Biotechnological transformation of artemisinin: toward an effective antim-malaria drug

In recent years, artemisinin (1) has remained an effective drug to treat malaria. Numerous approaches have been adapted to increase the efficacy of (1) against antibiotic resistant malarial parasite. Microbial biotransformation of (1) has been used recently to produce promising derivatives of (1) on...

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Main Authors: Omar, Muhammad Nor, M. Hasali, Nor Hazwani, T. Khan , Naik, Moin, Syed Faraz, Y. AlFarra, Helmi
Format: Article
Language:English
Published: Oriental Scientific Publishing Co. 2012
Subjects:
Online Access:http://irep.iium.edu.my/27035/
http://irep.iium.edu.my/27035/1/BPJ_Omar.pdf
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author Omar, Muhammad Nor
M. Hasali, Nor Hazwani
T. Khan , Naik
Moin, Syed Faraz
Y. AlFarra, Helmi
author_facet Omar, Muhammad Nor
M. Hasali, Nor Hazwani
T. Khan , Naik
Moin, Syed Faraz
Y. AlFarra, Helmi
author_sort Omar, Muhammad Nor
building IIUM Repository
collection Online Access
description In recent years, artemisinin (1) has remained an effective drug to treat malaria. Numerous approaches have been adapted to increase the efficacy of (1) against antibiotic resistant malarial parasite. Microbial biotransformation of (1) has been used recently to produce promising derivatives of (1) on a large scale with low costs. During the last decade several biotransformation studies on (1), by using microorganisms, have been reported. This literature review focuses on the most recent microbial transformation studies on artemisinin and its derivatives.
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institution International Islamic University Malaysia
institution_category Local University
language English
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publishDate 2012
publisher Oriental Scientific Publishing Co.
recordtype eprints
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spelling iium-270352012-11-23T04:25:54Z http://irep.iium.edu.my/27035/ Biotechnological transformation of artemisinin: toward an effective antim-malaria drug Omar, Muhammad Nor M. Hasali, Nor Hazwani T. Khan , Naik Moin, Syed Faraz Y. AlFarra, Helmi QD Chemistry In recent years, artemisinin (1) has remained an effective drug to treat malaria. Numerous approaches have been adapted to increase the efficacy of (1) against antibiotic resistant malarial parasite. Microbial biotransformation of (1) has been used recently to produce promising derivatives of (1) on a large scale with low costs. During the last decade several biotransformation studies on (1), by using microorganisms, have been reported. This literature review focuses on the most recent microbial transformation studies on artemisinin and its derivatives. Oriental Scientific Publishing Co. 2012-06 Article PeerReviewed application/pdf en http://irep.iium.edu.my/27035/1/BPJ_Omar.pdf Omar, Muhammad Nor and M. Hasali, Nor Hazwani and T. Khan , Naik and Moin, Syed Faraz and Y. AlFarra, Helmi (2012) Biotechnological transformation of artemisinin: toward an effective antim-malaria drug. Biomedical & Pharmacology Journal, 5 (1). pp. 19-24. ISSN 0974-6242 http://www.biomedpharmajournal.org/BPJ-AbsRead.asp?SNoId=315
spellingShingle QD Chemistry
Omar, Muhammad Nor
M. Hasali, Nor Hazwani
T. Khan , Naik
Moin, Syed Faraz
Y. AlFarra, Helmi
Biotechnological transformation of artemisinin: toward an effective antim-malaria drug
title Biotechnological transformation of artemisinin: toward an effective antim-malaria drug
title_full Biotechnological transformation of artemisinin: toward an effective antim-malaria drug
title_fullStr Biotechnological transformation of artemisinin: toward an effective antim-malaria drug
title_full_unstemmed Biotechnological transformation of artemisinin: toward an effective antim-malaria drug
title_short Biotechnological transformation of artemisinin: toward an effective antim-malaria drug
title_sort biotechnological transformation of artemisinin: toward an effective antim-malaria drug
topic QD Chemistry
url http://irep.iium.edu.my/27035/
http://irep.iium.edu.my/27035/
http://irep.iium.edu.my/27035/1/BPJ_Omar.pdf