COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN

BACKGROUND AND OBJECTIVE: According to the importance of thyroid hormone on growth, especially bone mineral density (BMD), in this study, long term effects of levothyroxine replacement therapy on BMD in hypothyroid children in comparison with normal children was evaluated. METHODS: In this historica...

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Autores principales: P Eshraghi, Z Karamizadeh, A Amirhakimi, GH.H Amirhakimi
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Lenguaje:EN
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Publicado: Babol University of Medical Sciences 2008
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spelling oai:doaj.org-article:56bead01a45d4c818a54f5f5333f2db92021-11-10T09:07:19ZCOMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN1561-41072251-7170https://doaj.org/article/56bead01a45d4c818a54f5f5333f2db92008-04-01T00:00:00Zhttp://jbums.org/article-1-2480-en.htmlhttps://doaj.org/toc/1561-4107https://doaj.org/toc/2251-7170BACKGROUND AND OBJECTIVE: According to the importance of thyroid hormone on growth, especially bone mineral density (BMD), in this study, long term effects of levothyroxine replacement therapy on BMD in hypothyroid children in comparison with normal children was evaluated. METHODS: In this historical cohort study, long term effects of levothyroxine on BMD and biochemical markers in acquired and congenital hypothyroid children versus compared group were evaluated. Twenty three children with congenital and acquired hypothyroidism who received levothyroxine replacement therapy regularly for at least 1 year and followed up once every 3 months were studied. In control 30 prepubertal children preferably from patients family were selected. FINDINGS: Mean age in compared group was 8.8±4.3 and in case group was 10.4±3.3 years and average duration of treatment was 7.3 years. Results of spine and femur BMD in patients was 0.73±0.26 and 0.70±0.17, respectively. Also in control, BMD of spine and femur was 0.77±0.07 and 0.57±0.28. So, the difference between two groups was not significant. CONCLUSION: Our results showed that levothyroxine replacement therapy do not decrease BMD in comparison with compared group. So, long term levothyroxine replacement therapy is not detrimental to the skeletal mineralization and BMD of patients with normal TSH will be as like as euthyroid healthy children.P Eshraghi,Z KaramizadehA AmirhakimiGH.H AmirhakimiBabol University of Medical Sciencesarticlebone mineral densitylevothyroxinehypothyroidismchildrenMedicineRMedicine (General)R5-920ENFAMajallah-i Dānishgāh-i ̒Ulūm-i Pizishkī-i Bābul, Vol 10, Iss 1, Pp 28-32 (2008)
institution DOAJ
collection DOAJ
language EN
FA
topic bone mineral density
levothyroxine
hypothyroidism
children
Medicine
R
Medicine (General)
R5-920
spellingShingle bone mineral density
levothyroxine
hypothyroidism
children
Medicine
R
Medicine (General)
R5-920
P Eshraghi,
Z Karamizadeh
A Amirhakimi
GH.H Amirhakimi
COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN
description BACKGROUND AND OBJECTIVE: According to the importance of thyroid hormone on growth, especially bone mineral density (BMD), in this study, long term effects of levothyroxine replacement therapy on BMD in hypothyroid children in comparison with normal children was evaluated. METHODS: In this historical cohort study, long term effects of levothyroxine on BMD and biochemical markers in acquired and congenital hypothyroid children versus compared group were evaluated. Twenty three children with congenital and acquired hypothyroidism who received levothyroxine replacement therapy regularly for at least 1 year and followed up once every 3 months were studied. In control 30 prepubertal children preferably from patients family were selected. FINDINGS: Mean age in compared group was 8.8±4.3 and in case group was 10.4±3.3 years and average duration of treatment was 7.3 years. Results of spine and femur BMD in patients was 0.73±0.26 and 0.70±0.17, respectively. Also in control, BMD of spine and femur was 0.77±0.07 and 0.57±0.28. So, the difference between two groups was not significant. CONCLUSION: Our results showed that levothyroxine replacement therapy do not decrease BMD in comparison with compared group. So, long term levothyroxine replacement therapy is not detrimental to the skeletal mineralization and BMD of patients with normal TSH will be as like as euthyroid healthy children.
format article
author P Eshraghi,
Z Karamizadeh
A Amirhakimi
GH.H Amirhakimi
author_facet P Eshraghi,
Z Karamizadeh
A Amirhakimi
GH.H Amirhakimi
author_sort P Eshraghi,
title COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN
title_short COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN
title_full COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN
title_fullStr COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN
title_full_unstemmed COMPARISON OF BONE MINERAL DENSITY IN HYPOTHYROID CHILDREN UNDER LEVOTHYROXINE REPLACEMENT THERAPY WITH NORMAL CHILDREN
title_sort comparison of bone mineral density in hypothyroid children under levothyroxine replacement therapy with normal children
publisher Babol University of Medical Sciences
publishDate 2008
url https://doaj.org/article/56bead01a45d4c818a54f5f5333f2db9
work_keys_str_mv AT peshraghi comparisonofbonemineraldensityinhypothyroidchildrenunderlevothyroxinereplacementtherapywithnormalchildren
AT zkaramizadeh comparisonofbonemineraldensityinhypothyroidchildrenunderlevothyroxinereplacementtherapywithnormalchildren
AT aamirhakimi comparisonofbonemineraldensityinhypothyroidchildrenunderlevothyroxinereplacementtherapywithnormalchildren
AT ghhamirhakimi comparisonofbonemineraldensityinhypothyroidchildrenunderlevothyroxinereplacementtherapywithnormalchildren
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