ABSTRACT
En el paciente con diabetes mellitus (DM) y enfermedad renal crónica (ERC), las alteraciones electrolíticas y metabólicas constituyen un verdadero desafío. En noviembre de 2021, el Comité de Nefropatía de la Sociedad Argentina de Diabetes realizó una jornada científica con el objetivo de actualizar las alteraciones hidroelectrolíticas y del metabolismo óseo mineral, y las consideraciones dietarias en ERC y DM.
In patients with diabetes mellitus (DM) and chronic kidney disease (CKD), electrolyte and metabolic alterations constitute a real challenge. In November 2021, the Nephropathy Committee of the Argentine Diabetes Society held a scientific conference with the aim of updating hydroelectrolytic and mineral bone metabolism disorders, and dietary considerations in CKD and DM.
Subject(s)
Diabetes Mellitus , Electrolytes , Renal Insufficiency, Chronic , Kidney Diseases , MineralsABSTRACT
Introduction: Dengue is the most common arboviral diseaseworldwide and is usually endemic, but several epidemics havebeen recorded. Dengue fever is associated with electrolytedisturbances.Material and methods: This study was a cross sectional,descriptive and non interventional study conducted onpatients of Dengue fever, during the period of 18 monthsbetween October 2016 to March 2018 in a tertiary care centre.This study was conducted to find relation between electrolytedisturbances in patients with dengue fever.Results: The majority of the patients 136 (67.32%) weremales while 66 (32.67%) were female patients. The majorityof patients 84.65% were with Dengue fever and 14.35%patients were with Dengue hemorrhagic fever and 0.99%patients were with Dengue shock syndrome. Hyponatremiaand hypokalemia was the frequent electrolyte disturbancesfound in dengue patients. The mean value of serum sodiumwas 133.92mEq/L and of serum potassium was 3.62mEq/L.There exists a positive and significant correlation betweendifference in serum sodium (r = 0.38) and potassium levels(r = 0.41) with Dengue clinical syndrome (DF, DHF, andDSS) which implies that as the difference between the levelsincreases, greater are chances of the Dengue fever towardsDHF or DSS.Conclusions: Hyponatremia was the most frequent electrolytedisturbance and hyperkalemia was least common observed inpatients with Dengue viral infection. Mild hyponatremia andmild hypokalemia were more common among patients ofDengue fever whereas moderate and severe hyponatremia andhypokalemia were more common among Dengue hemorrhagicfever (DHF) and Dengue shock syndrome (DSS).
ABSTRACT
Electrolytes are essential substances that support life,which are important for maintain homeostasis. The extracellular and intracellular essential electrolytes,such as sodium,potassium,calcium and magnesium,are all important components in the process of nucleic acid and protein synthesis,plasma osmotic pressure and neuromuscular excitability. The patients present with irritability,tetany,tachycardia,arrhythmia and even sudden death. Inherited electrolyte imbalances are rare disorders. But the clinical diagnosis is easy by general biochemical examination. All of the diseases are treatable. If the patients were treated in time and correctly,the outcome of most patients should be favourable. Recent advances of genetic studies contribute to more understanding of the inherited electrolyte disturbances. This review describes the clinical characteristics,the diagnostic methods,treatment strategies and the genetic advances of the severe genetic electrolyte disturbances associated with sudden death.
ABSTRACT
Background: Electrolyte and acid-base disturbances are common in critically ill patients. Early appreciation and appropriate interventions to maintain this internal milieu are lifesaving and cost effective for the patients. Objective of the study: To analyze the effects of electrolyte and acid-base disturbances on hospital mortality in critically ill patients. Materials and methods: A retrospective case control study was done on 100 patients in the intensive care unit of our hospital for six months. Results: The incidences of electrolyte and acid-base disturbances were higher in non-survivors than survivors. The serum potassium value had both clinical (4.318 in the survivors vs. 4.815 in the nonsurvivors) and statistical significance (p=0.0298) between the survivor and non-survivor group. Arterial blood HCO3 (0.0304), CO2 (P=0.0396) and pH (P=0.015) at admission were statistically different between the two groups. The incidence rates of hyperkalemia (65%), respiratory acidosis (62.5%) and mixed metabolic acidosis and respiratory acidosis (65%) were higher in the non-survivor group. Conclusion: Electrolyte and acid-base disturbances hyperkalemia, respiratory acidosis and mixed respiratory with metabolic acidosis are highly associated with hospital mortality
ABSTRACT
Background: Electrolytes play an important role in various physiological functions of the body. Electrolyte disturbances are one of the most common problems encountered in critically ill patients. Drugs are also known to cause adverse electrolyte consequences. These drugs could be anti-hypertensive agents, hormones, antipsychotics or steroids. There is paucity of published literature on electrolyte disturbances caused by drugs. The purpose of our study was to evaluate the electrolyte disturbances caused by various drugs in critically ill patients.Methods: Following approval of the Institutional Ethics Committee, data collection was started. Adverse Drug Reactions (ADRs) presenting as an electrolyte disturbance in emergency medicine department or occurring in hospitalized patients in the Intensive care unit (ICU) of our hospital was be collected. ADRs resulting into electrolyte disturbances were identified and analysed in detail for demographic details, types of electrolyte disturbances, seriousness, severity, causality and preventability of ADRs. Fisher's exact test was done to find out the statistical difference between the electrolyte disturbances and different drugs.Results: Total 58 ADRs were reported as an electrolyte disturbance. Mean age of the patients affected was 52.48 years. Highest number of ADRs were observed in the age group of 61 to 70 years. Hypokalemia constituted 32 cases (55.2%) followed by hyponatremia (25.9%), hyperkalemia (6.9%), hypernatremia (6.9%), hypocalcemia (1.7%), hypomagnesemia (1.7%) and hypophosphatemia (1.7%). Insulin was associated with maximum cases of ADRs (27.6%).Conclusions: Electrolyte disturbances constitutes a major chunk of ADRs especially in critically ill patients. The physicians must be well-versed with the dynamics of fluid-electrolyte balance.
ABSTRACT
Objective To study the clinical effect of Qiliqiangxin capsule (QC) in patients with chronic congestive heart failure (CHF). Methods According to random number table,64 CHF patients were randomly assigned into therapy group (n=33) and control group (n=31).During the treatment,sweat secretion,heart function improved rate,6 min walking distance,the side-effect and compliance were observed.The levels of serum Na+ and K+ of patients were measured on the 2nd,8th and 15th hospital day.Results Compared with control group,the remission rate of sweat secretion in therapy group was higher after treatment (P0.05);compared with control group,the improved rates of heart function and 6 min walking distance in therapy group were higher after two weeks (P0.05);on the 15th day,the level of serum Na+ in therapy group was higher than that in control group (P0.05).During treatment,33 patients had not any uncomfortable complain about this drug and nobody stopped using this capsule;while there was no complain from the patients of control group.Conclusion The effect of QC about releasing hyperidrosis in a short time is conspicuous.QC can improve heart function,but it plays this role gradually.QC can keep the level of serum Na+ to some extent.There is no influence on the level of serum K+.The tolerance of this capsule is well.