Authors
Mi-Young Lee, Ki-Hye Shin, Yun-Kyoung Kim, Ji-Yeon Suh, Young-Yun Gu, Mi-Ran Kim, Yoon-Sun Hur, Ora Son, Jin-Sun Kim, Eunsook Song, Myeong-Sok Lee, Kyoung Hee Nam, Keum Hee Hwang, Mi-Kyung Sung, Ho-Jung Kim, Jong-Yoon Chun, Miey Park, Tae-In Ahn, Choo Bong Hong, Suk-Ha Lee, Hong Jae Park, Jong-Sug Park, Desh Pal S Verma, Choong-Ill Cheon
Publication date
2005/12/1
Journal
Plant physiology
Volume
139
Issue
4
Pages
1881-1889
Publisher
American Society of Plant Biologists
Description
Nodules are formed on legume roots as a result of signaling between symbiotic partners and in response to the activities of numerous genes. We cloned fragments of differentially expressed genes in spot-inoculated soybean (Glycine max) roots. Many of the induced clones were similar to known genes related to oxidative stress, such as thioredoxin and β-carotene hydroxylase. The deduced amino acid sequences of full-length soybean cDNAs for thioredoxin and β-carotene hydroxylase were similar to those in other species. In situ RNA hybridization revealed that the thioredoxin gene is expressed on the pericycle of 2-d-old nodules and in the infected cells of mature nodules, suggesting that thioredoxin is involved in nodule development. The thioredoxin promoter was found to contain a sequence resembling an antioxidant responsive element. When a thioredoxin mutant of yeast was transformed with the …
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