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Soil Biology and Biochemistry. 1995 27(4-5). p.637
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Sanago Massimo H. M.,
Murch Susan J.,
Slimmon Tannis Y.,
KrishnaRaj Sankaran, Saxena Praveen K.
Plant Cell Reports. 1995 15(3-4). p.205
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Thavapraka N.,
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Christiansen-Weniger C.
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Suganuma Norio,
Hasebe Akane,
Miyaji Kaori, Matsubara Harumi
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