Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis

Introduction: Protein profiling of harmful algae is an ongoing study where the latest analysis was conducted on A. minutum in 2015. It is a fundamental study where the protein expression of targeted species can be used to understand the biochemical pathway of selected proteins. Alexandrium spp. in...

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Main Authors: Hamdan, Nurul Ashima, Mohammad Noor, Normawaty, Abd Hamid, Shafida, Md Zin, Noor Hasniza, Muhamad Bunnori, Noraslinda
Format: Conference or Workshop Item
Language:English
Published: 2016
Subjects:
Online Access:http://irep.iium.edu.my/52510/
http://irep.iium.edu.my/52510/40/52510.pdf
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spelling iium-525102018-09-25T07:27:47Z http://irep.iium.edu.my/52510/ Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis Hamdan, Nurul Ashima Mohammad Noor, Normawaty Abd Hamid, Shafida Md Zin, Noor Hasniza Muhamad Bunnori, Noraslinda ND1288 Special subjects. Human figure. Portraits. Lanscape painting. Marine painting. Animal. Birds. Sports.Flowers. Fruits etc. Introduction: Protein profiling of harmful algae is an ongoing study where the latest analysis was conducted on A. minutum in 2015. It is a fundamental study where the protein expression of targeted species can be used to understand the biochemical pathway of selected proteins. Alexandrium spp. in Malaysia has the potential to cause massive blooming that brings harm to the aquatic ecosystem. Methods: In this experiment three methods of cell lysis were tested against A. leei isolated from Malaysian waters. Axenic culture of the sample was established in enriched seawater media (ESDK) with 12 hours of light and 12 hours of dark conditions. The sample was extracted during exponential phase (day 18) where the same amount of cells was collected via centrifugation. Same buffer was used for each technique of cell lysis in order to get the best protein profiles in terms of band or spot intensity and number. The cells of A. leei were lysed using sonication in ice-cold water bath, sonication with probe and freeze-thawing followed by sonication in iced bath. Conclusion: Nevertheless it can be concluded from the qualitative analysis using SDS-PAGE and 2D gel electrophoresis that freeze thawing mode of cell lysis produced excellent result among others as the protein spots produced were precise with less streaking observed. 2016 Conference or Workshop Item NonPeerReviewed application/pdf en http://irep.iium.edu.my/52510/40/52510.pdf Hamdan, Nurul Ashima and Mohammad Noor, Normawaty and Abd Hamid, Shafida and Md Zin, Noor Hasniza and Muhamad Bunnori, Noraslinda (2016) Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis. In: Medical Research Symposium and Pacific Partnership in Conjunction with Kuantan Research Day 2016, 4th August 2016, Kuantan, Pahang. (Unpublished)
repository_type Digital Repository
institution_category Local University
institution International Islamic University Malaysia
building IIUM Repository
collection Online Access
language English
topic ND1288 Special subjects. Human figure. Portraits. Lanscape painting. Marine painting. Animal. Birds. Sports.Flowers. Fruits etc.
spellingShingle ND1288 Special subjects. Human figure. Portraits. Lanscape painting. Marine painting. Animal. Birds. Sports.Flowers. Fruits etc.
Hamdan, Nurul Ashima
Mohammad Noor, Normawaty
Abd Hamid, Shafida
Md Zin, Noor Hasniza
Muhamad Bunnori, Noraslinda
Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis
description Introduction: Protein profiling of harmful algae is an ongoing study where the latest analysis was conducted on A. minutum in 2015. It is a fundamental study where the protein expression of targeted species can be used to understand the biochemical pathway of selected proteins. Alexandrium spp. in Malaysia has the potential to cause massive blooming that brings harm to the aquatic ecosystem. Methods: In this experiment three methods of cell lysis were tested against A. leei isolated from Malaysian waters. Axenic culture of the sample was established in enriched seawater media (ESDK) with 12 hours of light and 12 hours of dark conditions. The sample was extracted during exponential phase (day 18) where the same amount of cells was collected via centrifugation. Same buffer was used for each technique of cell lysis in order to get the best protein profiles in terms of band or spot intensity and number. The cells of A. leei were lysed using sonication in ice-cold water bath, sonication with probe and freeze-thawing followed by sonication in iced bath. Conclusion: Nevertheless it can be concluded from the qualitative analysis using SDS-PAGE and 2D gel electrophoresis that freeze thawing mode of cell lysis produced excellent result among others as the protein spots produced were precise with less streaking observed.
format Conference or Workshop Item
author Hamdan, Nurul Ashima
Mohammad Noor, Normawaty
Abd Hamid, Shafida
Md Zin, Noor Hasniza
Muhamad Bunnori, Noraslinda
author_facet Hamdan, Nurul Ashima
Mohammad Noor, Normawaty
Abd Hamid, Shafida
Md Zin, Noor Hasniza
Muhamad Bunnori, Noraslinda
author_sort Hamdan, Nurul Ashima
title Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis
title_short Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis
title_full Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis
title_fullStr Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis
title_full_unstemmed Differential methods of cell lysis for protein profiling of Alexandrium sp. using 2D gel electrophoresis
title_sort differential methods of cell lysis for protein profiling of alexandrium sp. using 2d gel electrophoresis
publishDate 2016
url http://irep.iium.edu.my/52510/
http://irep.iium.edu.my/52510/40/52510.pdf
first_indexed 2023-09-18T21:14:23Z
last_indexed 2023-09-18T21:14:23Z
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