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1  include recurring septic episodes and fluid/electrolyte disturbances.
2 s of overhydration or clinically significant electrolyte disturbances.
3 related to the underlying illness, including electrolyte disturbances.
4 kalemia is one of the few potentially lethal electrolyte disturbances.
5 ropenia, GI, dermatologic effects, pain, and electrolyte disturbances.
6 y (one sensory, one mixed sensorimotor), and electrolyte disturbances.
7 4%) had severe infections (21.8% with H1N1); electrolyte disturbance (21.8%); or pulmonary illness (1
8 ytopenia (29%), elevated transaminase (14%), electrolyte disturbance (29%), and hyperglycemia (10%).
9 g prevention of fluid overload, treatment of electrolyte disturbance and use of kidney replacement th
10 lts with acute alcohol intoxication, such as electrolyte disturbances and aspiration pneumonia, were
11 s regarding potential for fluid overload and electrolyte disturbances and regarding the method of reh
12     Clinical care that targets hypovolaemia, electrolyte disturbance, and acute kidney injury is like
13  are among the most common and morbid of the electrolyte disturbances, and are reflected clinically a
14 xia, constipation, fever, neuropathy, edema, electrolyte disturbances, and hyperglycemia.
15 dium, postoperative metabolic abnormalities, electrolyte disturbances, and increased adrenergic tone
16  often limited by tolerability, hypotension, electrolyte disturbances, and renal dysfunction.
17                      Complications of severe electrolyte disturbances, cerebral edema, or uncontrolle
18 ritis (AIN), although glomerular disease and electrolyte disturbances have also been reported.
19 he skin and the intestinal mucosa leading to electrolyte disturbance, hypoproteinemia and hypogammagl
20 topic dermatitis accompanied by weight loss, electrolyte disturbance, hypoproteinemia and hypogammagl
21 d hypotension in seven, and mild to moderate electrolyte disturbances in 12 infants.
22 r, the prevalence and the pathophysiology of electrolyte disturbances in mitochondrial disease are un
23 nsplantations are associated with pronounced electrolyte disturbances in the postoperative period.
24     These data suggest that diuretic-induced electrolyte disturbances may result in fatal arrhythmias
25 n non-haematological adverse events included electrolyte disturbances (n=15), hyperglycaemia (11), in
26 xamine the effects of multiple acid-base and electrolyte disturbances on expression of NBCn1, NBCn2 a
27  (P < 0.001), blood transfusion (P < 0.001), electrolyte disturbance (P = 0.046), acidosis investigat
28 hypotension, bronchospasm, hypoglycemia, and electrolyte disturbances resulting from systemic use of
29                      Clinicians encountering electrolyte disturbances should be vigilant in monitorin
30 ons in the intensive care unit and potential electrolyte disturbances that may occur as a result of t
31 anaemia to prevent tachycardia, and avoiding electrolyte disturbances to prevent arrhythmias.
32 odel was characterized for blood and urinary electrolyte disturbances under a normal--and low--Mg(2+)
33 entration (p = 0.012); vascular filling, and electrolyte disturbances were not associated with needin
34               We investigated the pattern of electrolyte disturbances with regard to enteral malabsor
35       Cirrhosis is frequently complicated by electrolyte disturbances, with prior studies primarily f