and the right response is to seek medical advice promptly rather than waiting to see if it settles on its own.

Chest Pain, Breathlessness and Other Warning Signs

The heart warns us in a few clear ways, and the most important is chest pain or tightness. This is not the sharp sting of a pulled muscle or the burn of heartburn. It is usually a heavy, pressing or squeezing feeling in the centre of the chest, sometimes spreading to the jaw, the neck, the back or the left arm. It may come on during activity, or it may appear while sitting still after a stimulant has been taken. It may last a few minutes and then fade, which tempts people to ignore it. But chest pain that keeps returning is never something to ignore, and chest pain that is severe, or that comes with sweating, nausea or breathlessness, needs urgent medical help.

Breathlessness is the second warning sign, and it is often the first one people notice in daily life. A person who used to climb two flights of stairs without thinking about it starts stopping halfway to catch their breath. Walking to the bus, carrying shopping, or playing with children leaves them winded in a way it never did before. The reason is simple: a heart that is beating too fast and under too much pressure cannot pump blood efficiently, so the lungs and muscles do not get the oxygen they need. The body asks for more air, and the person feels breathless even though their lungs are fine. When breathlessness appears at rest, or wakes a person from sleep, it is a sign that the heart is struggling more seriously.

Other warning signs are easier to miss because they look like ordinary tiredness. Feeling faint or dizzy when standing up, swelling in the ankles or feet, waking up at night gasping for air, or feeling exhausted after very little effort can all point to a heart that is not coping. Some people notice that their pulse stays fast long after the medicine should have worn off, or that it races when they are doing nothing at all. Any of these signs, on their own, might have another explanation. But when several of them appear together, and they line up with stimulant use, they deserve a prompt conversation with a health professional, not a wait-and-see approach.

It is also worth knowing that the heart can be in trouble without any dramatic pain. Some heart problems develop so gradually that the person adjusts to them without realising it. They walk more slowly, they avoid stairs, they sit down more often, and they tell themselves they are just getting older or out of shape. The body adapts, and the adaptation hides the problem. That is why a change in what a person can comfortably do — less walking, less climbing, less playing — is itself a warning sign, even if there is no pain at all.

The Strain That Builds Over Months and Years

A single day of a racing heart is unpleasant. Months of it change the heart itself. When the heart muscle is asked to work harder than normal, day after day, it responds the way any muscle responds to constant overload: it thickens. The walls of the heart grow heavier, and at first that extra thickness helps it push against higher pressure. But a thicker heart is also a stiffer heart. It does not relax as well between beats, it does not fill as fully, and over time it becomes less efficient at its job. The very change that helped it cope in the short term becomes a problem in the long term.

At the same time, the blood vessels are changing too. Arteries that have spent months under raised pressure become less flexible. They cannot widen easily when the body needs more blood, for example during exercise or in hot weather. The heart has to push harder to get blood through them, and the extra effort thickens the muscle further. The heart and the vessels wear each other down together, and the person gradually loses the reserve that a healthy heart keeps in store. There is less room for illness, for heat, for hard work, or for any sudden stress, because the heart is already working close to its limit on an ordinary day.

The other slow change is in the heart’s blood supply. The small vessels that feed the heart muscle itself can narrow over time, especially when blood pressure stays high and the lining of the arteries is damaged. Less blood reaches the muscle, and the muscle gets less oxygen just when it needs more of it, because it is working harder. This mismatch is what lies behind the chest pain some people feel during activity, and behind the tiredness and breathlessness that creep in over months. The heart is not failing all at once. It is being starved, little by little, while being asked to do more and more.

This slow build-up is the reason that time matters so much. A person who uses stimulants heavily for a few weeks may feel rough, but the heart often recovers its normal rhythm and pressure once the extra load is gone. A person who has used them heavily for years faces a different picture. The thickened muscle, the stiffened arteries and the narrowed vessels do not all return to normal quickly, and some changes may last. That does not mean the situation is hopeless — the heart can improve a great deal once the strain is removed — but it does mean that the earlier the strain stops, the more the heart has left to recover with.

Who Faces the Highest Risk

Not everyone who takes a stimulant faces the same risk, and the differences matter. The highest risk falls on people who already have a heart problem, even one they do not know about. A heart valve that does not close properly, a rhythm problem that has never been noticed, a blood vessel that is already narrowed, or a heart muscle that is already weak — any of these can turn a stimulant’s extra load into a serious event. This is why doctors usually check the heart before prescribing a stimulant, and why using one without that check is a gamble. The person taking it does not know what their heart is starting from.

Age and general health shape the risk too. Older adults have stiffer arteries and less reserve, so the same rise in heart rate and pressure costs them more. People with high blood pressure, diabetes, or a family history of early heart disease carry extra risk, because their vessels are already under strain. People who are very overweight, who smoke, or who rarely exercise have hearts that are already working harder than they should be. Adding a stimulant on top of that is like asking a tired worker to take on a second shift with no rest in between.

The pattern of use matters as much as the person’s health. Taking a stimulant every day, taking it in larger amounts than prescribed, taking extra doses to stay awake through the night, or mixing it with caffeine, energy drinks or other substances all raise the load on the heart. So does taking it when the body is already under stress — during illness, in very hot weather, after heavy drinking, or after days without proper sleep or food. The heart does not face one risk at a time. It faces the total of everything happening in the body, and when several strains arrive together, the risk climbs sharply.

Young people sometimes believe they are safe because they are young, and that belief is dangerous. A young heart is strong, but it is not invulnerable, and sudden heart events linked with stimulants have happened in young people who had no idea they carried a hidden heart problem. The heart can look and feel perfectly fine while carrying a weakness that only shows itself under sudden strain. Youth is a protection, but it is not a guarantee, and it is no substitute for a proper heart check before using a medicine that speeds the heart up.

What Happens When the Strain Stops

The heart is a remarkably forgiving organ, and much of the strain caused by stimulants eases once the extra load is removed. Heart rate usually settles first. Within hours of the medicine wearing off, the racing pulse slows, the blood vessels relax, and blood pressure starts to fall back toward its usual level. People often notice the difference quickly: the thudding in the chest fades, the feeling of being on edge eases, and sleep comes more easily. These early changes are the heart’s way of showing that it was the stimulant driving the extra work, not a permanent fault in the heart itself.

Over days and weeks, the picture improves further. Blood pressure that was raised by regular use often drifts down, especially when sleep, food and rest return to a normal pattern. The heart no longer has to beat fast all day, so it gets the rest between beats that it needs to fill properly and pump efficiently. Breathlessness during ordinary activity usually eases, and the tiredness that came from a heart working too hard begins to lift. People find they can walk further, climb stairs more easily, and get through a day without feeling winded. These are small changes, but they are real signs that the heart is recovering its reserve.

The deeper changes take longer. A heart muscle that has thickened over months of strain does not thin out overnight, and arteries that have stiffened do not become flexible again in a week. But with time, and with the pressure kept down, the heart can remodel itself in the other direction. The muscle can gradually become less thick, the vessels can regain some of their flexibility, and the heart’s blood supply can improve. How far this goes depends on how long the strain lasted and what else was happening in the body, and no general article can predict it for one person. What is clear is that the direction of travel changes the moment the extra load is removed, and that every week without that load gives the heart a better chance.

There is one caution worth stating plainly. Stopping a prescribed medicine suddenly can itself be difficult, and for some people it can cause its own problems, including a sharp drop in mood and energy, or a rebound in the symptoms the medicine was treating. That is why stopping should be discussed with the doctor who prescribed it, rather than done alone and without warning. A health professional can plan a safe way to reduce the load on the heart, check the heart properly, and arrange the follow-up that makes recovery safer. The heart recovers best when the change is planned, not when it is sudden and unsupported.

My Take:

I want to be straight about this, because the heart is not a topic for vague reassurance. Prescription stimulants do real work on the heart, and the work is not subtle. They make it beat faster, they push blood pressure up, and they ask the heart to keep doing that for hours at a time. A healthy heart can cope with a short burst of extra work. What it cannot do, without paying a price, is cope with that extra work every day for months on end. That is the part I think people miss. They feel the racing pulse and think it is just a side effect that will pass, when in fact it is the heart telling them, plainly and repeatedly, that the load is too much.

What bothers me most is how quiet this damage is. High blood pressure does not hurt. A thickening heart muscle does not send a message. Stiffening arteries do not announce themselves. A person can feel fine, or nearly fine, while the strain is building underneath, and by the time the symptoms appear — the breathlessness on the stairs, the chest tightness, the flutter at night — the heart has already been working too hard for a long time. I think that is the cruel part of this story. The heart is loyal. It keeps working, it adapts, it finds a way to cope, and it does all of that without complaining until it has very little left to give. We should not mistake that loyalty for safety.

I also think about the people who use these medicines without ever having their heart checked, and I find that genuinely worrying. A doctor who prescribes a stimulant usually listens to the heart, checks blood pressure, and asks about family history, because those simple checks catch the problems that turn a manageable risk into a dangerous one. Skipping that check is not a small shortcut. It is the difference between knowing your starting point and guessing it. Nobody would run a marathon without knowing whether their heart could take it, yet people take a medicine that speeds the heart up for hours without ever asking that question. That gap in knowledge is where the worst outcomes hide.

The young-person angle is one I keep coming back to, because I hear the argument so often: I am young, I am fit, my heart is fine. Most young people are fine, and most young hearts are strong, and that is exactly why the exceptions are so shocking when they happen. A hidden heart weakness does not care how old you are. It waits for a moment of sudden strain, and a stimulant can provide exactly that moment. I am not saying this to frighten young people. I am saying it because the protection they believe they have is not as complete as they think, and because a simple heart check is such a small price to pay for knowing the truth.

I think about the rhythm problems too, because they are frightening in a way that a fast pulse is not. A fast pulse is uncomfortable. A rhythm that stumbles, races and then drops feels wrong in a deeper way, and people who have felt it do not forget it. Lying in bed at night, listening to your own heart lose its timing, is a lonely and frightening experience, and it is one that too many people endure in silence because they are embarrassed about how the problem started. There should be no embarrassment in this. A heart that has lost its rhythm needs medical help, whatever the cause, and the sooner it gets that help, the better the outcome is likely to be. Shame has never fixed a heartbeat.

Money and work are part of this story as well, though people rarely connect them to the heart. A person whose heart is under strain gets tired more easily, thinks less clearly, and misses more days of work. They climb stairs more slowly, they carry less, they recover more slowly from illness. Over months, that adds up to lost income, lost opportunities and a life that slowly shrinks around what the heart can manage. It is not just a medical problem. It is a problem that reaches into every part of a person’s day, and it does so quietly, one small loss at a time, until the person realises how much ground they have given up.

I am also honest about the fact that the people most at risk are often the people least likely to seek help. Someone who is using stimulants without a prescription may worry about being judged, or about getting into trouble, and so they stay away from doctors even when their chest hurts or their heart flutters. That silence is dangerous. Doctors have heard this story many times before, and their job is to help, not to punish. A person who walks into a clinic and says, honestly, what they have been taking and what they have been feeling, is giving the doctor the information that could save their life. I would rather see that conversation happen a hundred times unnecessarily than see it avoided once when it mattered.

What gives me hope is how well the heart responds when the strain is removed. I have read the same pattern again and again: the pulse settles, the pressure falls, the breathlessness eases, and the person starts to feel like themselves again. The heart wants to recover. It is built to recover. But it needs the chance, and the chance comes from stopping the extra load and letting the body rest, eat and sleep properly. That recovery is not instant, and it is not always complete, but it is real, and it is worth more than any short-term gain the stimulant seemed to offer. A few hours of extra focus are a poor trade for months of a heart working too hard.

If I could leave one thought with you, it would be this: listen to your heart, literally. If your pulse races when you are sitting still, if you feel breathless doing things that used to be easy, if your chest feels tight or your heart flutters at night, do not explain it away. Those are not small complaints. They are the heart’s way of asking for attention, and attention is what it deserves. Get your blood pressure checked. Tell a health professional what you have been taking. Ask for a proper heart check. These are simple steps, and they cost very little, but they can tell you whether your heart is coping or whether it needs help right now.

Finally, I would say this to anyone who is thinking about taking a stimulant that was not prescribed for them, or taking more than was prescribed: the heart is not a machine you can push forever. It is a muscle, and like every muscle, it has limits. It will keep going for a long time past those limits, because that is what it is built to do, but every day past the limit costs something, and the cost is not always visible until it is large. The focus, the energy, the extra hours awake — they feel like a gain in the moment. But the heart pays for them, quietly and steadily, and the bill arrives sooner or later. If you value your health, your work and your future, that is a trade worth thinking about very carefully before you make it.

I think the most honest thing I can say is that this is not a story about blame. People take stimulants for reasons that feel urgent: to keep up at work, to pass an exam, to stay awake through a long shift, to feel capable when they are exhausted. Those reasons are real, and they deserve understanding, not judgement. But understanding the reason does not remove the risk, and the risk to the heart is real whether the reason was good or bad. The kindest thing we can do is to tell the truth about that risk, plainly and without shame, so that every person who takes one of these medicines knows exactly what they are asking their heart to do, and can make that choice with their eyes open.

There is one practical point I keep returning to, and it is the simplest one in this whole article: get your blood pressure checked. It takes a few minutes, it costs very little, and it tells you something you cannot feel for yourself. A person can walk around for months with raised pressure and feel perfectly well, while the strain on the heart and the arteries quietly grows. A single reading does not tell the whole story, because pressure moves up and down through the day, but a pattern of readings over time tells a great deal. If the numbers are climbing, that is information worth having early, when there is still time to act on it, rather than late, when the damage has already been done. I find it strange that people will check the oil in a car without thinking twice, yet never check the pressure in the system that keeps them alive.

I also think about the families, because they are often the first to see what the person themselves cannot see. A partner notices that the pulse is racing when the house is quiet. A parent notices that their son gets breathless climbing stairs he used to take two at a time. A friend notices that the person at the next desk keeps pressing a hand to their chest and saying it is nothing. These small observations matter, and they deserve to be spoken aloud, gently and without accusation. The person at the centre of the problem is often the last to recognise it, because the change has happened so gradually that it feels normal from the inside. Someone who loves them, saying plainly what they have noticed, can be the moment the story changes.

The other thing I want to say plainly is that the heart does not care about good intentions. It does not matter whether the stimulant was taken to study for an exam that mattered, or to finish a shift that could not be left, or to feel normal on a day when everything felt heavy. The heart deals with the load it is given, not with the reason it was given. That sounds harsh, and I do not mean it unkindly. I mean it because I think people comfort themselves with their reasons, and the comfort hides the risk. A good reason does not make a fast heartbeat harmless. It makes the choice understandable, and the risk still real, and both of those things can be true at the same time.

Finally, I think about what a heart check actually means in practice, because the phrase sounds formal and frightening, and it should not be. It usually starts with a conversation, a blood pressure reading, and a doctor listening to the chest. That is all. There is nothing dramatic about it, and there is nothing to be afraid of in asking for it. The frightening thing is not the check. The frightening thing is carrying a risk you do not know about, year after year, while the heart quietly pays for it. If you have ever felt your heart race when you were sitting still, or felt breathless doing something that used to be easy, or felt a flutter that kept coming back, that is enough reason to ask. You do not need a dramatic symptom to deserve a simple check, and you do not need anyone’s permission to look after your own heart.

One last thing stays with me, and it is the simplest of all. The heart beats without being asked, without thanks, without rest, from before we are born until the day we die. It asks for very little in return: regular sleep, decent food, movement, and freedom from being pushed past its limits day after day. A stimulant asks it to give more than that, for longer than it should, and the heart gives, because that is what it does. But giving without rest has a cost, and the cost is paid in the quiet years later, when the heart can no longer do what it once did easily. Looking after it now, while it is still strong, is not caution for its own sake. It is gratitude for a lifetime of work, and it is the least the heart deserves.

Frequently Asked Questions

How does Prescription Stimulants affect the heart?

Prescription Stimulants can disturb the heart by pushing the body’s normal balance out of place, and the effect often shows up in everyday life before it shows up anywhere else. What a person notices first depends on their health, their pattern of use and the amount involved, so the picture differs from person to person. The harm is rarely a single dramatic moment, because it usually grows from repeated strain that the body cannot fully repair between uses.

How soon can Prescription Stimulants start harming the heart?

Some harms linked with Prescription Stimulants can appear after a short period of use, while others need weeks or months to build into something noticeable. Longer-term harm to the heart tends to grow with the frequency and the length of use, which is why early patterns matter more than people think. Sleep, mood and appetite are often among the earliest things to change, because they respond quickly when the body’s balance is disturbed.

Can the harm Prescription Stimulants does to the heart be reversed?

Other harm, especially to organs that heal slowly, may take much longer to improve, and some changes may not fully reverse. Some effects, such as broken sleep or a dulled appetite, can improve when use stops and the body gets time, food and rest. A qualified health professional can assess an individual situation, which is the only safe way to get a personal answer. Whether the harm to the heart can be reversed depends on what has been damaged and for how long, and no general article can answer that for any one person.

Who notices the harm of Prescription Stimulants on the heart first?

Colleagues, teachers and neighbours may also notice, in missed days, shorter patience and work that is no longer steady. The person using Prescription Stimulants may be the last to see it, since the brain adapts to the pattern and the change feels normal from inside. Family members and close friends often notice the harm first, because they see the small daily changes in mood, sleep, appetite and reliability.

What makes the harm of Prescription Stimulants to the heart worse?

Using Prescription Stimulants more often, in larger amounts or over a longer time generally increases the harm, because the body gets less chance to recover. Mixing Prescription Stimulants with other substances can multiply the danger, especially for breathing, the heart and consciousness. Poor sleep, skipped meals and existing health problems can also make the harm worse, because the body is already under strain.

Where can I read reliable information about Prescription Stimulants and the heart?

For questions about a specific person, the right step is a conversation with a qualified health professional, not an article. Reliable general information about Prescription Stimulants can be found from public health authorities such as NIDA, the NHS, the WHO, the CDC and the DEA, listed in the sources below. Those sources explain harms, risks and patterns of use in plain language, without selling anything or offering personal advice.

Sources

This article is general information only. It is not personal medical advice. For questions about a specific person, speak with a qualified health professional.