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METABOLIC ENGINEERING OF ARTEMISININ

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ARTICLE ANNOTATION

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Artemisinin in combination with other drugs is used to treat the parasite of malaria, one of the most dangerous parasitic diseases in the world. Due to the very low content of artemisin (~ 0.5-1.2%) in A. annua, it does not satisfy the need for artemisin. Methods of metabolic engineering and genetic engineering are used for microorganisms, Artemisia annua and other plants to solve this problem. This review provides information on the metabolic pathways of artemisinin biosynthesis in any gene involved that have been studied in recent years. By metabolic injection, it can obtain large amounts of artemisinin from Artemisia annua and other plants. This will decrease the price of artemisinin in the future and brings tremendous benefits to millions of people around the world.

AUTHORS

S.Abdullaev

Геномикa вa биоинформaтикa мaркaзи

M.Ayubov

Геномикa вa биоинформaтикa мaркaзи

M.Nazirov

Геномикa вa биоинформaтикa мaркaзи

R.Madjitova

Геномикa вa биоинформaтикa мaркaзи

T.Norov

Геномикa вa биоинформaтикa мaркaзи

N.Khasanova

Геномикa вa биоинформaтикa мaркaзи

B.Mamajonov

Геномикa вa биоинформaтикa мaркaзи

Tags

# ген-нокаут# биосинтез# артемизинин# biosynthesis# overexpression# метабаломик йўл# Aморф 4# 11-диен синтазаси (ADS)# Сквален синтаза (SS)# оверекспрессия# метаболический путь# аморфо 4# 11-диен-синтаза (ADS)# скваленсинтаза (SS)# сверхэкспрессия# нокаут гена# artemisinin# metabolic pathway# Amorpha-4# 11-diene synthase (ADS)# squalene synthase (SS)# gene knockout

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References

By Melissa Hogenboom (2016). The most dangerous malaria-causing parasite infected its first human victim far more recently than we thought BBC http://www.bbc.com

Population reference bureau prb.org (2002). Malaria basics: global impact and actions www.prb.org

Malaria: retreat of a centuries-old scourge (2016). www.who.int/publications