Effect of estrogen on plasma ceruloplasmin level in rats exposed to acute stress

B. Ganaraja, P. Pavithran, S. Ghosh

Research output: Contribution to journalArticle

9 Citations (Scopus)

Abstract

BACKGROUND: Plasma ceruloplasmin, a copper containing protein, belongs to a class called acute phase proteins. Reduced level of ceruloplasmin was associated with Wilson's disease and Menke's kinky hair, disease in man, primarily affecting copper metabolism. Stress was known to increase Ceruloplasmin. Several stress associated changes were commonly observed in women at menopause and also those who underwent overiectomy. Present experiment investigated the effect of estrogen on ceruloplasmin level in acute stress. AIMS: To assess the estradiol induced changes in plasma ceruloplasmin concentration on exposure of the rats to acute stress. SETTINGS AND DESIGN: Acute stress was induced by forcing the rats to swim till exhaustion. The rats were overiectomised bilaterally to remove the primary source of sex hormones. And hormone replacement was done later. MATERIAL AND METHODS: Wistar albino female rats were used. Acute stress was induced before overiectomy, following recovery from surgery, and again after Estradiol Valerate injection (for 10 days) in same group of rats. The plasma ceruloplasmin was estimated immediately after stcess during each stage - that is preoperative control, stressed control, after overiectomy and then following treatment with Estradiol Valerate. STATISTICAL ANALYSIS USED: Paired sample T test was applied to analyze the findings. Results: We found lowest ceruloplasmin level after stress in overiectomised animals, while on substitution of estradiol the trend appeared to be reversed. CONCLUSION: The result suggested a direct effect of estrogen on hepatic ceruloplasmin production/release and this could account for some of the beneficial effects of hormone replacement therapy.

Original languageEnglish
Pages (from-to)150-154
Number of pages5
JournalIndian Journal of Medical Sciences
Volume58
Issue number4
Publication statusPublished - 01-04-2004

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Ceruloplasmin
Estrogens
estradiol valerate
Copper
Estradiol
Menkes Kinky Hair Syndrome
Hepatolenticular Degeneration
Acute-Phase Proteins
Hormone Replacement Therapy
Gonadal Steroid Hormones
Menopause
Hormones
Injections
Liver

All Science Journal Classification (ASJC) codes

  • Medicine(all)

Cite this

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title = "Effect of estrogen on plasma ceruloplasmin level in rats exposed to acute stress",
abstract = "BACKGROUND: Plasma ceruloplasmin, a copper containing protein, belongs to a class called acute phase proteins. Reduced level of ceruloplasmin was associated with Wilson's disease and Menke's kinky hair, disease in man, primarily affecting copper metabolism. Stress was known to increase Ceruloplasmin. Several stress associated changes were commonly observed in women at menopause and also those who underwent overiectomy. Present experiment investigated the effect of estrogen on ceruloplasmin level in acute stress. AIMS: To assess the estradiol induced changes in plasma ceruloplasmin concentration on exposure of the rats to acute stress. SETTINGS AND DESIGN: Acute stress was induced by forcing the rats to swim till exhaustion. The rats were overiectomised bilaterally to remove the primary source of sex hormones. And hormone replacement was done later. MATERIAL AND METHODS: Wistar albino female rats were used. Acute stress was induced before overiectomy, following recovery from surgery, and again after Estradiol Valerate injection (for 10 days) in same group of rats. The plasma ceruloplasmin was estimated immediately after stcess during each stage - that is preoperative control, stressed control, after overiectomy and then following treatment with Estradiol Valerate. STATISTICAL ANALYSIS USED: Paired sample T test was applied to analyze the findings. Results: We found lowest ceruloplasmin level after stress in overiectomised animals, while on substitution of estradiol the trend appeared to be reversed. CONCLUSION: The result suggested a direct effect of estrogen on hepatic ceruloplasmin production/release and this could account for some of the beneficial effects of hormone replacement therapy.",
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Effect of estrogen on plasma ceruloplasmin level in rats exposed to acute stress. / Ganaraja, B.; Pavithran, P.; Ghosh, S.

In: Indian Journal of Medical Sciences, Vol. 58, No. 4, 01.04.2004, p. 150-154.

Research output: Contribution to journalArticle

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AU - Ghosh, S.

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N2 - BACKGROUND: Plasma ceruloplasmin, a copper containing protein, belongs to a class called acute phase proteins. Reduced level of ceruloplasmin was associated with Wilson's disease and Menke's kinky hair, disease in man, primarily affecting copper metabolism. Stress was known to increase Ceruloplasmin. Several stress associated changes were commonly observed in women at menopause and also those who underwent overiectomy. Present experiment investigated the effect of estrogen on ceruloplasmin level in acute stress. AIMS: To assess the estradiol induced changes in plasma ceruloplasmin concentration on exposure of the rats to acute stress. SETTINGS AND DESIGN: Acute stress was induced by forcing the rats to swim till exhaustion. The rats were overiectomised bilaterally to remove the primary source of sex hormones. And hormone replacement was done later. MATERIAL AND METHODS: Wistar albino female rats were used. Acute stress was induced before overiectomy, following recovery from surgery, and again after Estradiol Valerate injection (for 10 days) in same group of rats. The plasma ceruloplasmin was estimated immediately after stcess during each stage - that is preoperative control, stressed control, after overiectomy and then following treatment with Estradiol Valerate. STATISTICAL ANALYSIS USED: Paired sample T test was applied to analyze the findings. Results: We found lowest ceruloplasmin level after stress in overiectomised animals, while on substitution of estradiol the trend appeared to be reversed. CONCLUSION: The result suggested a direct effect of estrogen on hepatic ceruloplasmin production/release and this could account for some of the beneficial effects of hormone replacement therapy.

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