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Assessment Levels of Some Electrolytes in Hypothyroidism Patients
ISSN: 2167-1168

Journal of Nursing & Care
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  • Research Article   
  • J Nurs Care , Vol 8(2)

Assessment Levels of Some Electrolytes in Hypothyroidism Patients

Salim Hussein Hassan*, Ahmed Ali and Jaafar Khalaf Ali
Department of Community Health, Karbala Technical Institute, Al- Furat Al-Awsat University, Iraq
*Corresponding Author: Salim Hussein Hassan, Department of Community Health, Karbala Technical Institute, Al- Furat Al-Awsat University, Iraq, Tel: 07702638133, Email: [email protected]

Received Date: Jan 18, 2019 / Accepted Date: May 15, 2019 / Published Date: May 22, 2019

Abstract

Background: Hypothyroidism is one of the most common forms of thyroid dysfunction. It is influence on the value of electrolytes.

Objective: The study was designed to find out the effect of hypothyroidism on some electrolytes and total calcium levels.

Patients and materials: A total of thirty known cases of hypothyroidism and twenty age and sex match controls were selected. Blood samples were taken from both (patients and control) to evaluate thyroid stimulating hormone (TSH) by ELISA method, as well as potassium, sodium and calcium were measured automated by Genex Elyte 4 device.

Results: It was found the levels of total calcium and sodium were decreased significantly (p<0.05) cases as compare with control group, while the level of potassium was decreased no significantly (p>0.05) in cases than control. Also, the results were indicated to a significant negative correlation between serum TSH value and calcium level in patients. Increased the TSH levels, lower will be the levels of serum calcium, sodium and potassium levels.

Conclusion: It was concluded the level of total calcium was decreased significantly in person with hypothyroid as well as sodium.

Keywords: Hypothyroid; Calcium; Electrolyte; Sodium

Introduction

Hypothyroidism is a disease of thyroid gland that characterized with low level of thyroxin hormone (T3 and T4) in addition to high level of thyroid stimulating hormone (TSH). Hypothyroidism is popular among women as ten times in men and its prevalence increases with age. The occurrence of thyroid dysfunction, by definition, is testing patients in different geographical areas, primary care clinics and in population that have not been screened previously it can be severe with obvious, or moderate to mild or can be sub-clinical hypothyroidism. Insufficiency of thyroid hormones distresses whole metabolism of the body [1,2]. Electrolytes play a vital role in several body progressions, such as directing fluid levels, acid-base equilibrium (pH), nerve passage, blood coagulation and muscle tightening [3]. Thyroid illness is common in the general population, and the frequency increases with oldness. In India, hyperthyroidism is considered the commonest form of thyroid disorder due to the high number of Indian people who are suffering from thyroid diseases [4]. Thyroid hormone is a crucial controller of body hemodynamics, thermoregulation and breakdown. Thyroid hormones achieve a wide array of metabolic functions including directive of lipid, carbohydrate, protein, electrolyte and mineral metabolisms, whereas lipid metabolism as a result to increasing thyroid hormones is well known, while the effect on minerals and electrolytes has not been well-known and also the underlying mechanisms are not well established [5]. Sodium and potassium are main components of the enzyme Na+-K+ ATPase, which is an enzyme present on the cell membrane that aids in the transportation of water and nutrients through the cell membrane [6]. Thyroid hormones regulate the action of sodium potassium pushes in best of the tissues. In ancient study the mortality rate was increased as outcomes of patients with electrolyte disorders, mainly hypo- and hyper natremia, which were found to be associated with, increased mortality [7].

Thyroid hormones are necessary for usual development and growth of skeletal system. Thyroid dysfunction is often linked with instabilities of calcium and phosphorous homeostasis. Thyroid disorders are important cause of secondary osteoporosis. Few studies show normal serum calcium and phosphorous levels while others show decreased levels in hypothyroidism [8]. Even though the changes in the calcium and magnesium may be minor in thyroid disorders, these conflicts will be significant for patient in the semi-permanent [9]. In hypothyroidism there is a miserable turnover due to reduced utilization of calcium into the bone that pointer to decrease the blood calcium level. In hypothyroidism increased creation of thyroid calcitonin can help the tubular reabsorption of phosphate and also favors the tubular excretion of calcium [10]. This study aimed to assess the levels of serum electrolytes such as sodium, potassium and calcium in hypothyroidism patients.

Materials and Methods

All patients with hypothyroidism who included in this study were attending the outpatient clinic. The study was performed on 30 (4 male and 26 female) hypothyroidism patients and 20 (5 male and 15 female) healthy individuals (control group). A paper of information was filled from each patient who includes name, age, sex, occupation, and family history of hypothyroidism. Blood sample (5 ml) was taken from both (patient and control group) to evaluate the level of some electrolytes (sodium, potassium and calcium) by Genex Elyte 4 device according to manufactured company that approved with it. Also, thyroid stimulating hormone (TSH) was measured by ELISA technique according to procedure that provided with the kit (Elabscience com). The obtained data of study were calculated as mean ± SD at P value less than 0.05 significant.

Results

The study results showed that the high incidence of hypothyroidism was in female (86%) versus in male was (14%), and results showed 12 (40%) case out of 30 at age less or equal 50 years and only 18 cases (60%) were above 50 years, also the control group was in the same age range as showed in Table 1.

Gender Frequency No Percentage %
Patients    
Male 4 14%
Female 26 86%
Control
Male 5 25%
Female 15 75%
Age
Patients    
<50 years 12 40%
>50 years 18 60%
Control
<50 years 9 45%
>50 years 11 55%

Table 1: The frequency of gender and age among patients and control.

The results show the mean value of electrolytes sodium and calcium were decreased significantly (P<0.05) in hypothyroidism patients as compared with control as showed in Tables 2 and 3, while the level of potassium decreased non significantly (P>0.05) as illustrated in Table 4. On the other hand, the correlation between TSH level and (calcium and sodium) value was significant, and there is no significant correlation between TSH and serum Potassium as explained in Table 5.

Groups Mean SD SE
Patients 1.55 0.45 0.08
Controls 2.62 11% 0.02
P<0.05
 

Table 2: The mean value of calcium (mmol/L) in patients and controls.

Group Mean SD SE
Patients 139.98 2.96 0.54
Controls 144.55 397% 0.88
P<0.05

Table 3: The mean value of sodium (mmol/L) in patients and controls.

Group Mean SD SE
Patients 4.2 0.55 0.1
Controls 4.59 50% 0.11
P>0.05

Table 4: The mean value of potassium (mmol/L) in patients and controls.

TSH Pearson factor
Calcium - 0.719
Sodium - 0.468
Potassium 0.249

Table 5: Pearson’s correlation between various parameters and TSH.

Discussion

The present study included 30 people suffering from hypothyroidism (4 male, 26 female) as compare with 20 person healthy (5 male, 15 female) as control group. Hypothyroidism can be lead to variety of clinical states, including congestive heart failure, electrolyte disturbances and unconsciousness. In clinical practice, Hypornatremia is the greatest electrolyte abnormality [9]. Thyroid hormones are central regulator of body hemodynamics, thermoregulation and metabolism. Therefore, it has an effect on renal hemodynamics, glomerular, filtration and electrolyte behaviour.

In current study there was high significant decrease in the level of calcium in hypothyroidism patients (p 0.001) and this study was agreed were stated a significant decrease in serum calcium/of hypothyroidism patients than/control [8]. This is predominantly may be due to the little levels of Parathyroid hormone and small levels of calcitonin in hypothyroidism. One of important role of thyroxin is to regulate blood calcium level by releasing calcium from cells, by diminishing thyroxin level in blood stream. A study in animal model concludes that renal calcium excretion was elevated in rats with high/ levels of TSH [11]. In current study the serum sodium levels in hypothyroidism patients were markedly/decreased as compared to control group, whereas serum potassium level was found to be decreased no significantly in hypothyroidism patients as compared with control group. Water and nutrients can across the cell membrane with the present of Na-K ATPase enzyme. The key components of Na- K ATPase enzyme are potassium and Sodium. Thyroid hormones police the movement of sodium potassium deflates in most of the tissues. Hypothyroid patients could gain weight as a result to gathering of water inside the cell, which will lead to edema; the last one was caused due to low level of potassium [6].

Also correlated the levels of serum electrolyte (calcium, sodium, potassium) with the level of TSH, serum calcium and sodium were significant correlated with/TSH (p<0.05), but serum potassium was no significant/correlated/with TSH (p>0.05) this study was found a significant correlation of serum calcium, sodium and potassium with TSH levels [12].

Conclusion

In this study verified that hypothyroid patient’s indication serum electrolyte disorders such as low calcium and sodium levels.

Acknowledgement

We are very much grateful to wholly our patients involved in current study for their co-operation in aiding us complete our work well. We demand them a long and glad lifetime.

References

Citation: Hassan SH, Ali A, Ali JK (2019) Assessment Levels of Some Electrolytes in Hypothyroidism Patients. J Nurs Care 8: 485.

Copyright: © 2019 Hassan SH, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

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