Recovering From Diabetic Ketoacidosis: From Intensive Care to Going Home and the Weeks After

The first thing many people notice when they wake in an intensive care bed after diabetic ketoacidosis is not the pain but the plumbing: a drip in each arm, a clip on one finger, a monitor that chirps every time they shift. The second thing is the question that arrives before they can even sit up. When can I go home? And the quieter one underneath it: when will I feel like myself again?

Those two questions have different answers, and the gap between them is where most confusion about DKA recovery time lives. The blood chemistry that made the episode an emergency can be back to normal within a day. The body that produced that chemistry, having spent hours burning its own fat and muscle for fuel, takes considerably longer to trust again.

This explainer walks through the whole arc, from the first hour of treatment to the weeks after discharge, with the evidence laid out honestly and the decisions left where they belong, with the team looking after you.

What actually happens during diabetic ketoacidosis, and why insulin is the fix

Diabetic ketoacidosis, or DKA, is what happens when the body runs so short of insulin that it can no longer use glucose for fuel. Insulin is the hormone that lets sugar move from the bloodstream into cells. Without enough of it, cells go hungry even while the blood is flooded with sugar, and the liver responds the way it would in starvation: it breaks down fat at speed and turns it into ketones. Ketones are acidic fuel molecules, harmless in small amounts. In DKA they pour out faster than the body can buffer them, and the blood itself turns acidic. That acidity is the “acidosis” in the name, and it is what makes DKA dangerous rather than merely unpleasant.

Two other things unravel at the same time. High blood sugar drags water out through the kidneys, so a person with DKA is often profoundly dehydrated, which is why thirst and frequent urination come first. Potassium, an electrolyte the heart depends on to beat in rhythm, shifts out of cells and is lost in urine, so total body stores fall even when a blood test looks normal or high. Mayo Clinic and MedlinePlus both describe this three-part picture: high sugar, acid, and lost fluid and salts.

This explains the counterintuitive part of treatment. The problem is not that blood sugar is high; it is that insulin is missing. Fluids alone cannot switch off ketone production, and neither can willpower or water. Only insulin tells the liver to stop making ketones and lets cells take up fuel again. Everything the intensive care team does in the first hours, from the drip to the hourly blood tests, is built around delivering insulin safely while replacing what the body lost.

DKA recovery time: how long does DKA take to resolve once treatment starts?

Clinicians do not judge DKA recovery by how you feel. They judge it by numbers: the acid level in the blood returning to normal, the ketones clearing, and the chemical gap that signals acidosis closing. Blood sugar usually falls first, often within hours, but the ketones and the acidity take longer, and that lag is where people get impatient. Feeling less nauseated does not mean the episode is over.

How long does DKA take to resolve on paper? Clinical reviews indexed by the NIH, including the StatPearls summary of DKA, describe most episodes clearing within roughly 12 to 24 hours of intravenous fluids and insulin. That figure is a typical range, not a stopwatch. Someone who arrives after a day of vomiting with severe acidosis will take longer than someone whose insulin pump failed overnight and who came in early. The trigger matters too: pneumonia, a urinary infection or a heart event keeps the body under stress and slows the chemistry.

A handful of factors are consistently linked to slower resolution across published series. Older age and other long-term conditions, kidney impairment (because ketones and sugar leave the body through the kidneys), very low blood pressure on arrival, and a delay before treatment began all tend to stretch the timeline. Children generally resolve their chemistry quickly but are monitored more cautiously because of a rare brain-swelling complication covered later in this article.

The honest summary is this: the acute chemical emergency is measured in hours, the hospital stay in days, and the return to full strength in weeks. Each of those phases has its own definition of done, and only the treating team has the lab results to call it.

Intensive care or a regular ward: who goes where, and who is asked to wait before going home

Not everyone with DKA lands in intensive care. The decision hinges on how deep the acidosis is, how alert the person is, and how much monitoring the treatment itself demands. Intravenous insulin lowers blood sugar and shifts potassium rapidly, so it calls for hourly blood tests, a continuous heart monitor and a drip that can be adjusted minute by minute. A high-dependency or intensive care unit is simply the place with the staffing to do that safely.

Those most likely to start in intensive care include people with severe acidosis on their first blood gas, anyone drowsy or confused, people with very low potassium (because the heart rhythm is at risk), pregnant patients, small children, and anyone whose trigger is itself serious, such as sepsis or a heart attack. NHS guidance and the StatPearls review both frame these as the situations that need the closest watch. Someone with a milder episode who is alert and keeping fluids down may be treated on an emergency or general medical ward with the same protocol and less intensive observation.

Who is asked to wait? Discharge is deferred for reasons that often feel frustrating to a patient who is now sitting up and hungry. The commonest: the insulin drip has not yet been safely swapped for injections under the skin; potassium has not settled; the person is not eating and drinking reliably; the infection or other trigger is still being treated; a newly diagnosed person has not yet learned to inject and test; or there is no safe plan for who will be at home. A pump user may be kept until the device has been checked or replaced.

None of this is a judgment about the patient. Stepping down before ketones clear is one of the recognized reasons people return to the emergency department within days.

What the first 24 hours of DKA treatment usually look like

The first hour is about fluid. A person with DKA has often lost several liters of water, and Mayo Clinic describes fluid replacement as the opening move because it restores blood pressure, improves blood flow to the kidneys and dilutes the sugar. Salt-containing fluids run through a drip, quickly at first and then more slowly as the numbers improve.

Insulin follows, given continuously into a vein rather than as injections, so the rate can be steered by hourly glucose checks. Its job is not primarily to lower sugar; it is to switch off ketone production and let cells use fuel. As blood sugar drops toward the normal range, the team does something that surprises patients: they add glucose to the drip. The insulin has to keep running until the ketones are gone, and the added sugar stops the blood glucose from falling too far in the meantime.

Potassium is the third pillar. Insulin drives potassium back into cells, so a level that looked fine on arrival can fall sharply within hours. Replacing it as the drip runs, and checking it repeatedly, is how the team protects the heart’s rhythm. MedlinePlus lists low potassium, low blood sugar and, in children, brain swelling as the main risks of treatment itself, which is precisely why the monitoring is so intensive.

Alongside the chemistry, someone is hunting for the trigger. Blood and urine cultures, a chest X-ray, a heart tracing and a careful history about missed insulin, a failed pump or a new tablet are all routine. Once the acidosis has resolved and the person can eat, the drip insulin overlaps for a short period with insulin injected under the skin before it is stopped, because stopping abruptly lets ketones return. That overlap is a small detail with an outsized effect on DKA recovery time.

How long does someone with DKA stay in the hospital? DKA hospital stay length and what must be true before discharge

The hospital phase has three gates, and how long each takes explains most of the variation people see. Gate one is chemical resolution, the 12-to-24-hour window described above. Gate two is the switch from drip insulin to injections, plus proof that food and drink stay down. Gate three is readiness to manage at home.

For an otherwise healthy adult whose DKA followed missed doses or a pump problem, consumer guidance from Cleveland Clinic and the NHS frames the stay in days rather than weeks. Neither source promises a number, and this article will not either. Several things predictably extend DKA hospital stay length: an infection that needs treatment in its own right, kidney function that dipped with dehydration and must be shown to be recovering, a very low potassium level on arrival, older age, heart disease, or confusion at presentation. A newly diagnosed teenager needs structured teaching before it is safe to leave; an adult with fifteen years of type 1 experience may need only a supply check and a frank conversation about what went wrong.

Before discharge, teams generally want to see the following in place:

• You can eat and drink without vomiting and have taken insulin under the skin with meals, or your pump has been checked and is working.
• Insulin, needles or pump supplies, and glucose and ketone testing supplies are available at home, or there is a clear plan to obtain them through your usual prescriber.
• The trigger has been identified where possible and is being treated or fixed.
• You have a written sick-day plan and know which number to call.
• A follow-up appointment with the diabetes team is booked.

One more question to ask before leaving: were any regular medicines paused during the admission, and does the team want them restarted? That decision sits with the prescribing clinician, not with the discharge paperwork alone.

DKA recovery time at a glance: a table from intensive care to the weeks after

The phases below overlap and vary from person to person, but seeing them side by side helps explain why one answer never fits the question of how long recovery takes. Every range is guideline-level and drawn from the sources listed at the end of this article; none is a promise.

Phase	What is happening	What “done” means	Typical range
Emergency assessment and first hours	Fluids started, insulin drip begun, potassium checked, trigger sought	Blood pressure stable, drip running, potassium in a safe range	First one to two hours (NHS, Mayo Clinic)
Chemical resolution	Acidosis clearing, ketones falling, glucose steadied with added sugar in the drip	Blood acidity normal, ketones cleared, chemical gap closed	Roughly 12 to 24 hours (StatPearls, NIH)
Step-down	Switch to insulin under the skin, eating and drinking, getting out of bed	No return of ketones after the drip stops; meals tolerated	Around a day after resolution; varies
Discharge readiness	Education, supplies, sick-day plan, follow-up booked	Patient and team agree it is safe to leave	Days, not weeks, for uncomplicated episodes (Cleveland Clinic, NHS)
Early home recovery	Fatigue, appetite changes and glucose swings settling	Energy returning, glucose pattern stable	Days to a few weeks
Consolidation	Review appointment, medication plan checked, causes addressed	A plan in place to prevent recurrence	First weeks to months

Notice that the top of the table is governed by lab values and the bottom by how a person functions. A patient can move down the rows faster or slower than a neighbor in the next bed for reasons that have nothing to do with effort. Children usually clear the chemistry quickly but are watched longer; older adults may resolve slowly but need less teaching. The team’s job is to match the pace to the person.

How long does it take to feel normal after DKA? What feeling normal after DKA really involves

Blood work can be normal for a day while the person still feels wrung out, and that gap deserves an explanation rather than a shrug. During DKA the body was in a catabolic state, meaning it was breaking down its own fat and muscle for fuel. Rebuilding that takes protein, calories and time. Electrolytes such as phosphate and magnesium, not always fully corrected in the hospital, settle over days. Sleep in an intensive care unit is fragmented by design. And blood sugar in the first week at home often swings as the insulin plan is re-established, which itself produces tiredness, hunger and irritability.

So how long does it take to feel normal after DKA? Cleveland Clinic and Mayo Clinic both describe full recovery as the expected outcome with treatment, but neither attaches a calendar to the feeling of normality, and clinical studies measure lab resolution rather than energy. What patients commonly report is a stepwise return: appetite first, then steadier sugars, then stamina, with fatigue and a degree of brain fog easing over days to a few weeks. Sore veins from IV lines, a hoarse voice if a breathing tube was needed, and weight lost through dehydration and catabolism are common and usually temporary.

Feeling normal after DKA also has an emotional layer. Many people describe fear about sleeping, about eating, about the next high reading. That vigilance is understandable and, in moderation, protective; it becomes a problem when it stops you eating or drives you to skip insulin out of anxiety about lows. If tiredness is not lifting after a few weeks, or if it arrives with fever, breathlessness, ongoing nausea or persistently high readings, it is not something to wait out. Those are reasons to call the team, not signs of slow healing.

The weeks after DKA: rebuilding routines, appetite, sleep and confidence

The first review appointment is usually where the episode gets its full explanation. Your team will look at the pattern of glucose readings since discharge, check whether the trigger has been dealt with, and recheck kidney function if it dipped in the hospital. Many teams also measure HbA1c, a blood test that reflects average glucose over roughly the previous two to three months and shows whether control was slipping before the crisis.

Daily life comes back in layers. Regular meals are the first priority, because predictable food makes predictable insulin needs. Gentle activity such as walking is generally encouraged as energy allows, with the usual advice to check glucose before and after until you know how your body responds; hard exercise while ketones are still detectable is discouraged because it can push ketone production up. Driving rules vary by jurisdiction and by whether you had a hypoglycemic episode during treatment, so ask rather than assume. Work and school returns are typically judged on stamina and glucose stability, not on a fixed date.

Two things are worth doing deliberately in these weeks. First, look for the root cause without blame. DKA in someone with established diabetes almost always has a reason: an infection, a pump failure, a medicine change, difficulty getting insulin, or a period of burnout. Naming it lets the team fix it. Second, raise diabetes distress or low mood if you notice either. Emotional exhaustion is a documented contributor to missed insulin and to recurrent DKA, and it responds to support. Teams that ask about it are not implying weakness; they are following the evidence on what prevents the next admission.

What are the permanent effects of DKA? The evidence on lasting harm

For most people the answer is reassuring: DKA treated promptly does not leave lasting damage. Cleveland Clinic and MedlinePlus both describe full recovery as the usual outcome. The permanent effects of DKA that do occur cluster in specific circumstances, and it helps to know them precisely rather than to worry about everything.

Cerebral edema, swelling of the brain, is the most feared complication and is largely a pediatric one. The StatPearls review on the NIH bookshelf puts it at roughly 0.5 to 1 percent of childhood DKA episodes; it is rare in adults. It can cause lasting neurological injury, which is why children are rehydrated cautiously and watched for headache, drowsiness or a slowing heart rate during treatment. Adults face different risks: dangerous heart rhythms from very low potassium, blood clots from dehydration and immobility, and, in older or sicker patients, the consequences of whatever triggered the episode. Overall in-hospital mortality in high-resource settings is under 1 percent according to the same review, rising with age, coma on arrival and severe coexisting illness.

Acute kidney injury from dehydration is common but usually reverses as fluids are restored; persistent kidney impairment after a single episode is uncommon in someone whose kidneys were healthy beforehand. Repeated DKA is a different story. Observational studies, which can show association but not cause, link recurrent episodes to worse long-term diabetes outcomes, and pediatric research has raised questions about subtle effects on memory and attention after DKA at diagnosis. That evidence is still developing, and it argues for prevention rather than fatalism.

The honest framing: one well-treated episode is very unlikely to leave a permanent mark. Lasting harm from DKA is mostly a story about severity, delay and repetition, all of which are at least partly modifiable.

Can drinking water help diabetic ketoacidosis?

Water helps with one of DKA’s three problems and does nothing about the other two. Dehydration is real and dangerous, and in the earliest stage, when ketones are only mildly raised and the person is not vomiting, drinking plenty of sugar-free fluids is part of standard sick-day advice from the NHS and the CDC. Fluids support the kidneys in flushing out ketones and glucose and buy time while insulin does the real work.

What water cannot do is switch off ketone production. Only insulin does that. A person who drinks liters of water but has no working insulin will keep making ketones, and the acidity will deepen regardless of how hydrated they are. Once nausea and vomiting set in, drinking becomes impossible, and that moment marks the transition from something manageable at home to something that needs a drip. The NHS is explicit that vomiting with raised ketones is a reason to seek emergency care, not to keep sipping.

Picture two people with a high glucose reading and a mildly raised ketone result on a home meter. Both follow their team’s plan: drink, take the correction insulin the plan specifies, recheck in a couple of hours. The first keeps fluids down and the ketones fall; the second starts vomiting and the ketones rise. Water was helpful for both; it was decisive for neither. Insulin, and for the second person hospital care, made the difference.

So can drinking water help diabetic ketoacidosis? As part of a plan that includes insulin and ketone rechecks, yes, in the earliest stage. As a treatment on its own, no, and believing otherwise delays the one intervention that works.

What people often get wrong about DKA recovery

“DKA only happens in type 1 diabetes.” It is most common in type 1, but Mayo Clinic and Cleveland Clinic both note it occurs in type 2, particularly during severe illness, in a ketosis-prone form seen in some populations, and in people taking a class of glucose-lowering tablets called SGLT2 inhibitors, which can trigger DKA with only modestly raised or near-normal blood sugar. If you take one of these and become unwell, whether to hold it is a question for your prescriber, but the ketone check is yours to do.

“My sugar isn’t that high, so it can’t be DKA.” Ketones, not glucose, define the emergency. The near-normal-glucose form above is the clearest example.

“If I’m not eating, I should skip my insulin.” This is probably the single commonest route into DKA in people with established diabetes. Basal insulin, the background dose that keeps ketones off, is needed whether or not you eat. Sick-day plans exist to guide adjustments; the decision is your team’s, and it is rarely to stop.

“I feel better, so the labs must be fine.” Nausea lifts before the acidosis clears. Teams keep the drip running for a reason.

“Exercise or sugar-free drinks will burn off the ketones.” Exercise without adequate insulin raises ketone production. Rest, fluids and insulin are the sick-day triad.

“DKA means I failed.” Pump failures, infections, medicine interactions, trouble getting insulin and the sheer grind of managing a chronic condition every day cause DKA. Shame drives concealment, and concealment drives recurrence. The most useful thing a person can do after an episode is tell the team exactly what happened, in detail, without editing.

Preventing the next episode: sick-day rules and ketone checks after DKA

Prevention rests on two habits that appear repeatedly in guidance from the NHS and the CDC: never stop background insulin without medical advice, and check ketones when you are ill or when glucose is unexpectedly high. Ketones can be measured on blood test strips or in urine; blood testing gives an earlier and more accurate reading. Keep supplies in date and within reach, because the day you need them is the day you will not feel like hunting for them.

The NHS uses a stepped scale for blood ketones: a mildly raised result calls for extra fluids, insulin according to your plan and a recheck within a couple of hours; a moderately raised result means contacting your diabetes team the same day; a high result, or any vomiting with raised ketones, means emergency care. Ask your team to translate that scale into your own written plan, in the units your meter uses.

Pump users have an extra layer. A blocked cannula or a dislodged set can cut off insulin silently, and ketones build within hours. Standard advice is to check ketones whenever glucose is high and not responding, and to have injectable insulin available as a backup while the set is changed. Continuous glucose monitors help by showing the trend, though they cannot measure ketones.

Illness is the other predictable trigger. Infections raise stress hormones that oppose insulin, so needs rise while appetite falls. A sick-day plan, a thermometer, easy fluids and a low threshold to call are practical protections. Finally, if insulin has ever been stretched or skipped because it was hard to get, say so. Teams cannot help with a barrier they do not know about, and that single conversation prevents more DKA than any meter.

Questions to ask your care team before and after leaving the hospital

A hospital discharge is busy, and the questions that matter most tend to surface on the drive home. Writing them down in advance changes that. These are the ones patients and families most often wish they had asked, grouped by when they are useful.

Before discharge:

• What do you think triggered this episode, and what has been done about it?
• Which insulin am I going home on, and how does it differ from what I was taking before?
• Were any of my regular medicines paused, and who decides when they restart?
• Can you walk me through my written sick-day plan, including the exact ketone numbers that mean call, and the ones that mean go to the emergency department?
• If I use a pump, has it been checked, and what is my backup if it fails again?
• When is my follow-up, and who do I contact before then if readings are high?

At the first review:

• How do my glucose readings since discharge look to you, and what would you change?
• Has my kidney function returned to where it was before?
• Do you recommend a continuous glucose monitor or a change in how I check ketones?
• Is there anything about my work, driving or exercise I should adjust for now?
• Who can I talk to about the stress of managing this, and is that support routine here?

None of these questions second-guesses the team; they are the questions the team wants asked, because each one closes a gap through which the next episode could arrive. If an answer is unclear, ask for it in writing. The person who leaves with a plan they understand is the person least likely to return.

When to call your doctor after DKA: red-flag signs that need urgent attention

The days after discharge are the period of highest risk for a second episode, because appetite is erratic, insulin is being re-established and the body is still recovering. Knowing which symptoms mean emergency care and which mean a same-day call to the diabetes team is part of the treatment, not an afterthought.

Seek emergency care immediately, or call emergency services, if any of the following occur:

• Vomiting that prevents you keeping fluids down, especially with raised ketones or high glucose readings.
• Rapid or deep breathing, a fruity or acetone smell on the breath, or new abdominal pain.
• Drowsiness, confusion, difficulty waking, or a severe headache, particularly in a child.
• A high ketone reading on your meter, whatever the glucose level.
• Chest pain, palpitations, fainting, or a leg that is swollen, warm and painful.

Contact your diabetes team the same day if glucose stays high despite following your plan, if ketones are moderately raised and not falling after fluids and insulin, if you have a fever or signs of infection, if your pump alarms or fails, or if you find yourself unable to take insulin for any reason, including trouble obtaining it. The NHS and Mayo Clinic both stress that early contact, before vomiting begins, is what keeps a wobble from becoming an admission.

Call, too, for the quieter problems: tiredness that is not lifting after a few weeks, low mood or anxiety that is affecting how you eat or dose, or frequent low readings as your new regimen settles. These are not emergencies, but they are exactly the things a follow-up review exists to fix, and they are far easier to correct early than late. Your treating team, not a rule of thumb, decides what happens next.

Frequently asked questions

How long does it take to feel normal after DKA?

Most people describe energy and appetite returning over days to a few weeks after discharge, even though the blood chemistry normalizes within about a day of treatment. The lag reflects muscle and fat broken down during the episode, disrupted sleep, and glucose swings while insulin is re-established. Cleveland Clinic and Mayo Clinic describe full recovery as the expected outcome; if fatigue persists beyond a few weeks or comes with fever or nausea, contact your team.

How long does someone with DKA stay in the hospital?

For an uncomplicated episode in an otherwise healthy adult, consumer guidance from Cleveland Clinic and the NHS frames the stay in days rather than weeks, with no fixed number promised. The acidosis typically clears within 12 to 24 hours, followed by a switch to injected insulin, proof that meals stay down, and discharge planning. Infection, kidney problems, very low potassium, older age, or a new diagnosis needing education all extend the stay.

Can drinking water help diabetic ketoacidosis?

Water helps with dehydration, which is one part of DKA, but it cannot stop ketone production, which only insulin does. In the earliest stage with mildly raised ketones and no vomiting, sugar-free fluids are part of NHS and CDC sick-day advice alongside insulin and rechecking ketones. Once vomiting starts or ketones are high, drinking is not enough and emergency care is needed.

What are the permanent effects of DKA?

One promptly treated episode rarely leaves lasting harm; Cleveland Clinic and MedlinePlus describe full recovery as usual. The main exception is cerebral edema, brain swelling seen in roughly 0.5 to 1 percent of childhood episodes according to the StatPearls review, which can cause neurological injury. Kidney injury from dehydration usually reverses. Repeated episodes are associated in observational studies with worse long-term outcomes, which is why prevention matters.

How long does DKA take to resolve with intravenous insulin?

The StatPearls review indexed by the NIH describes most episodes resolving within roughly 12 to 24 hours of fluids and insulin, defined by normal blood acidity and cleared ketones rather than by blood sugar alone. Glucose often falls within a few hours, well before the acidosis clears. Severe acidosis at arrival, delayed presentation, infection, kidney impairment and older age all tend to lengthen the time to resolution.

Why was glucose added to my drip when my blood sugar was already high?

Because the insulin has to keep running until ketones are gone, not just until sugar is normal. As glucose falls toward the normal range, continuing insulin alone would drive it too low, so teams add glucose to the drip to hold blood sugar steady while insulin finishes clearing the ketones. Mayo Clinic and MedlinePlus describe low blood sugar as one of the main risks of DKA treatment, and this step is how it is prevented.

Can DKA happen in type 2 diabetes?

Yes. It is most common in type 1, but Mayo Clinic and Cleveland Clinic note that DKA occurs in type 2 during severe illness, in a ketosis-prone form seen in some populations, and in people taking SGLT2 inhibitor tablets, where it can develop with only modestly raised or near-normal glucose. Anyone with diabetes who becomes unwell should follow a sick-day plan that includes ketone checks, and any medicine change is for the prescriber to decide.

Why do I still feel so tired weeks after DKA?

The body spent the episode in a catabolic state, breaking down fat and muscle for fuel, and rebuilding takes protein, calories and time. Electrolytes settle over days, intensive care sleep is poor, and glucose swings while the insulin plan is adjusted produce tiredness themselves. Most people improve steadily over days to a few weeks. Fatigue that is not lifting, or that arrives with fever, breathlessness, nausea or persistently high readings, warrants a call to your team.

Should I stop insulin if I am not eating while sick?

Not without your team’s advice. Skipping insulin during illness is one of the commonest routes into DKA, because background insulin is what keeps ketone production switched off whether or not you eat. Illness usually raises insulin needs even as appetite falls. Sick-day plans from the NHS and CDC guide adjustments, fluids and ketone checks; the specific decision about your doses always sits with your prescribing clinician.

When can I exercise or return to work after DKA?

Gentle activity such as walking is generally encouraged as energy returns, with glucose checks before and after until you know how your body responds. Hard exercise while ketones are still detectable is discouraged because it can raise ketone production. Returns to work or school are judged on stamina and glucose stability rather than a set date, and driving rules depend on your jurisdiction and whether you had a low during treatment. Ask your team rather than assume.

References

• NHS: Diabetic ketoacidosis
• Cleveland Clinic: Diabetes-Related Ketoacidosis (DKA)
• MedlinePlus: Diabetic ketoacidosis
• NIH National Library of Medicine (StatPearls): Diabetic Ketoacidosis

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.