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1 , selective nutrient uptake and storage, and gravity sensing.
2 to test the effects of starch deficiency on gravity sensing.
3 t that calmodulin plays an intrinsic role in gravity sensing.
4 ing a bioelectric current as an indicator of gravity sensing.
5 cells has been postulated to play a role in gravity sensing.
6 tarch-statolith sedimentation hypothesis for gravity sensing.
7 here a physical separation between sites for gravity sensing and curvature response has facilitated d
8 kinin signaling antagonizes this BR reset of gravity sensing and/or tropism by affecting ethylene bio
11 nced if physiological events associated with gravity sensing could be detected separately from subseq
12 involvement of a secondary site/mechanism of gravity sensing for gravitropism in roots, and the possi
17 The cap is widely accepted to be the site of gravity sensing in roots because removal of the cap abol
22 as well as being a valuable means to detect gravity sensing independently of differential growth.
24 o infection by most pathogens, so growth and gravity sensing often proceed normally even when other s
27 e found an electric current generated by the gravity sensing region of the root cap of maize (Zea may
29 teins control plant architecture by coupling gravity sensing to the formation of auxin gradients that
30 the early signaling events of plants linking gravity sensing to the initiation of the gravitropic res
31 t in endocytosis may affect both the initial gravity sensing via amyloplasts sedimentation and the su
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