Morphometry of Villous Membrane of Placenta at high and low Altitudes

Background: This cross sectional study was designed to compare the histomorphological characteristics of human placenta at low and high altitudes, with special reference to villous membrane. It was a cross sectional comparative study, conducted at Anatomy department of Army Medical College Rawalpin...

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Main Author: Zarmina Saga
Format: Article
Language:English
Published: Rawalpindi Medical University 2009-12-01
Series:Journal of Rawalpindi Medical College
Subjects:
Online Access:https://www.journalrmc.com/index.php/JRMC/article/view/744
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spelling doaj-5f2567b57d544af5897c398f799acd782020-11-25T03:39:16ZengRawalpindi Medical UniversityJournal of Rawalpindi Medical College1683-35621683-35702009-12-01122Morphometry of Villous Membrane of Placenta at high and low AltitudesZarmina Saga0Department of Anatomy, Rawalpindi Medical College Background: This cross sectional study was designed to compare the histomorphological characteristics of human placenta at low and high altitudes, with special reference to villous membrane. It was a cross sectional comparative study, conducted at Anatomy department of Army Medical College Rawalpindi, from October 2002 to April 2003. Methods: Forty placentae were collected from normal cases at Rawalpindi (low altitude/ LA) and 40 were collected at Skardu (high altitude/HA). Samples of placental tissue were taken and processed. Histological study was done in H & E and PAS stained sections. Detailed morphology of terminal villi and villous membrane was studied. Thickness of villous membrane was measured which has not been mentioned in previous studies. Results: Mean value of villous membrane thickness in LA and HA groups was 2.188 + 0.023 m and 2.027 + 0.020 m respectively. The quantitative difference between mean thickness of villous membrane in LA and HA groups was statistically significant Conclusion: Thickness of villous membrane was significantly less in high altitude group probably showing adaptive changes to overcome the effect of reduced oxygen tension. https://www.journalrmc.com/index.php/JRMC/article/view/744High Altitudeterminal villi,villous membrane
collection DOAJ
language English
format Article
sources DOAJ
author Zarmina Saga
spellingShingle Zarmina Saga
Morphometry of Villous Membrane of Placenta at high and low Altitudes
Journal of Rawalpindi Medical College
High Altitude
terminal villi,
villous membrane
author_facet Zarmina Saga
author_sort Zarmina Saga
title Morphometry of Villous Membrane of Placenta at high and low Altitudes
title_short Morphometry of Villous Membrane of Placenta at high and low Altitudes
title_full Morphometry of Villous Membrane of Placenta at high and low Altitudes
title_fullStr Morphometry of Villous Membrane of Placenta at high and low Altitudes
title_full_unstemmed Morphometry of Villous Membrane of Placenta at high and low Altitudes
title_sort morphometry of villous membrane of placenta at high and low altitudes
publisher Rawalpindi Medical University
series Journal of Rawalpindi Medical College
issn 1683-3562
1683-3570
publishDate 2009-12-01
description Background: This cross sectional study was designed to compare the histomorphological characteristics of human placenta at low and high altitudes, with special reference to villous membrane. It was a cross sectional comparative study, conducted at Anatomy department of Army Medical College Rawalpindi, from October 2002 to April 2003. Methods: Forty placentae were collected from normal cases at Rawalpindi (low altitude/ LA) and 40 were collected at Skardu (high altitude/HA). Samples of placental tissue were taken and processed. Histological study was done in H & E and PAS stained sections. Detailed morphology of terminal villi and villous membrane was studied. Thickness of villous membrane was measured which has not been mentioned in previous studies. Results: Mean value of villous membrane thickness in LA and HA groups was 2.188 + 0.023 m and 2.027 + 0.020 m respectively. The quantitative difference between mean thickness of villous membrane in LA and HA groups was statistically significant Conclusion: Thickness of villous membrane was significantly less in high altitude group probably showing adaptive changes to overcome the effect of reduced oxygen tension.
topic High Altitude
terminal villi,
villous membrane
url https://www.journalrmc.com/index.php/JRMC/article/view/744
work_keys_str_mv AT zarminasaga morphometryofvillousmembraneofplacentaathighandlowaltitudes
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