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Over-expression of a high-affinity phosphate transporter in transgenic barley plants does not enhance phosphate uptake rates
Anne L. Rae, Janine M. Jarmey, Stephen R. Mudge and Frank W. Smith
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Huang G.,
Meng Q.,
Ma L.,
Yuan L.,
Wang F.,
Zhang W.,
Cui Z.,
Shen J.,
Chen X.,
Jiang R., Zhang F.
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Santiago M.,
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Crop and Pasture Science. 2013 64(3). p.179
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Rose M. T.,
Pariasca-Tanaka J.,
Mori A.,
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Masle Josette,
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Jeung Soon-Jae,
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Yi Gihwan,
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Gao Jian,
Zhang Zhi-Ming,
Shen Ya-Ou,
Lan Hai,
Liu Li,
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Zhao Maojun,
Zhou Shufeng,
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Christophersen Helle M.,
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Nussaume Laurent,
Luu Doan T.,
Murchie Erik H.,
Baekelandt Alexandra,
Rodrigues Saltenis Vandasue Lily,
Cohan Jean‐Pierre,
Desnos Thierry,
Inzé Dirk,
Ferguson John N.,
Guiderdonni Emmanuel,
Krapp Anne,
Klein Lankhorst René,
Maurel Christophe,
Rouached Hatem,
Parry Martin A. J.,
Pribil Mathias,
Scharff Lars B., Nacry Philippe
Food and Energy Security. 2023 12(1).
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Annual Review of Plant Biology. 2022 73(1). p.17
