Study of mitotic index in Nayband bay coral reefs

Coral reefs which are one of the most significant marine ecosystems have symbiosis with zooxanthella for their growth and survival. Today zooxanthella and coral symbiosis is in the danger of anthropogenic and global climate changes. A better understanding of the mitosis cycle of the cell in symbiotic algae leads to a quantitative assessment of stress in corals and a clear presentation of the effect of the relationship between mitotic division and pollutants. To conduct this study in the first investigation, the best concentration of live coral reefs was selected by using Manta Tow method. The coral sampling of the region was conducted by scuba diving from dominant genus of the region through one year in three seasons including cold, moderate and warm season. By extracting zooxanthella with air brush machine, counting the dividing zooxanthella under microscope and forming a simple proportion to the total counted zooxanthella mitotic index was obtained. Eventually it was determined that mitotic index has significant alteration between warm and cold season with moderate season.

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Bibliographic Details
Main Authors: Bolouki, Mehdi, Nabavi, S.M.B., Savari, A., Tavasolpor, Ehsan, Haghighat, Monir
Format: Journal Contribution biblioteca
Language:Persian
Published: 2013
Subjects:Mitotic, Coral reefs, Ecosystem, Marine, Season, Zooxanthella,
Online Access:http://hdl.handle.net/1834/14601
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spelling dig-aquadocs-1834-146012021-05-19T06:53:19Z Study of mitotic index in Nayband bay coral reefs Bolouki, Mehdi Nabavi, S.M.B. Savari, A. Tavasolpor, Ehsan Haghighat, Monir Mitotic Coral reefs Ecosystem Marine Season Zooxanthella Coral reefs which are one of the most significant marine ecosystems have symbiosis with zooxanthella for their growth and survival. Today zooxanthella and coral symbiosis is in the danger of anthropogenic and global climate changes. A better understanding of the mitosis cycle of the cell in symbiotic algae leads to a quantitative assessment of stress in corals and a clear presentation of the effect of the relationship between mitotic division and pollutants. To conduct this study in the first investigation, the best concentration of live coral reefs was selected by using Manta Tow method. The coral sampling of the region was conducted by scuba diving from dominant genus of the region through one year in three seasons including cold, moderate and warm season. By extracting zooxanthella with air brush machine, counting the dividing zooxanthella under microscope and forming a simple proportion to the total counted zooxanthella mitotic index was obtained. Eventually it was determined that mitotic index has significant alteration between warm and cold season with moderate season. Published 2018-10-02T14:03:18Z 2018-10-02T14:03:18Z 2013 Journal Contribution Refereed 2008-8965 http://hdl.handle.net/1834/14601 fa pp.106-113 Iran Nayband bay
institution UNESCO
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-aquadocs
tag biblioteca
region Europa del Oeste
libraryname Repositorio AQUADOCS
language Persian
topic Mitotic
Coral reefs
Ecosystem
Marine
Season
Zooxanthella
Mitotic
Coral reefs
Ecosystem
Marine
Season
Zooxanthella
spellingShingle Mitotic
Coral reefs
Ecosystem
Marine
Season
Zooxanthella
Mitotic
Coral reefs
Ecosystem
Marine
Season
Zooxanthella
Bolouki, Mehdi
Nabavi, S.M.B.
Savari, A.
Tavasolpor, Ehsan
Haghighat, Monir
Study of mitotic index in Nayband bay coral reefs
description Coral reefs which are one of the most significant marine ecosystems have symbiosis with zooxanthella for their growth and survival. Today zooxanthella and coral symbiosis is in the danger of anthropogenic and global climate changes. A better understanding of the mitosis cycle of the cell in symbiotic algae leads to a quantitative assessment of stress in corals and a clear presentation of the effect of the relationship between mitotic division and pollutants. To conduct this study in the first investigation, the best concentration of live coral reefs was selected by using Manta Tow method. The coral sampling of the region was conducted by scuba diving from dominant genus of the region through one year in three seasons including cold, moderate and warm season. By extracting zooxanthella with air brush machine, counting the dividing zooxanthella under microscope and forming a simple proportion to the total counted zooxanthella mitotic index was obtained. Eventually it was determined that mitotic index has significant alteration between warm and cold season with moderate season.
format Journal Contribution
topic_facet Mitotic
Coral reefs
Ecosystem
Marine
Season
Zooxanthella
author Bolouki, Mehdi
Nabavi, S.M.B.
Savari, A.
Tavasolpor, Ehsan
Haghighat, Monir
author_facet Bolouki, Mehdi
Nabavi, S.M.B.
Savari, A.
Tavasolpor, Ehsan
Haghighat, Monir
author_sort Bolouki, Mehdi
title Study of mitotic index in Nayband bay coral reefs
title_short Study of mitotic index in Nayband bay coral reefs
title_full Study of mitotic index in Nayband bay coral reefs
title_fullStr Study of mitotic index in Nayband bay coral reefs
title_full_unstemmed Study of mitotic index in Nayband bay coral reefs
title_sort study of mitotic index in nayband bay coral reefs
publishDate 2013
url http://hdl.handle.net/1834/14601
work_keys_str_mv AT boloukimehdi studyofmitoticindexinnaybandbaycoralreefs
AT nabavismb studyofmitoticindexinnaybandbaycoralreefs
AT savaria studyofmitoticindexinnaybandbaycoralreefs
AT tavasolporehsan studyofmitoticindexinnaybandbaycoralreefs
AT haghighatmonir studyofmitoticindexinnaybandbaycoralreefs
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