Traveling With Diabetes Insipidus: Heat, Flights and Keeping Fluid Balance Abroad

The boarding pass is printed, the sunscreen is packed, and then comes the question that keeps a certain kind of traveler awake: what happens to my body when I cannot get to water, or to a toilet, for four hours at a stretch? For anyone traveling with diabetes insipidus, that question is not anxiety. It is physiology.

Most travelers can sweat through a Mediterranean afternoon, shrug off a dry cabin and fall asleep on a delayed connection without a second thought. Their kidneys quietly adjust, concentrating urine when water is scarce and letting it flow when there is plenty. Diabetes insipidus removes that quiet adjustment. The thirst is real, the urine keeps coming, and the margin for error narrows exactly when a holiday makes routine hardest to keep.

None of this means staying home. It means understanding the mechanism well enough to plan around it, and knowing which small decisions matter most.

What diabetes insipidus is, and why travel tests it

Diabetes insipidus is a rare condition in which the body cannot regulate water properly, so it produces large volumes of dilute urine and generates intense thirst. Despite the shared name, it has nothing to do with blood sugar or insulin; the word “diabetes” simply comes from an old term for passing a lot of urine.

The mechanism turns on one hormone. Vasopressin, also called antidiuretic hormone or ADH, is made in the hypothalamus and released from the pituitary gland at the base of the brain. Its job is to tell the kidneys to reabsorb water back into the bloodstream rather than send it out as urine. In central diabetes insipidus, the brain does not make or release enough vasopressin, often after pituitary surgery, head injury, a tumor or an inflammatory process. In nephrogenic diabetes insipidus, the hormone is present but the kidneys do not respond to it, which can be inherited or caused by certain medicines or high blood calcium. Endocrine societies now also use the terms arginine vasopressin deficiency and arginine vasopressin resistance for these two forms.

The scale is striking. The NHS notes that most adults pass roughly 1 to 2 liters of urine a day, whereas someone with untreated diabetes insipidus can pass anywhere from about 3 up to 20 liters. That is the difference between a couple of large bottles and a full bathtub, every day.

A healthy traveler arriving in 38°C heat will concentrate urine to a dark amber and feel a manageable thirst. A traveler with diabetes insipidus keeps producing pale urine regardless. The water lost through sweat is not offset by the kidney holding back; it is added to a loss that was already running. That single fact explains almost every travel precaution that follows.

Traveling with diabetes insipidus: what actually happens in heat

Heat does two things at once to someone with this condition. It increases water loss through sweat and breathing, and it does so at the same time as the usual defense, urine concentration, is either absent or dependent on medicine.

In a normal body, dehydration triggers a rise in blood sodium concentration. Sensors in the brain detect this, release vasopressin, and the kidneys respond within minutes by holding water. Thirst kicks in as a backup. In central diabetes insipidus, the sensors work and the thirst arrives, but the hormone signal is missing unless replaced. In the nephrogenic form, the signal arrives but falls on deaf ears. Either way, the kidneys keep exporting water the body urgently needs.

The CDC lists people with chronic medical conditions and those taking certain medicines among the groups at higher risk during extreme heat, and it stresses that heat illness can develop over hours of exposure rather than in a single dramatic moment. For someone with diabetes insipidus, the practical consequence is that a long museum queue in direct sun or a beach afternoon without shade can tip fluid balance faster than expected.

Thirst remains the most useful early warning for most people with this condition, and it should be respected, not rationed. The exception is adipsic diabetes insipidus, a rare variant in which the thirst mechanism itself is damaged. Travelers with that diagnosis need a far more structured approach agreed with their endocrinologist, because the body will not ask for water when it should.

Heat also affects medicine. Some vasopressin replacement formulations are sensitive to warmth, and a tablet strip or nasal spray left in a hot car or a sun-facing hotel window may lose potency. The product leaflet and a pharmacist can confirm what a specific formulation tolerates.

Does flying affect diabetes insipidus? Cabin air, timing and access

Flying itself does not change how the pituitary or kidneys behave. What changes is everything around them: cabin humidity, hours without a guaranteed toilet, altered meal and sleep timing, and the small logistics of carrying medicine through security.

Aircraft cabins are dry. Humidity in flight often sits well below what most people experience indoors at home, which raises water loss through the skin and airways. For a traveler already losing extra water through urine, that drier air adds a modest but real load across a long haul.

The more pressing issue is access. A person whose kidneys cannot concentrate urine may need the toilet far more often than fellow passengers, and drink correspondingly more. An aisle seat, a refillable bottle filled after security, and a quiet word with cabin crew about a medical condition remove most of the stress. Asking to be allowed to keep drinks during service intervals is reasonable.

Medicine timing is the third piece. Crossing several time zones shifts the clock on which a replacement hormone is taken, and the effect of each administration has a finite duration. Endocrine teams commonly help patients work out how to adapt their schedule to a new time zone before departure; this is a conversation to have in clinic, not a calculation to improvise at the gate. The NHS advises anyone on regular medicine to check timing across time zones with a pharmacist or prescriber before traveling.

A note on clot prevention applies to everyone on long flights. The NHS identifies journeys of more than about 4 hours as a period of raised risk for deep vein thrombosis, and recommends moving around the cabin, flexing the calves while seated, and staying hydrated. Dehydration thickens blood slightly, so the hydration advice carries extra weight here.

Who travels comfortably, and who is usually asked to wait

The great majority of adults with well-controlled diabetes insipidus travel without incident. The typical profile is someone whose diagnosis is established, whose medicine timing has been stable for months, whose thirst mechanism is intact and who understands the difference between too little water and too much.

Some situations usually prompt a clinician to suggest postponing a trip, or planning it far more carefully. A recent diagnosis, when the effective timing and response to replacement hormone are still being worked out, is one. The weeks after pituitary surgery or head injury are another, because urine output can swing dramatically in both directions during that period and needs monitoring that a beach resort cannot provide. Adipsic diabetes insipidus, in which the thirst signal is absent, often calls for a more cautious approach to hot climates altogether.

Children with the condition travel well when a parent or carer is confident about fluids, medicine timing and warning signs, and when the family has a written plan from the pediatric endocrine team. Nephrogenic forms, which do not respond to vasopressin replacement and rely on very high fluid intake, need frank discussion about destinations where safe drinking water is not reliably available.

Other conditions change the picture too. Heart or kidney disease alters how much fluid is safe; pregnancy can temporarily unmask or worsen the condition; and any medicine with a diuretic effect deserves a review before a hot-weather trip.

None of these are prohibitions. They are the factors a treating team weighs when a patient says, “I want to go somewhere hot for two weeks; what do I need to think about?” Raising the trip early, ideally several weeks before booking becomes non-refundable, gives everyone room to plan rather than react.

Desmopressin and flying: how the medicine works and why timing matters

Desmopressin is a synthetic version of vasopressin. It binds to the same receptors in the kidney’s collecting ducts and tells them to reabsorb water, reducing urine volume and easing thirst. It is the mainstay for central diabetes insipidus and is available in several formulations, including tablets, a tablet that dissolves under the tongue, and a nasal spray. It does not help nephrogenic diabetes insipidus because the problem there lies in the kidney’s response, not in the hormone supply.

Each administration works for a limited window, after which urine output rises again. That predictable pattern is what allows patients and clinicians to build a schedule around daily life, and it is also why time-zone travel needs forethought. Shifting the clock forward or back changes the gap between administrations, and a gap that is too short can mean the kidneys hold water for too long.

Two practical points about flying deserve emphasis. First, medicine belongs in hand luggage, never in the hold, where it can be lost, delayed or exposed to temperature extremes. The CDC’s travel packing guidance recommends carrying all prescription medicines in original labeled containers together with a copy of the prescription and a clinician’s letter describing the condition. Second, carry more than the trip strictly requires, to cover delays and cancellations, and split the supply between two bags if traveling with a companion.

Formulation storage varies. Some products are stable at room temperature; others should be kept cool. A pharmacist can advise on the specific product, and an insulated pouch handles most situations. Decisions about whether to adjust timing for a new time zone, or what to do if a dose is missed while traveling, belong with the prescribing clinician and should be written down before departure.

Fluid balance abroad: the two opposite dangers

Travelers with diabetes insipidus walk a path with a drop on either side. One side is dehydration with high blood sodium, the natural direction the condition pushes toward. The other is water overload with low blood sodium, called hyponatremia, which happens when replacement hormone is holding water while the person keeps drinking out of habit or heat-driven thirst. The Mayo Clinic describes hyponatremia symptoms that include nausea, headache, confusion, drowsiness and, when severe, seizures. Dehydration, according to the NHS, produces thirst, dark urine, dizziness, tiredness and a dry mouth.

The trouble is that headache, fatigue and feeling vaguely unwell sit in both columns. Context separates them.

Feature	Dehydration (high sodium)	Water overload (low sodium)
Typical trigger abroad	Heat, missed or late medicine, no toilet access so fluids were skipped	Medicine taken with continued heavy drinking, especially in heat
Urine	Large volumes, pale, frequent	Small volumes, darker, infrequent
Thirst	Marked	Often absent
Weight over a day	Falls	Rises
Common early signs	Dry mouth, dizziness on standing, tiredness	Headache, nausea, bloating, muddled thinking
Serious signs	Confusion, fainting, very low urine output despite thirst	Vomiting, confusion, seizures

Some patients weigh themselves each morning on trips because a swing of a kilogram or more in a day, in either direction, is an early clue. Others rely on the pattern of urine output around each administration. Neither replaces a blood sodium test, which is why persistent symptoms in either column warrant medical assessment rather than guesswork.

Diabetes insipidus and heat: practical decisions across a hot day

A day in a hot climate is a sequence of small choices, and for this condition most of them concern shade, water and timing. The morning is usually the easiest window. Temperatures are lower, medicine taken on waking is working, and sightseeing before midday keeps heat exposure short.

The middle of the day carries the highest load. The CDC’s heat guidance recommends scheduling strenuous or outdoor activity for cooler hours, resting in air-conditioned or shaded spaces, wearing light loose clothing, and drinking before feeling thirsty when heat is extreme. For a traveler with diabetes insipidus, that last point needs one refinement: drinking to thirst remains the guide, but in heat, thirst may arrive after a meaningful deficit has already opened, so keeping water within reach and sipping steadily is sensible.

Alcohol complicates matters. It increases urine output in everyone and blunts judgment about how much water has been drunk. Caffeine has a milder diuretic effect. Neither is forbidden, but both deserve moderation on hot days, and a long lunch of wine in the sun is a plausible route to trouble.

Illness abroad changes the calculation entirely. Vomiting or diarrhea, common enough on holiday, drains water and salt at the same time as making it hard to keep fluids and medicine down. A person with diabetes insipidus who cannot drink enough to match losses can dehydrate quickly. This is one of the clearest situations in which a treating team wants to be contacted early, and travel insurance documents should be checked in advance to confirm that a pre-existing endocrine condition is covered for medical care.

Sweating also carries salt out of the body. Ordinary meals replace it for most people; oral rehydration solutions, available in pharmacies worldwide, are a reasonable backup during stomach upset, though the choice to use them is best agreed with a clinician for anyone on replacement hormone.

Diabetes insipidus diet restrictions: what the evidence actually says

People often expect a strict diet, and the honest answer is that for most adults with central diabetes insipidus who take replacement hormone, there is no special diet. The NHS and NIDDK guidance centers on fluids and medicine rather than food. Eating normally, and drinking to satisfy thirst, is the mainstream advice.

Where diet does matter is the nephrogenic form. Because those kidneys cannot respond to vasopressin, the volume of urine is driven largely by how much solute, chiefly salt and the by-products of protein, the kidneys must excrete. A lower-salt diet, sometimes with moderated protein, reduces the amount of urine needed to carry that load. NIDDK notes that this dietary approach is one of the tools clinicians use in nephrogenic diabetes insipidus, usually alongside certain medicines that paradoxically reduce urine output. The specifics of how much to restrict are individual and are set by the treating team, often with a dietitian.

Abroad, these differences translate into a few practical habits. Restaurant food in many destinations is saltier than home cooking, and cured meats, salty snacks and stock-based sauces can noticeably increase urine output in someone with the nephrogenic form. Reading menus with that in mind helps. Very high-protein holiday eating, the grilled-meat feast, adds solute too.

For everyone with the condition, drinks matter more than food. Water is the safest choice. Sugary drinks add calories without helping, and very large volumes of any single fluid taken quickly while replacement hormone is active carry the low-sodium risk described earlier. Sports drinks are not required for ordinary sightseeing; they have a place during illness or prolonged exertion, but the salt and sugar they contain are not a substitute for steady water intake.

The one universal restriction is moderation with alcohol, for the reasons already covered.

Can you manage diabetes insipidus without medication while traveling?

This question comes up often, sometimes because someone dislikes taking medicine on holiday and sometimes because supply is a worry. The answer depends on which form a person has, and it always sits with their clinician.

Nephrogenic diabetes insipidus is not treated with vasopressin replacement, because the kidneys do not respond to it. Management rests on drinking enough water to match urine output, dietary adjustment, and in many cases medicines that reduce urine volume through different mechanisms, such as thiazide diuretics or certain anti-inflammatory drugs. So in one sense, this form is already managed without hormone, though rarely without any medicine, and the water requirement can run to many liters a day. Travel to places without reliable safe water needs particular care.

Mild central diabetes insipidus is different again. NIDDK notes that some people with a mild form can manage by drinking enough water to satisfy thirst, and a clinician may agree that hormone replacement is not required. That decision is made from blood and urine tests over time, not on a whim before a holiday.

For most people with central diabetes insipidus who rely on replacement, stopping it while traveling is not a reasonable experiment. The consequence is a rapid return to very large urine volumes, unrelenting thirst and disturbed nights, at a time when heat and disrupted routine already raise dehydration risk. Anyone who wants to test whether they still need treatment should raise it in clinic, where it can be done safely with monitoring.

Non-medicine measures still matter alongside any regimen: shade, steady water intake, moderation with alcohol, cool storage of medicine and a realistic itinerary. They support treatment; they do not replace it for people who need hormone.

Diabetes insipidus travel tips: packing, paperwork and the first line of defense

Good travel with this condition is mostly preparation done at home, weeks before the airport. A short checklist agreed with the care team covers most of it.

• Medicine for the full trip plus a margin for delays, in original labeled packaging, in hand luggage, ideally split between two bags.
• A letter from the prescribing clinician naming the condition and the medicine, useful at security, at borders and in any emergency department abroad.
• A copy of the prescription and the generic name of the medicine, since brand names differ between countries.
• Medical identification, whether a bracelet, a wallet card or a phone lock-screen note, stating diabetes insipidus and the medicine taken; this is the detail an unfamiliar clinician most needs.
• A refillable water bottle and an insulated pouch for medicine that needs to stay cool.
• Written guidance from the care team on time-zone adjustment and on what to do if unwell.
• Travel insurance that explicitly covers a pre-existing endocrine condition, with the emergency number saved.

The CDC’s travel packing guidance adds the general point that travelers should research whether their medicines are legal at the destination, since a few substances that are routine in one country are restricted in another. Desmopressin is widely used, but checking with the destination’s embassy avoids surprises.

Some travelers photograph the medicine box, the prescription and the clinician’s letter and store the images in a cloud account, so that a lost bag does not also mean lost information. Learning the local words for “water,” “toilet” and “hospital” is old-fashioned and still effective.

Finally, tell someone. A travel companion who knows what the condition is, where the medicine is kept and what confusion or persistent vomiting would mean is a safety measure no gadget replaces.

What the first days abroad usually look like

The first day or two after arrival are when most travel-related fluid problems surface, for the simple reason that everything changes at once: climate, time zone, sleep, food and routine. A realistic expectation helps.

After an eastward long-haul flight, the body clock lags several hours behind local time. Medicine that was taken at a home-time hour may now fall awkwardly across the new day, and the plan agreed with the care team comes into use. Many people find that the first night’s sleep is broken, partly by jet lag and partly by needing the toilet more than usual as the schedule settles. That is common and, by itself, not alarming.

Thirst often feels heightened on arrival in heat, and urine output may seem higher for a day as the body sheds the dry-cabin deficit. Weighing in each morning, if that is a habit, provides a reference point; stable weight and normal alertness over the first two mornings are reassuring.

By the third day, most travelers describe a new rhythm. Medicine timing has aligned with local time, the hotel’s toilet map is memorized, and daytime water intake has found its level. This is also the point at which people relax and take on more: longer excursions, more sun, a few drinks in the evening. It is a reasonable moment to review whether the plan still fits the actual holiday.

The NHS advises that jet lag typically eases within a few days as the body adapts, and most people with diabetes insipidus report the same for their fluid routine. Persistent disturbance beyond that, especially a headache that does not lift, nausea, or a marked change in urine pattern in either direction, is the signal to step back into caution and contact a clinician.

What people often get wrong

A handful of misunderstandings cause most of the avoidable problems on trips.

“It is a type of diabetes, so sugar is the issue.” It is not. Blood glucose is unaffected by diabetes insipidus. The shared word refers to urine volume. Airport staff, hotel doctors and even some general clinicians may make this assumption, which is exactly why the medical letter should spell out the condition and the hormone involved.

“More water is always safer.” For someone whose kidneys are being told to hold water by replacement hormone, drinking far beyond thirst can dilute blood sodium. The Mayo Clinic lists confusion, nausea and seizures among the consequences of significant hyponatremia. Drinking to thirst, not to a target, is the evidence-based guidance for people with an intact thirst mechanism.

“Missing one administration on a travel day is no big deal.” The kidneys respond within hours, and a hot afternoon without hormone can produce a large fluid deficit. What to do about a missed dose is a question for the prescriber, in advance.

“Cabin pressure interferes with the medicine.” There is no evidence that altitude or pressurization changes how vasopressin replacement works. The real in-flight issues are dry air, toilet access and time-zone timing.

“Dark urine means I am dehydrated.” In this condition, urine is often dilute even when the body is short of water. Pale urine can coexist with dehydration; darker urine may mean the hormone is working. Urine color is an unreliable guide here, unlike in the general population.

“I feel awful, so I must need more water.” Headache and nausea can signal either too little or too much water. Context, urine pattern and weight, or a blood test, resolve the question. Guessing in the wrong direction is the real hazard.

Questions to ask your care team before you go

The most valuable travel tool is a conversation held early enough to act on. These questions cover the ground most endocrine teams would expect to discuss.

• How should I adjust my medicine timing for the time zones I am crossing, going out and coming back?
• What should I do if I miss or vomit up a dose while away?
• How should my specific formulation be stored in a hot climate, and does it need to stay cool?
• What signs should make me stop and seek medical care, and which are urgent?
• Would it help to weigh myself each morning, and what change would concern you?
• If I get a stomach upset, how should I handle fluids, and are oral rehydration solutions suitable for me?
• Can you provide a letter stating my diagnosis and medicine, with the generic name, for security and for clinicians abroad?
• Is there anything about my destination, such as altitude, extreme heat or limited safe water, that changes your advice?
• Are any of my other medicines, including over-the-counter ones, likely to affect fluid balance in heat?
• How should I contact you or your team if I am unwell abroad, and what should a local doctor know about my case?

Bringing the itinerary, including flight durations and the climate at each stop, makes the discussion concrete. So does an honest account of how the holiday will actually be spent; a hiking trip and a beach-and-cocktails week raise different issues.

Some patients ask for a one-page summary they can hand to any clinician: diagnosis, form of the condition, medicine and formulation, usual pattern, recent sodium result, and the name and number of the treating team. Emergency departments abroad rarely have access to home records, and a clear summary shortens the time to sensible treatment.

Every decision that follows from these questions rests with the prescribing clinician and the treating team. The point of asking is to leave with a written plan rather than a memory of a conversation.

When to call your doctor

Most trips pass without any of this being needed. Knowing the red flags in advance is what makes that calm possible.

Seek urgent medical care, at the nearest emergency department or by calling local emergency services, for any of the following: confusion, unusual drowsiness or difficulty waking; a seizure; repeated vomiting that prevents drinking or keeping medicine down; fainting or severe dizziness that does not settle with rest and fluids; a severe or worsening headache with nausea; or signs of heat illness such as a very high temperature, hot dry skin or collapse. Several of these can indicate blood sodium that has moved dangerously in either direction, and only a blood test distinguishes the two. Tell the treating clinicians that the person has diabetes insipidus and what medicine they take; hand over the medical letter.

Contact the home care team or a local doctor the same day, without waiting, if urine output changes markedly from the usual pattern and does not settle within a few hours; if thirst becomes unrelenting despite medicine; if weight has shifted noticeably in a day; if diarrhea or vomiting lasts more than a few hours; or if medicine has been lost, spoiled by heat or run short. The NHS advises anyone with dehydration who cannot keep fluids down, or whose symptoms persist, to seek medical advice promptly, and that threshold is lower for this condition.

Children need a lower threshold still. A child with diabetes insipidus who becomes listless, unusually irritable, refuses fluids or has a dry mouth and few wet nappies or toilet visits should be assessed the same day.

For travelers with adipsic diabetes insipidus, any unexplained change in wellbeing warrants contact with the treating team, because the usual warning of thirst is absent.

When in doubt, the right call is the earlier one. Clinicians would far rather hear about a concern that turns out to be minor than meet a patient after it has become serious.

Frequently asked questions

What precautions should I take if I have diabetes insipidus and travel abroad?

Plan the trip with your endocrine team several weeks ahead. Carry medicine in hand luggage in original packaging with a clinician’s letter, keep water within reach, favor shade and cooler hours in hot climates, and agree in writing how to shift medicine timing across time zones and what to do if unwell. Know the warning signs of both dehydration and low sodium, and check that travel insurance covers a pre-existing endocrine condition.

Does flying affect diabetes insipidus?

Flying does not change how the condition or its treatment works. What changes is the environment: dry cabin air increases water loss, toilet access is limited, and long journeys shift medicine timing. An aisle seat, a refillable bottle, telling cabin crew about the condition and a pre-agreed time-zone plan address these. On flights over about four hours, the NHS also advises moving regularly and staying hydrated to lower clot risk.

What diet restrictions are recommended for people with diabetes insipidus?

For most adults with central diabetes insipidus taking replacement hormone, there is no special diet; guidance from the NHS and NIDDK focuses on fluids and medicine. In nephrogenic diabetes insipidus, a lower-salt and sometimes moderated-protein diet reduces the solute the kidneys must excrete and therefore urine volume. Specifics are set by the treating team. Alcohol increases urine output in everyone and deserves moderation, especially in heat.

How can diabetes insipidus be managed without medication?

It depends on the form. NIDDK notes that some people with mild central diabetes insipidus manage by drinking enough to satisfy thirst, a decision made from tests in clinic. Nephrogenic forms are not treated with vasopressin replacement at all and rely on high fluid intake, dietary changes and often other medicines. Stopping prescribed replacement hormone to test this on holiday is unsafe; raise the question with your clinician instead.

How does diabetes insipidus and heat interact on a hot holiday?

Heat increases sweat and breathing losses while the kidneys continue to pass dilute urine, so fluid deficits open faster than in other travelers. Drinking to thirst, resting in shade at midday, limiting alcohol and keeping medicine cool are the main measures. Illness with vomiting or diarrhea in heat is the highest-risk combination and warrants early contact with a clinician.

What are diabetes insipidus travel tips for medicine storage?

Storage depends on the formulation. Some tablets are stable at room temperature; nasal sprays and some other products should stay cool and out of direct sun. Never leave medicine in a hot car or hold luggage. An insulated pouch covers most situations, and a pharmacist can confirm the tolerances of your specific product. Carry more than the trip requires in case of delays.

Can desmopressin and flying across time zones cause problems?

The medicine acts for a limited window, so crossing time zones changes the interval between administrations. Too short a gap can hold water for too long; too long a gap lets urine output surge. Neither is dangerous if anticipated. Ask your prescriber to write out a plan for both the outbound and return journeys, and keep it with the medicine.

How do I know whether I am dehydrated or have drunk too much water?

The signs overlap, so context matters. Dehydration usually comes with marked thirst, large pale urine volumes and falling weight. Low sodium from water overload often comes with little thirst, small urine volumes, rising weight, headache and nausea. Only a blood sodium test settles it, which is why persistent symptoms in either direction should be assessed by a clinician rather than treated by guesswork.

Should I wear medical identification when traveling with diabetes insipidus?

Yes, most clinicians recommend it. Because the name is so easily confused with diabetes mellitus, identification should state diabetes insipidus and the medicine taken, using the generic name. A bracelet, wallet card or phone lock-screen note works. A confused or unconscious traveler cannot explain their condition, and this detail changes what an unfamiliar emergency team does first.

Can children with diabetes insipidus travel to hot countries?

Usually yes, with preparation. The pediatric endocrine team should provide a written plan covering fluids, medicine timing across time zones and warning signs. Parents should keep water constantly available, avoid midday sun, and seek same-day assessment if a child becomes listless, irritable, refuses fluids or has few wet nappies. Children dehydrate faster than adults, so the threshold for concern is lower.

References

• NHS: Diabetes insipidus
• NIDDK (NIH): Diabetes Insipidus
• NHS: Deep vein thrombosis (DVT)
• MedlinePlus: Diabetes Insipidus

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.