Root hydrotropism is controlled via a cortex-specific growth mechanism
Daniela Dietrich(University of Nottingham), Malcolm J. Bennett(University of Nottingham), Regina Antoni(University of Nottingham), John R. King(University of Nottingham), Craig J. Sturrock(University of Nottingham), Jeremy A. Roberts(University of Nottingham), Véronique Boudolf(University of Antwerp), Rosemary Dyson(University of Birmingham), Oliver E. Jensen(University of Manchester), Lei Pang(Tohoku University), Tony Pridmore(University of Nottingham), Saoirse Tracy(University of Nottingham), Lieven De Veylder(University of Antwerp), Rahul Bhosale(University of Nottingham), José R. Dinneny(Carnegie Institution for Science), Sotaro Hiratsuka(Tohoku University), Rishikesh P. Bhalerao(King Fahd Security College), Yoichiroh Hosokawa(Nara Institute of Science and Technology), Markus R. Owen(University of Nottingham), Akira Nagatani(Kyoto University), Darren M. Wells(University of Nottingham), Pedro L. Rodrı́guez(Consejo Superior de Investigaciones Científicas), Leah R. Band(University of Nottingham), Sacha J. Mooney(University of Nottingham), John Fozard(University of Nottingham), Hideyuki Takahashi(Tohoku University), Tuan Thanh Nguyen(University of Nottingham), Nobuharu Fujii(Tohoku University), Akie Kobayashi(Tohoku University), Yutaka Miyazawa(Yamagata University), Tae-Woong Bae(Tohoku University), Tobias I. Baskin(Marine Biological Laboratory)
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