Interaction of nitric oxide with auxin and ethylene signalling in Arabidopsis root gravitropism [PDF]
Gravitropism is required for the appropriate alignment of the plant root and shoot. According to the Cholodny-Went hypothesis, gravity induces asymmetric accumulation of auxin in the lower side of the root tissue. More recent studies on root gravitropism
Vembu, Kannan
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Effects of abscisic acid and xanthoxin on elongation and gravitropism in primary roots of zea mays
, 2018 We examined the involvement of abscisic acid (ABA) and xanthoxin (Xan) in maize root gravitropism by (1) testing the ability of ABA to allow positive gravitropism in dark-grown seedlings of the maize cultivar LG11, a cultivar known to require light for ...
이준승
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Gravitropism Shapes the Pareto Front of Root System Architecture
The root systems of wild tomatoes (S. Pimpinellifolium) can be understood as biological networks in which the lateral roots branch from a single main root and together balance two competing objectives: minimizing the material cost of building the network
Aaron Garza +7 more
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Comparative effects of auxin and abscisic acid on growth, hydrogen ion efflux and gravitropism in primary roots of maize [PDF]
, 1984 In order to test the idea that auxin action on root growth may be mediated by H(+) movement, the correlation of auxin action on growth and H(+) movement in roots was examined along with changes in H(+) efflux patterns associated with the asymmetric ...
Evans, M. L., Mulkey, T. J.
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Gravitropism mechanisms in single-celled organs and multicellular organs of plants
, 2022 Plants react to various environmental stimuli by oriented growth. The growth responses are called tropisms. Gravitropism is a directed growth concerning the gravity vector. Plant shoots grow up, negatively gravitropically, to catch the light.
Nehasilová, Martina
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Ethylene biosynthesis and its actions in Arabidopsis thaliana shoot gravitropism
, 2000 The olefin gas ethylene, as one of the five major classes of plant hormones, has a wide range of physiological effects on plants. The production of ethylene by plants is tightly regulated and cannot be uncoupled from its actions.
Lu, Bingwen
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Lights out: PP2C phosphatases reset phototropin signaling in darkness. [PDF]
Plant CellBourgade B.
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Root saprotropism: A novel tropism for navigating decay in the soil. [PDF]
Plant CommunDu Y, Wang C, Li G, Ding Z.
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SEC3A acts as an effector of RabE1b to regulate auxin transport in arabidopsis. [PDF]
PLoS OneQiao L +5 more
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