Mechanistic linkages between LAZY1 pathway, protein partners, and plant angle architecture

InferenceChain·nasa

This reasoning chain connects direct mechanistic findings—such as the effect of specific amino acid substitutions in AtLAZY1 (switching gravitropism direction), polar recruitment of RLD by LAZY1-like proteins in gravity signaling, and the establishment of asymmetric auxin—explaining how modifications within the LAZY1 pathway channel into control of shoot/root orientation and rice tiller angle.

Confidence

80%

◑partialactivecomplexity: mid

Reasoning Steps (3)

AtLAZY1 amino acid change alters gravitropic directionStep 1

Polar recruitment of RLD by LAZY1-like modulates root branch angleStep 2

Asymmetric auxin distribution is a downstream effect of LAZY1 in riceStep 3

Source

Synthesis for current paper

Connections (3)

Altering AtLAZY1 switches Arabidopsis stem gravitropism directionAssociation

Polar recruitment of RLD by LAZY1-like protein controls root branch angleAssociation

LAZY1-dependent asymmetric auxin controls rice tiller angleAssociation

Mechanistic linkages between LAZY1 pathway, protein partners, and plant angle architecture — NASA Knowledge Graph

Mechanistic linkages between LAZY1 pathway, protein partners, and plant angle architecture

Reasoning Steps (3)

Source

Connections (3)

Mechanistic linkages between LAZY1 pathway, protein partners, and plant angle architecture — NASA Knowledge Graph

Mechanistic linkages between LAZY1 pathway, protein partners, and plant angle architecture

Reasoning Steps (3)

Source

Connections (3)