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PubMed · 12143836

SIADH: a case review.

L Shirland
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Abstract

Because the syndrome of inappropriate secretion of antidiuretic hormone (SIADH) can cause neurologic sequelae with the potential to affect long-term outcomes, its prompt recognition and treatment are essential. Normally, antidiuretic hormone (ADH) is secreted when effective circulating blood volume is decreased. SIADH is marked by secretion of ADH in the presence of effective or normal circulating blood volume. This causes plasma hyponatremia simultaneously with plasma hypo-osmolality and inappropriate hyperosmolality of the urine. This article explains the pathophysiology of the syndrome; describes its diagnosis, clinical course, and treatment; and exemplifies the syndrome with a case study.

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ComaFemaleHemodynamicsHomeostasisHumansInappropriate ADH SyndromeInfant, NewbornNeonatal NursingNephronsOsmolar ConcentrationPrecipitating FactorsSeizuresCase ReportsJournal ArticleReview

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L Shirland. 2001. SIADH: a case review.. https://doi.org/10.1891/0730-0832.20.1.29

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Predicting coma and other low responsive patients outcome using event-related brain potentials: a meta-analysis.

OBJECTIVE: A meta-analysis was performed to estimate the predictive power (odd ratio, OR) for awakening of auditory event-related potential (ERP) components in low responsive patients with stroke or hemorrhage, trauma, anoxic, post-operative, and metabolic encephalopathy etiologies. METHODS: We reviewed MEDLINE and analyzed citations for retrieved articles. Logistic regressions were applied on patient samples (Glasgow Coma Scale <12) across and for separate etiologies. RESULTS: For stroke and hemorrhage the ORs with 95% confidence intervals were: 2.05 [1.12-3.75] (N100), 4.47 [1.92-10.44] (MMN), 10.29 [2.00-52.79] (P300), for trauma: 1.63 [0.70-3.80] (N100), 4.72 [1.35-16.44] (MMN), 12.89 [4.82-34.43] (P300), anoxic: 8.03 [2.83-22.75] (N100), 15.50 [4.27-56.26] (MMN), 5.93 [2.38-14.77] (P300), post-operative: 10.66 [1.98-57.50] (N100), metabolic encephalopathy: 2.12 [0.34-13.13] (N100), 3.60 [0.28-46.36] (MMN), 7.71 [0.75-79.77] (P300), and all etiologies: 2.85 [1.91-4.27] (N100), 6.53 [3.55-12.01] (MMN), and 8.79 [4.88-15.83] (P300). Based on six N100 studies (N=548 patients), five MMN studies (N=470), and six P300 studies (N=313), the N100, MMN, or P300, when present, significantly predicted awakening, P300 and MMN being significantly better predictors than N100. CONCLUSIONS: The MMN and P300 appear to be reliable predictors of awakening. SIGNIFICANCE: The prognostic assessment of low responsive patients with auditory ERP should take into account both MMN and P300.

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