The majority of understanding of root gravity responses comes from the study of primary roots, even though lateral roots make a far greater contribution to root system architecture. The focus of this report is the analysis of gravitropic responses in lateral roots of wild-type background and pgm-1 mutants. Despite the significant reduction in gravitropic response of primary roots of pgm-1 mutants, the lateral roots of this mutant demonstrate wild-type rates of gravitropism, suggesting a significant difference in gravity signal transduction between primary and lateral roots
Abstract Background Root gravitropsim has been proposed to require the coordinated, redistribution o...
Premise of the study: Lateral roots, responsible for water and nutrient uptake, maintain nonvertical...
Premise of the study: Lateral roots, responsible for water and nutrient uptake, maintain nonvertical...
The majority of understanding of root gravity responses comes from the study of primary roots, even ...
The sedimentation of starch‐filled plastids is thought to be the primary mechanism by which gravity ...
The sedimentation of starch‐filled plastids is thought to be the primary mechanism by which gravity ...
Root system architecture plays an important role in determining nutrient and water acquisition and i...
Most research on gravity responses in plants has focused on primary roots and shoots, which typicall...
Most research on gravity responses in plants has focused on primary roots and shoots, which typicall...
Plants respond to environmental signals by following growth responses termed tropisms. like gravity,...
Gravitropism is an important tropic response in plants that allows the ability to respond to changes...
The molecular mechanisms that allow plant roots to use gravity and touch as growth guides are invest...
In higher plants, shoots show negative gravitropism and roots show positive gravitropism. To elucida...
A new Arabidopsis thaliana (L.) Heynh. root mutant, named clg1, was isolated from the Feldmann-Du Po...
Plants typically orient their organs with respect to the Earth's gravity field by a dynamic process ...
Abstract Background Root gravitropsim has been proposed to require the coordinated, redistribution o...
Premise of the study: Lateral roots, responsible for water and nutrient uptake, maintain nonvertical...
Premise of the study: Lateral roots, responsible for water and nutrient uptake, maintain nonvertical...
The majority of understanding of root gravity responses comes from the study of primary roots, even ...
The sedimentation of starch‐filled plastids is thought to be the primary mechanism by which gravity ...
The sedimentation of starch‐filled plastids is thought to be the primary mechanism by which gravity ...
Root system architecture plays an important role in determining nutrient and water acquisition and i...
Most research on gravity responses in plants has focused on primary roots and shoots, which typicall...
Most research on gravity responses in plants has focused on primary roots and shoots, which typicall...
Plants respond to environmental signals by following growth responses termed tropisms. like gravity,...
Gravitropism is an important tropic response in plants that allows the ability to respond to changes...
The molecular mechanisms that allow plant roots to use gravity and touch as growth guides are invest...
In higher plants, shoots show negative gravitropism and roots show positive gravitropism. To elucida...
A new Arabidopsis thaliana (L.) Heynh. root mutant, named clg1, was isolated from the Feldmann-Du Po...
Plants typically orient their organs with respect to the Earth's gravity field by a dynamic process ...
Abstract Background Root gravitropsim has been proposed to require the coordinated, redistribution o...
Premise of the study: Lateral roots, responsible for water and nutrient uptake, maintain nonvertical...
Premise of the study: Lateral roots, responsible for water and nutrient uptake, maintain nonvertical...