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Repression by the Arabidopsis TOPLESS corepressor requires association with the core mediator complex

eLife, 2021-06, Vol.10

2021

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Auxin promotion of seedling growth via ARF5 is dependent on the brassinosteroid‐regulated transcription factors BES1 and BEH4

Plant direct, 2019-09, Vol.3 (9), p.e00166-n/a

2019

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Building a pipeline to identify and engineer constitutive and repressible promoters

Quantitative plant biology, 2023, Vol.4, p.e12-e12, Article e12

2023

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Untethering the TIR1 auxin receptor from the SCF complex increases its stability and inhibits auxin response

Nature plants, 2015-02, Vol.1 (3), Article 14030

2015

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Mapping and Dynamics of Regulatory DNA in Maturing Arabidopsis thaliana Siliques

Frontiers in plant science, 2019-11, Vol.10, p.1434-1434

2019

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Accelerating structure‐function mapping using the ViVa webtool to mine natural variation

Plant direct, 2019-07, Vol.3 (7), p.e00147-n/a

2019

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Phytochrome B regulates resource allocation in Brassica rapa

Journal of experimental botany, 2018-05, Vol.69 (11), p.2837-2846

2018

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A history-dependent integrase recorder of plant gene expression with single-cell resolution

Nature communications, 2024-10, Vol.15 (1), p.9362

2024

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New tangles in the auxin signaling web

F1000 prime reports, 2015-02, Vol.7, p.19-19

2015

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Synthetic hormone-responsive transcription factors can monitor and re-program plant development

eLife, 2018-05, Vol.7

2018

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A Live-imaging, Heat Shock-inducible System to Measure Aux/IAA Degradation Rates in Planta

Bio-protocol, 2016-08, Vol.6 (15)

2016

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Photomorphogenesis

The arabidopsis book, 2012, Vol.2012 (10), p.e0147-e0147

2012

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Specificity in Auxin Responses Is Not Explained by the Promoter Preferences of Activator ARFs1[CC-BY]

Plant physiology (Bethesda), 2020-01, Vol.182 (4), p.1533-1536

2020

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En ROOT to Plant Logic

GEN biotechnology (Print), 2022-10, Vol.1 (5), p.426-427

2022

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A Synthetic Approach Allows Rapid Characterization of the Maize Nuclear Auxin Response Circuit1[OPEN]

Plant physiology (Bethesda), 2020-03, Vol.182 (4), p.1713-1722

2020

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Bipartite Promoter Element Required for Auxin Response1[C][W][OA]

Plant physiology (Bethesda), 2012-01, Vol.158 (1), p.273

2012

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Bipartite Promoter Element Required for Auxin Response1[C][W][OA]

Plant physiology (Bethesda), 2011-11, Vol.158 (1), p.273-282

2011

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Oligomerization of SCF.sup.TIR1 Is Essential for Aux/IAA Degradation and Auxin Signaling in Arabidopsis

PLoS genetics, 2016-09, Vol.12 (9)

2016

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Tuning the auxin transcriptional response: Auxin

Journal of experimental botany, 2013, Vol.64 (9), p.2557-2563

2013

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Oligomerization of SCF TIR1 Is Essential for Aux/IAA Degradation and Auxin Signaling in Arabidopsis

PLoS genetics, 2016-09, Vol.12 (9)

2016

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1 + 1 = 3: When two hormones are better than one

Developmental biology, 2010-08, Vol.344 (1), p.487-487

2010

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The effects of DELLA s on growth change with developmental stage and brassinosteroid levels

The Plant journal : for cell and molecular biology, 2013-10, Vol.76 (1), p.165-173

2013

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Auxin-induced degradation dynamics set the pace for lateral root development

Journal of cell science, 2015-03, Vol.128 (6), p.e1-e1

2015

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An Endogenous Carbon-Sensing Pathway Triggers Increased Auxin Flux and Hypocotyl Elongation1[C][W][OA]

Plant physiology (Bethesda), 2012-10, Vol.160 (4), p.2261-2270

2012

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Rate Motifs Tune Auxin/Indole-3-Acetic Acid Degradation Dynamics1[OPEN]

Plant physiology (Bethesda), 2015-07, Vol.169 (1), p.803-813

2015

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Repression by the Arabidopsis TOPLESS corepressor requires association with the core mediator complex

Auxin promotion of seedling growth via ARF5 is dependent on the brassinosteroid‐regulated transcription factors BES1 and BEH4

Building a pipeline to identify and engineer constitutive and repressible promoters

Untethering the TIR1 auxin receptor from the SCF complex increases its stability and inhibits auxin response

Mapping and Dynamics of Regulatory DNA in Maturing Arabidopsis thaliana Siliques

Accelerating structure‐function mapping using the ViVa webtool to mine natural variation

Phytochrome B regulates resource allocation in Brassica rapa

A history-dependent integrase recorder of plant gene expression with single-cell resolution

New tangles in the auxin signaling web

Synthetic hormone-responsive transcription factors can monitor and re-program plant development

A Live-imaging, Heat Shock-inducible System to Measure Aux/IAA Degradation Rates in Planta

Photomorphogenesis

Specificity in Auxin Responses Is Not Explained by the Promoter Preferences of Activator ARFs1[CC-BY]

En ROOT to Plant Logic

A Synthetic Approach Allows Rapid Characterization of the Maize Nuclear Auxin Response Circuit1[OPEN]

Bipartite Promoter Element Required for Auxin Response1[C][W][OA]

Bipartite Promoter Element Required for Auxin Response1[C][W][OA]

Oligomerization of SCF.sup.TIR1 Is Essential for Aux/IAA Degradation and Auxin Signaling in Arabidopsis

Tuning the auxin transcriptional response: Auxin

Oligomerization of SCF TIR1 Is Essential for Aux/IAA Degradation and Auxin Signaling in Arabidopsis

1 + 1 = 3: When two hormones are better than one

The effects of DELLA s on growth change with developmental stage and brassinosteroid levels

Auxin-induced degradation dynamics set the pace for lateral root development

An Endogenous Carbon-Sensing Pathway Triggers Increased Auxin Flux and Hypocotyl Elongation1[C][W][OA]

Rate Motifs Tune Auxin/Indole-3-Acetic Acid Degradation Dynamics1[OPEN]

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