CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS

Body weight is the total mass or weight of a person or animal obtained without any external factor than the component of the body. Overweight or underweight may influence the fertility status of either animal or human as the case may be. The aim of this study is to determine whether weight loss has...

Full description

Bibliographic Details
Format: Article
Language:English
Published: Enugu State University of Science and Technology, ESUT, Enugu, Nigeria. 2017-01-01
Series:Journal of Experimental Research
Online Access:http://www.er-journal.com/papers/UGWUENE_DEC-2016.pdf
id doaj-bf71f1e86d8445ebbdd2b3d9d1f99ac5
record_format Article
spelling doaj-bf71f1e86d8445ebbdd2b3d9d1f99ac52020-11-25T00:24:45ZengEnugu State University of Science and Technology, ESUT, Enugu, Nigeria.Journal of Experimental Research2315-96502502-05242017-01-01423159650CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATSBody weight is the total mass or weight of a person or animal obtained without any external factor than the component of the body. Overweight or underweight may influence the fertility status of either animal or human as the case may be. The aim of this study is to determine whether weight loss has any correlation with male or female infertility. Twenty four Wister albino rats were sleep deprived and used in this study. The albino rats were certified healthy before sleep deprivation. Body weight of the rats were measured before and after sleep deprivation. The pre sleep deprivation body weight values of the albino rats served as control for weight loss. Serum specimen was also collected from the rats before and after sleep deprivation for the assay of some fertility hormones. The pre sleep deprivation assay results of the fertility hormones equally served as control for post sleep deprivation status of the fertility hormones. The fertility hormones assayed include follicle stimulation hormone (FSH), luteinizing hormone (LH), Prolactin, thyroid stimulating hormone (TSH), Testosterone and estradiol. The results showed a significant decrease (Phttp://www.er-journal.com/papers/UGWUENE_DEC-2016.pdf
collection DOAJ
language English
format Article
sources DOAJ
title CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS
spellingShingle CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS
Journal of Experimental Research
title_short CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS
title_full CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS
title_fullStr CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS
title_full_unstemmed CORRELATION OF WEIGHT LOSS WITH INFERTILITY FOLLOWING SLEEP DEPRIVATION IN ALBINO RATS
title_sort correlation of weight loss with infertility following sleep deprivation in albino rats
publisher Enugu State University of Science and Technology, ESUT, Enugu, Nigeria.
series Journal of Experimental Research
issn 2315-9650
2502-0524
publishDate 2017-01-01
description Body weight is the total mass or weight of a person or animal obtained without any external factor than the component of the body. Overweight or underweight may influence the fertility status of either animal or human as the case may be. The aim of this study is to determine whether weight loss has any correlation with male or female infertility. Twenty four Wister albino rats were sleep deprived and used in this study. The albino rats were certified healthy before sleep deprivation. Body weight of the rats were measured before and after sleep deprivation. The pre sleep deprivation body weight values of the albino rats served as control for weight loss. Serum specimen was also collected from the rats before and after sleep deprivation for the assay of some fertility hormones. The pre sleep deprivation assay results of the fertility hormones equally served as control for post sleep deprivation status of the fertility hormones. The fertility hormones assayed include follicle stimulation hormone (FSH), luteinizing hormone (LH), Prolactin, thyroid stimulating hormone (TSH), Testosterone and estradiol. The results showed a significant decrease (P
url http://www.er-journal.com/papers/UGWUENE_DEC-2016.pdf
_version_ 1725351974997590016