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The evolution of reactive oxygen species metabolism.

Abstract：

:Reactive oxygen species (ROS) play a key role in the regulation of many biological processes in plants. Nonetheless, they are considered highly reactive and toxic to cells. Owing to their toxicity, as well as their important role in signaling, the level of ROS in cells needs to be tightly regulated. The ROS gene network, encoding a highly redundant arsenal of ROS scavenging mechanisms and an array of enzymes involved in ROS production, regulates ROS metabolism and signaling in plants. In this article, we review the role of the ROS gene network in plants and examine how it evolved. We identify key components of the ROS gene network in organisms that likely originated as early as 4.1-3.5 billion years ago, prior to the great oxidation event that resulted from the rise of cyanobacteria on Earth. This estimate concurs with recent evidence for the appearance of oxygenic photosynthetic organisms on Earth, suggesting that low and/or localized levels of photosynthetically produced oxygen necessitated the emergence of ROS scavenging mechanisms to protect life. Life forms have therefore evolved in the presence of ROS on Earth for at least 3.8-3.6 billion years, highlighting the intimate relationship that exists today between many physiological and developmental processes and ROS.

journal_name

J Exp Bot

journal_title

Journal of experimental botany

authors

Inupakutika MA,Sengupta S,Devireddy AR,Azad RK,Mittler R

doi

10.1093/jxb/erw382

subject

Has Abstract

pub_date

2016-11-01 00:00:00

pages

5933-5943

issue

21

eissn

0022-0957

issn

1460-2431

pii

erw382

journal_volume

67

pub_type

杂志文章,评审

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