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Diabetes insipidus associated with a brain tumour diagnosisDDiabetes insipidus associated with a brain tumour diagnosisDiabetes insipidus associated with a brain tumour diagnosisEnglishNeurology;EndocrinologyChild (0-12 years);Teen (13-18 years)Brain;Kidneys;BladderNervous system;Endocrine system;Renal system/Urinary systemConditions and diseasesAdult (19+)NA2022-01-10T05:00:00Z9.8000000000000051.1000000000000613.000000000000Health (A-Z) - ConditionsHealth A-Z<p>Find out what diabetes insipidus is, what can cause this rare condition and what the impact may be on your child's future.<br></p><h2>What is diabetes insipidus</h2> <figure> <span class="asset-image-title">Water retention</span> <img src="https://assets.aboutkidshealth.ca/AKHAssets/Water_retention_ADH.jpg" alt="ADH is sent from the pituitary gland to the kidney signalling it to conserve water" /> <figcaption class="asset-image-caption">The hypothalamus and pituitary gland produce hormones that are involved in controlling thirst and the need to urinate. These hormones trigger the kidneys to conserve water.</figcaption> </figure> <p>Diabetes insipidus (DI) is a condition that reflects the body’s inability to retain water. As a result, if not treated, large amounts of dilute (colourless) urine are produced, leading to the need to urinate (pee) frequently. It may also cause intense feelings of thirst. DI is rare. It may happen when the <a href="/article?contentid=1306&language=english&hub=braintumours">brain tumour</a> is near the <a href="/article?contentid=1307&language=english&hub=braintumours">hypothalamus or pituitary gland</a>, or if there is damage to these areas during surgery.</p><p>The hypothalamus is our "thirst centre," and senses when we need to drink. This helps ensure our body has enough water and does not become dehydrated. The hypothalamus produces a hormone called antidiuretic hormone (ADH), which is also called vasopressin. ADH helps the body retain water. It is stored and released from the pituitary gland. It then acts on kidneys. The kidneys concentrate our urine to help conserve water. Without ADH, DI develops, and the kidneys cannot retain water and the urine becomes dilute or watery. This causes children with DI to pee a large amount and may cause them to be extremely thirsty to encourage them to replace the water that was lost in the urine. If your child does not act on the feeling of thirst and drink enough fluids, they may become dehydrated.</p><p>Some children with brain tumours lose their sense of thirst and may need to carefully monitor fluid intake and output to remain healthy.</p><h2>Key points</h2><ul><li>Diabetes insipidus is different than diabetes associated with high blood sugar (diabetes mellitus).</li><li>Diabetes insipidus reflects the body’s inability to retain water and results in large amounts of dilute urine.</li><li>Diabetes insipidus may be caused by a brain tumour or by the surgery to treat it.</li><li>Diabetes insipidus is usually treated with a synthetic form of antidiuretic hormone called desmopressin (DDAVP).</li><li>If the condition is not treated it can lead to dehydration and an electrolyte imbalance.</li><li>In some cases, diabetes insipidus may go away a few weeks after surgery, but often it is permanent. </li></ul><h2>What causes diabetes insipidus?</h2><p>There are two possible causes of diabetes insipidus:</p><ul><li>The tumour: If a tumour is pressing on the hypothalamus or pituitary gland, it may affect the production of antidiuretic hormone (ADH).</li><li>The surgery: The pituitary stalk may be cut or damaged during removal of the tumour. This affects the production of ADH for a few weeks, or in some cases permanently.</li></ul><h2>How do we screen for diabetes insipidus?</h2><p>The health-care team will monitor the amount of urine production. If there is concern for DI, urine tests will be done to check concentration and water balance in the body, particularly during and after surgery.</p><h2>How can diabetes insipidus be treated?</h2><p>DI related to brain tumours can be treated with a synthetic form of ADH (also called <a href="/article?contentid=122&language=english">desmopressin</a> or DDAVP). It is typically taken as a pill or as a tablet that melts beneath the tongue to replace the ADH produced by the pituitary gland.</p>
Diabète insipide associé au diagnostic d’une tumeur cérébrale DDiabète insipide associé au diagnostic d’une tumeur cérébrale Diabetes insipidus associated with a brain tumour diagnosisFrenchNeurology;EndocrinologyChild (0-12 years);Teen (13-18 years)Brain;Kidneys;BladderNervous system;Endocrine system;Renal system/Urinary systemConditions and diseasesAdult (19+)NA2022-01-10T05:00:00Z9.8000000000000051.1000000000000613.000000000000Health (A-Z) - ConditionsHealth A-Z<p>Découvrez ce qu’est le diabète insipide, ce qui peut causer cette maladie rare et quels effets cela peut avoir sur l’avenir de votre enfant.</p><p>Le diabète insipide est une maladie qui cause d’intense sensations de soif et le besoin d’uriner souvent. Il se produit parce que le corps ne peut pas empêcher la perte d’eau. Le diabète insipide est rare. Il peut se produire quand la <a href="/article?contentid=1306&language=french">tumeur</a> se trouve près de <a href="/article?contentid=1307&language=french">l’hypothalamus ou de l’hypophyse</a>, s’il y a des dommages à ces régions. </p><p>L’hypothalamus est notre « centre de la soif » et il détecte quand nous avons besoin de boire. Cela permet à notre organisme d’avoir suffisamment d’eau et de ne pas se déshydrater. L’hypothalamus produit une hormone appelée hormone antidiurétique (HAD), qui est également appelée vasopressine. La HAD aide l’organisme à retenir l’eau. Elle est stockée et libérée par l’hypophyse. Elle agit alors sur les reins. Les reins concentrent l’urine pour aider à conserver l’eau. En l’absence d’HAD, une maladie appelée « diabète insipide » (DI) se développe, les reins ne peuvent plus retenir l’eau et l’urine devient diluée ou aqueuse. Les enfants atteints de DI urinent alors en grande quantité et peuvent avoir très soif, ce qui est la manière de l’organisme de les encourager à remplacer l’eau perdue dans l’urine. Si votre enfant ne répond pas à sa sensation de soif en buvant suffisamment, il peut se déshydrater. Certains enfants atteints de tumeurs cérébrales perdent la sensation de soif et peuvent avoir besoin de surveiller attentivement l’apport et la production de liquides pour rester en bonne santé. </p><p>Certains enfants atteints de tumeurs cérébrales perdent la sensation de soif et peuvent avoir besoin de surveiller attentivement l’apport et la production de liquides pour rester en bonne santé.<br></p><h2>À retenir</h2><ul><li>Le diabète insipide est différent du diabète associé à l’hyperglycémie (diabète sucré). </li><li>Le diabète insipide est dû à l’incapacité de l’organisme de retenir l’eau et entraîne une grande quantité d’urine diluée. </li><li>Le diabète insipide peut être causé par une tumeur cérébrale ou par une intervention chirurgicale destinée à la traiter. </li><li>On traite habituellement le diabète insipide par une forme synthétique de l’hormone antidiurétique appelée desmopressine (DDAVP). </li><li>Si la maladie n’est pas traitée, elle peut conduire à une déshydratation et à un déséquilibre électrolytique. </li> Dans certains cas, le diabète insipide peut disparaître quelques semaines après l’intervention chirurgicale, mais il est souvent permanent. </ul><h2>Quelles sont les causes?</h2><p>Le diabète insipide a deux causes possibles.</p><ul><li>La tumeur : Si une tumeur applique une pression sur l’hypothalamus ou l’hypophyse, elle peut affecter la production de vasopressine. </li><li>La chirurgie : La tige de l’hypophyse peut être coupée ou endommagée pendant le retrait de la tumeur. En conséquence, la production de vasopressine est affectée pendant quelques semaines ou, dans certains cas, de façon permanente. </li></ul><h2>Quelles sont les méthodes de dépistage?</h2><p>L’équipe de soins de santé surveillera la quantité d’urine produite. En cas de risque de DI, elle effectuera des analyses d’urine pour vérifier la concentration et le bilan hydrique dans l’organisme, en particulier pendant et après l’intervention chirurgicale. </p><h2>Que peut-on faire?</h2><p>On peut traiter le diabète insipide avec une forme d’ADH artificielle (desmopressine ou DDAVP). On la prend généralement sous la forme d’une pilule ou d’un comprimé qui fond sous la langue, pour remplacer l’HAD produite par l’hypophyse. </p>

 

 

 

 

Diabetes insipidus associated with a brain tumour diagnosis1430.00000000000Diabetes insipidus associated with a brain tumour diagnosisDiabetes insipidus associated with a brain tumour diagnosisDEnglishNeurology;EndocrinologyChild (0-12 years);Teen (13-18 years)Brain;Kidneys;BladderNervous system;Endocrine system;Renal system/Urinary systemConditions and diseasesAdult (19+)NA2022-01-10T05:00:00Z9.8000000000000051.1000000000000613.000000000000Health (A-Z) - ConditionsHealth A-Z<p>Find out what diabetes insipidus is, what can cause this rare condition and what the impact may be on your child's future.<br></p><h2>What is diabetes insipidus</h2> <figure> <span class="asset-image-title">Water retention</span> <img src="https://assets.aboutkidshealth.ca/AKHAssets/Water_retention_ADH.jpg" alt="ADH is sent from the pituitary gland to the kidney signalling it to conserve water" /> <figcaption class="asset-image-caption">The hypothalamus and pituitary gland produce hormones that are involved in controlling thirst and the need to urinate. These hormones trigger the kidneys to conserve water.</figcaption> </figure> <p>Diabetes insipidus (DI) is a condition that reflects the body’s inability to retain water. As a result, if not treated, large amounts of dilute (colourless) urine are produced, leading to the need to urinate (pee) frequently. It may also cause intense feelings of thirst. DI is rare. It may happen when the <a href="/article?contentid=1306&language=english&hub=braintumours">brain tumour</a> is near the <a href="/article?contentid=1307&language=english&hub=braintumours">hypothalamus or pituitary gland</a>, or if there is damage to these areas during surgery.</p><p>The hypothalamus is our "thirst centre," and senses when we need to drink. This helps ensure our body has enough water and does not become dehydrated. The hypothalamus produces a hormone called antidiuretic hormone (ADH), which is also called vasopressin. ADH helps the body retain water. It is stored and released from the pituitary gland. It then acts on kidneys. The kidneys concentrate our urine to help conserve water. Without ADH, DI develops, and the kidneys cannot retain water and the urine becomes dilute or watery. This causes children with DI to pee a large amount and may cause them to be extremely thirsty to encourage them to replace the water that was lost in the urine. If your child does not act on the feeling of thirst and drink enough fluids, they may become dehydrated.</p><p>Some children with brain tumours lose their sense of thirst and may need to carefully monitor fluid intake and output to remain healthy.</p><h2>Key points</h2><ul><li>Diabetes insipidus is different than diabetes associated with high blood sugar (diabetes mellitus).</li><li>Diabetes insipidus reflects the body’s inability to retain water and results in large amounts of dilute urine.</li><li>Diabetes insipidus may be caused by a brain tumour or by the surgery to treat it.</li><li>Diabetes insipidus is usually treated with a synthetic form of antidiuretic hormone called desmopressin (DDAVP).</li><li>If the condition is not treated it can lead to dehydration and an electrolyte imbalance.</li><li>In some cases, diabetes insipidus may go away a few weeks after surgery, but often it is permanent. </li></ul><h2>What causes diabetes insipidus?</h2><p>There are two possible causes of diabetes insipidus:</p><ul><li>The tumour: If a tumour is pressing on the hypothalamus or pituitary gland, it may affect the production of antidiuretic hormone (ADH).</li><li>The surgery: The pituitary stalk may be cut or damaged during removal of the tumour. This affects the production of ADH for a few weeks, or in some cases permanently.</li></ul><h2>How do we screen for diabetes insipidus?</h2><p>The health-care team will monitor the amount of urine production. If there is concern for DI, urine tests will be done to check concentration and water balance in the body, particularly during and after surgery.</p><h2>How can diabetes insipidus be treated?</h2><p>DI related to brain tumours can be treated with a synthetic form of ADH (also called <a href="/article?contentid=122&language=english">desmopressin</a> or DDAVP). It is typically taken as a pill or as a tablet that melts beneath the tongue to replace the ADH produced by the pituitary gland.</p><h2>How will this affect your child’s future?</h2><p>Children who have DI may need to take desmopressin supplements for life. They should always have access to water and be allowed to drink if they are thirsty. If your child is required to restrict their fluid intake or if they are unwell and cannot drink, the health-care team should be contacted to determine how to prevent dehydration. This may involve administering fluids intravenously (through an IV). If the condition is not treated, it can lead to dehydration or an imbalance of electrolytes.</p>Diabetes insipidus associated with a brain tumour diagnosisFalse

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