Linked from

The 33 pages that link to Auxin, each with the reason it gives.

• FruitRelated: Auxin helps initiate and regulate growth of developing fruit.

• Plant hormoneBroader topic: Its transport and concentration gradients steer growth toward light and establish organ patterns.

• PruningBroader topic: Auxin produced by shoot tips helps maintain apical dominance.

• Plant morphologyRelated: Auxin helps organize organ initiation and directional growth.

• Adventitious rootRelated: Auxin helps induce adventitious root initiation and growth.

• PhyllotaxisRelated: Local auxin accumulation helps mark sites where new organs initiate.

• Root systemRelated: Auxin distribution helps regulate root growth and branching.

• ParthenocarpyRelated: Auxin produced by unfertilized ovules or applied externally can initiate fruit growth.

• Apical dominanceRelated: The shoot tip exports auxin, which indirectly helps maintain lateral-bud inhibition.

• HerbicideRelated: Synthetic auxin herbicides disrupt growth by overstimulating hormone responses.

• MeristemBroader topic: Auxin distribution helps position new organs around shoot meristems.

• AbscissionRelated: Auxin flow from an attached organ often delays its abscission and alters ethylene sensitivity.

• GibberellinRelated: Auxin and gibberellin can cooperate to promote stem growth through distinct signaling pathways.

• PhototropismRelated: Auxin becomes unevenly distributed across illuminated shoots, producing unequal growth.

• Abscisic acidCompared with: Auxin chiefly coordinates growth patterns, contrasting with abscisic acid’s prominent stress and dormancy roles.

• StrawberryRelated: Developing achenes produce signals, including auxin, that promote receptacle growth.

• Plant growth regulatorBroader topic: Auxin signaling can be enhanced or disrupted to redirect growth and rooting.

• Deciduous plantRelated: Declining auxin from an aging leaf makes its abscission zone more responsive to ethylene.

• MicropropagationRelated: Auxin levels help guide rooting and other developmental responses in vitro.

• Shoot apical meristemRelated: Auxin distribution helps position new organs around the meristem.

• Somatic embryogenesisRelated: Auxin treatments commonly induce cells to enter embryogenic development.

• Node (botany)Related: Auxin from the shoot tip contributes to suppression of axillary bud growth.

• PomeRelated: Auxin produced by developing seeds helps stimulate surrounding fruit growth.

• Twining plantRelated: Uneven hormone distribution can contribute to growth differences across a twining stem.

• HypocotylRelated: Auxin distribution influences differential cell expansion in the hypocotyl.

• Indole-3-acetic acidNarrower topic: IAA is the best-known naturally occurring member of this hormone class.

• LayeringRelated: Auxin accumulation near a buried stem section can promote adventitious root formation.

• Phenylacetic acidNarrower topic: Phenylacetic acid is a naturally occurring auxin with growth-regulating activity.

• StrigolactoneRelated: Auxin transport and signaling interact with strigolactones in the control of shoot branching.

• 2,4-Dichlorophenoxyacetic acidNarrower topic: 2,4-D mimics auxin signals and disrupts growth when susceptible plants receive excessive stimulation.

• BrassinosteroidRelated: Auxin and brassinosteroids interact in growth processes such as stem elongation.

• DefoliantRelated: Changes in auxin movement help control the leaf-separation zone targeted by defoliants.

• Plant embryonic developmentRelated: Auxin distribution helps position embryonic organs and root identity.