Comparison of curative effect and serum electrolytes between different oral rehydration salts in treatment of neurally mediated syncope children / 中南大学学报(医学版)

Objective:To compare the curative effect and the changes of serum electrolytes between oral rehydration salts (ORS) Ⅰ and ORS Ⅲ treatment in neurally mediated syncope children.Methods:The children with the symptom of unexplained syncope and pre-syncope were collected in Second Xiangya Hospital from May 2014 to May 2017.After head-up tilt test (HUTT),their serum electrolytes levels were examined.Children who were positive in the HUTT received ORS (ORS Ⅰ or ORS Ⅲ) and health education.Subjects were randomly divided into an ORS Ⅰ group (n=27) and an ORS Ⅲ group (n=49).Results:There was no statistical significance in sex,age,height,body mass,initial diagnosis and re-diagnosis interval between the 2 groups (P＞0.05);the total efficiency after ORS Ⅲ and ORS Ⅰ treatment were 79.59％ and 62.96％,respectively,with no statistical significance (x2=2.483,P＞0.05);the HUTT negative conversion rate after ORS Ⅲ and ORS Ⅰ treatment were 51.02％ and 48.16％,respectively,with no statistical significance (x2=0.058,P＞0.05);before treatment,the serum sodium [(140.20±2.26) mmol/L vs (138.39±2.72) mmol/L;t=2.856,P＜0.05] in the ORS Ⅲ group was higher than that in the ORS Ⅰ group,the serum phosphorus [(1.46±0.19) mmol/L vs (1.65±0.29) mmol/L;t=3.146,P＜0.05] in the ORS Ⅲ group was lower than that in the ORS Ⅰ group;after treatment,the serum sodium [(140.31±2.01) mmol/L vs (138.88±2.08) mmol/L;t=2.692,P＜0.05] and serum calcium [(2.31±0.09) mmol/L vs (2.24±0.11) mmol/L;t=2.696,P＜0.05] in the ORS Ⅲ group were higher than those in the ORS Ⅰ group,the serum phosphorus [(1.45±0.16) mmol/L vs (1.61±0.25) mmol/L;t=3.128,P＜0.05] in the ORS Ⅲ group was lower than that in the ORS Ⅰ group;after ORS Ⅲ treatment,there was no statistical significance in serum electrolytes between HUTT positive group and HUTT negative group (P＞0.05);after ORS Ⅰ treatment,the serum calcium [(2.29±0.10) mmol/L vs (2.19±0.10) mmol/L;t=2.501,P＜0.05]and serum phosphorus [(1.71±0.24) mmol/L vs (1.50±0.21) mmol/L;t=2.392,P＜0.05] in HUTT positive group were higher than those in HUTT negative group.There was no statistical significance in serum sodium,potassium,magnesium,and chloride (P＞0.05);there was no statistical significance in serum electrolytes between pre-treatment and post-treatment in the ORS Ⅰ group and the ORS Ⅲ group (P＞0.05);there was no statistical significance in serum electrolytes between vasovagal syncope and postural orthostatic tachycardia syndrome in the ORS Ⅰ group and the ORS Ⅲ group before ORS treatment (P＞0.05).Conclusion:The ORS Ⅲ and ORS Ⅰ have the similar efficacy in the treatment of children with neurally mediated syncope.ORS Ⅲ is easier to be accepted by children than ORS Ⅰ,with better compliance.

The Effect of Acute Co-administration of Fansidar® with Vitamin C on Some Serum Electrolytes and Body Weight Changes in Male and Female Wistar Albino Rats.

Aims: To investigate the effect of fansidar® and vitamin C co-administration on serum electrolyte and body weight indices of Wistar albino rats. Place and Duration of Study: Department of Medical Biochemistry, Cross River University of Technology, Okuku Campus, between August 2013 and June 2014. Methodology: Sixty (60) Wistar albino rats were divided into three groups I, II, III (n=20; 10 male, 10 female) weighing between 180-200 g. Group I was designated as the control and received distilled water, groups II and III were treated with 14.29 mg/kg body weight of fansidar® and 14.29 mg/kg body weight each of fansidar® + vitamin C respectively for 14 days. The animals were then sacrificed and blood collected for serum electrolyte analysis. Results: The results obtained showed that the serum [Na+] was significantly (P<0.05) increased in group II females only compared with control. There was a significant (P<0.05) increase in the serum [K+] of groups II and III males and group III females compared with control. There was also a significant (P<0.05) elevation of [CO2] in group II rats (irrespective of sex) compared with the control. The [Cl-] of only the males in groups II and III was significantly (P<0.05) reduced compared with the control. The results of body weight indices investigated showed a significant (P<0.05) decrease in mean weight increase (MWI) and growth rate (GR) of all the test groups compared with the control, however, group III compared with group II was significantly (P<0.05) increased. Conclusion: The alterations in serum electrolyte on fansidar® administration were pronounced in males than females except in the sodium electrolyte levels. The co-administration of vitamin C may reverse the adverse alterations in serum electrolyte and body weight changes caused by fansidar® administration.

The Effect on Serum Electrolytes of Hyperventilation , Steroid and Diuretics in Brain Surgery / 대한마취과학회지

This study was performed to investigate the ranges of electrolyte changes during conventional neurosurgical anesthetic management. We selected 20 patients who were operated for brain tumor, intracranial aneurysm and arteriovenous malformation randomly. All patients were received solumedrol preoperatively and managed with hyperventilation (PaCO2: 25-30 torr), solumedrol (1.0 gm), mannitol, furosemide during operation. At 30 and 60 minutes after mannitol infusion, serum electrolytes (Ka+, K+) were checked. The results were as follows: 1) Serum K+ concentration was decreased from 3.96+/-0.46 mEq/L to 3.63+/-0.40 mEq/L in 30 minutes after diuretic administration (p<0.01). 2) At 60 minutes after diuretic administration, serum K+ concentration was decreased from 3.96+/-0.46mEq/L to 3.75+/-0.37mEq/L (p<0.05) and slightly higher than 30 minutes without statistical significance. 3) Serum Na+ concentration was not significantly changed at 30 and 60 minutes after diuretic administration. In conclusion, frequent evaluation of intraoperative serm electrolytes level should be stressed to prevent distortion of it due to hyperventilation and diuretics in neurosurgical anesthetic management.

Change of Serum Electrolyte Level Following Succinycholine Administration / 대한마취과학회지

Succinylcholine(SCC) is well known to elevate the serum potassium level and to threaten life in some cases. In order to minimize the elevation of serum potassium following SCC, several attempts have been made such as SCC tamming and pretreatment with pancuronium or lidocaine or diazepam. Our study was undertaken to evaluate the change of serum potassium following induction in 60 patients divided into 7 different groups; group l. SCC 1mg/kg; group ll. SCC 2 mg/kg, grouplll, SCC 1mg/kg after SCC 10mg; group IV, SCC 1mg/kg after pancuronium 0.015mg/kg, group V. Pnacuronium 0.1mg/kg; group VI, SCC 1mg/kg after Lidocaine 1mg/kg; grou VII, SCC 1mg/kg after Diazepam 0.2mg/kg. The results were as follows: 1) Serum potassium were increased 0.14mEq/L in group l and 0.17 mEq/L in group ll. 2) Serum potassium were decreased in group lll, VI and VII than their control values but they were not statistically significant. 3) The decrease in serum potassium was most significant in group IV and V.

Changes in Serum Electrolyte and Osmolarity Following Transurethral Resection of the Prostate / 대한비뇨기과학회지

Transurethral resection of prostate is widely popular, effective and easily performable surgery with the least limitation. It is well known that absorption of the irrigant and its following events are the most important factors determining the condition of the patients postoperatively. We studied the changes in serum electrolyte and osmolarity following transurethral resection of prostate in 78 patients of benign prostatic hypertrophy. We divided the patients into two groups, A and B. group A: those were given non-electrolyte solution only during the operation. group B: those were given electrolyte solution during the operation. We compare the results of each group. We also observe the relationship of these results to the irrigating fluid volume, Operation time and resected weight. Following results were obtained. 1. Serum sodium concentration was decreased in 28 cases of group A (75.6%, avg. 5.96mEq/L). 2. Serum sodium concentration was decreased in 16 cases of group B (43.2%, avg. 5.18mEq/L). 3. Serum osmolarity was decreased in 18 cases of group A (75%, avg. 8.83mOsm/kg). 4. Serum osmolarity was decreased in 14 cases of group B (50%, avg. 6. 78mOsm/kg). 5. These changes in serum sodium concentration and osmolarity showed no significance statistically. 6. These changes in serum sodium concentration and osmolarity showed no significant correlation with the amount of irrigant, operation time and resected weight, statistically.

Studies of Various Salt Administrations on Changes in Blood pH and Serum Electrolytes of Rabbit / 대한비뇨기과학회지

The present study is an attempt to delineate the effect of various salt administrations on the changes of blood pH and electrolytes, especially the nature of serum calcium, total and ionic, and serum magnesium. Thirty five male rabbits weighing 1.9 to 2. 5kg were used in this experiment. At the end of the three days diet adjustment period, the animals were divided into seven groups; Group I; Control, Group II; Ammonium chloride oral administration, Group III; Oral administration of sodium bicarbonate, Group IV; Potassium chloride intraveneous injection, Group V; Sodium chloride intravenous injection, Group VI; Calcium chloride intravenous injection, and Group VII; Magnesium chloride intravenous injection. The blood pH was determined by the method by Astrup and bicarbonate in serum by the method of Van Slyke and Neill. Sodium and potassium in serum were determined with an EEL flame photometer. Chloride was determined by the method of Schales and Schales and inorganic phosphorous by the method of Fiske and Subbarrow. Serum total calcium and magnesium were determined according to the method of chelometric titration with Eriochrome blue S.E. Serum ionic calcium was determined by the method of Yanagisawa. The results of this study are as follows: 1. The oral administration of ammonium chloride produced a significant decrease in blood pH. The serum concentrations of bicarbonate, magnesium and potassium were steadily decreased, but serum chloride, serum total and ionic calcium concentrations were increased through the experiment. 2. Sodium bicarbonate ingestion increased the concentration of bicarbonate, magnesium and serum ionic calcium markedly and serum ionic calcium slightly. The blood pH was significantly increased but serum chloride concentration was markedly reduced after ingestion of sodium bicarbonate However, serum potassium and inorganic phosphorus concentrations were decreased slightly. 3. The blood pH was dropped in the first two hours of intravenous injection of potassium chloride and tended to rise again significantly. the concentration of sodium and chloride in serum was increased markedly in two hours of injection but reduced after six hours to control level. Serum phosphorus, total and ionic calcium were reduced steadily, but serum concentration of magnesium, potassium and bicarbonate concentrations were slightly increased through the experiment 4. After sodium chloride was given, intravenously, there was a sustained increase in the concentration of serum sodium, potassium, phosphorus and bicarbonate but the blood pH was decreased in the first two hours and significantly elevated through the experiment. The serum concentration of chloride, magnesium, total and ionic calcium was decreased slightly. 5. B100d pH was slightly increased and the concentration of chloride was elevated sharply after injection of calcium chloride intravenously in the first two hours and come to control level in twenty-four hours. Serum sodium concentration was elevated steadily through the experiment. The concentration of total and ionic calcium in serum was elevated after injection but come to control level in twenty four hours of injection. Serum potassium and magnesium concentrations were decreased slightly in the first two hours and increased in four hours of injection. 6. Magnesium chloride intravenous injection produced a decrease in blood pH and serum concentration of bicarbonate in the first few hours and increase after 6 hours of injection. Serum magnesium, and inorganic phosphorus levels were increased after injection but the concentration of inorganic phosphrous was decreased markedly in twenty four hours of injection. Serum concentration of chloride, ionic calcium and potassium wag markedly reduced.