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Palmer Lachlan,
Mather Diane E.,
Wallwork Hugh,
Graham Robin D.,
Welch Ross M., Stangoulis James C.R.
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Chang Xiaoping,
Li Runzhi,
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Ruuska Sari A.,
Rebetzke Greg J.,
van Herwaarden Anthony F.,
Richards Richard A.,
Fettell Neil A.,
Tabe Linda, Jenkins Colin L. D.
Functional Plant Biology. 2006 33(9). p.799
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Liu Jindong,
Zhang Yan,
Geng Hongwei,
Rasheed Awais,
Xiao Yonggui,
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Yan Jun,
Wen Weie,
Zhang Yong,
Jing Ruilian,
Xia Xianchun,
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Shobbar Zahra-Sadat,
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Zhang Bin,
Li Runzhi,
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PLOS ONE. 2015 10(3). p.e0119438
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Liu Yuan,
Ma Jingfu,
Zhang Peipei,
Wang Caixiang,
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Huang Shaobai,
Fosu-Nyarko John,
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Rung Jesper Henrik, Nielsen Tom Hamborg
Functional Plant Biology. 2005 32(11). p.1033
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Zhang Weiyang,
Ju Chenxin,
Li Yinyin,
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Ovenden Ben,
Milgate Andrew,
Lisle Chris,
Wade Len J.,
Rebetzke Greg J., Holland James B.
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Haque Md. Sabibul,
Uddin Md. Nesar,
Fakir Md. Solaiman Ali,
Kader Md. Abdul,
Dessoky Eldessoky S.,
Attia Attia O.,
El-Hallous Ehab I., Hossain Akbar
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Shahbazi Maryam,
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MAO Xin-guo,
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Condon Anthony G.,
Langridge Peter,
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Yang Shurong,
Jin Yirong,
Liu Jindong,
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Jing Ruilian,
He Zhonghu, Xiao Yonggui
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American Journal of Plant Sciences. 2011 02(01). p.70
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Barnes Laura R., Meder Roger
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Fisher Jessica,
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Cells. 2022 11(11). p.1765
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van Herwaarden Anthony F., Chapman Scott C.
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Taleei Alireza,
Bihamta Moahmmad Reza,
Shahbazi Maryam,
Abbasi Alireza, Ramezanpour Seiede Sanaz
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Ovenden Ben,
Milgate Andrew,
Wade Len J,
Rebetzke Greg J, Holland James B
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Accumulation of water-soluble carbohydrates and gene expression in wheat stems correlates with drought resistance
Hou Junfeng,
Huang Xin,
Sun Wan,
Du Chenyang,
Wang Chenyang,
Xie Yingxin,
Ma Ying, Ma Dongyun
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Yue Aiqin,
Li Ang,
Mao Xinguo,
Chang Xiaoping,
Li Runzhi, Jing Ruilian
Molecular Breeding. 2015 35(2).
Comparison of fructan dynamics in two wheat cultivars with different capacities of accumulation and remobilization under drought stress
Joudi Mehdi,
Ahmadi Ali,
Mohamadi Valiollah,
Abbasi Alireza,
Vergauwen Rudy,
Mohammadi Hamid, Van den Ende Wim
Physiologia Plantarum. 2012 144(1). p.1
Fructan and Free Fructose Content of Common Australian Vegetables and Fruit
Muir Jane G.,
Shepherd Susan J.,
Rosella Ourania,
Rose Rosemary,
Barrett Jacqueline S., Gibson Peter R.
Journal of Agricultural and Food Chemistry. 2007 55(16). p.6619
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Gaur Arpit,
Jindal Yogesh,
Singh Vikram,
Tiwari Ratan,
Kumar Dinesh,
Kaushik Deepak,
Singh Jogendra,
Narwal Sneh,
Jaiswal Sarika,
Iquebal Mir Asif,
Angadi Ulavapp B.,
Singh Gyanendra,
Rai Anil,
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Zhang Jingjuan,
Dell Bernard,
Conocono Elisabeth,
Waters Irene,
Setter Tim, Appels Rudi
New Phytologist. 2009 181(4). p.843
