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Fig. 5 | Plant Methods

Fig. 5

From: A global non-invasive methodology for the phenotyping of potato under water deficit conditions using imaging, physiological and molecular tools

Fig. 5

a 3D view reconstructed from 3D TSE MRI images of the underground organs of a potato plant 73 Days After Shoot Emergence (DASE). b 3D TSE MRI images (TE = 37 ms, TR = 400 ms, BW = 199 Hz/pixel, 1 × 1x1.1 mm3 voxel) of potato tubers in soil at three growing stages determined according to days after shoot emergence (columns from left to right: 32, 39, and 73 DASE). Rows correspond to 1 mm frames (from top to bottom: F-1 to F-3 separated by 5 mm). The mother tuber (TM) was placed in the middle of the container, seen in the center of the picture. Dashed red lines represent the edge of the container. Differences in soil aspect are due to different levels of soil hydration on the measurement day. The xy slice in a corresponds to F-2 at 73 DASE in b. c Individual growth curves of Tubers A and B

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Plant Methods

ISSN: 1746-4811