BUZZ: An essential gene in post-initiation root hair growth and root architecture in response to nitrate

Karen Anne Sanguinet

Presentation information

Concurrent

Concurrent » Concurrent 01-06

[Concurrent 01] Advances in plant nutrition under changing environment

Plants have evolved highly effective transport, sensing and signaling systems to ensure acquisition of sufficient minerals for growth and development. This session aims to share new results on newly identified genes/regulatory pathways or metabolites involved in the regulation of ion homeostasis in plants. These include, but are not limited to: (i) effects of limitation or excess of various macro- and microelements on plant growth capacity; (ii) effects of components of global climate changes (drought, CO2, heat, etc.) on the regulation of ions transport and assimilation.

Tue. Jun 6, 2023 2:30 PM - 3:54 PM Makuhari Messe 2F(Room 1)

Chair:Hatem Rouached(Michigan State University), Benoit Lacombe(CNRS)

3:02 PM - 3:14 PM

[Concurrent_01-04] BUZZ: An essential gene in post-initiation root hair growth and root architecture in response to nitrate

[on-site]

*Karen Anne Sanguinet¹, Thiel A Lehman⁴, Miguel A Rosas¹, Rhoda Brew-Appiah, Shyam Solanki³, Zara B York, Rachel Dannay, Ying Wu⁵, Eric H Roalson¹, Ping Zheng¹, Dorrie Main¹, Tobias I Baskin² (1. Washington State University, 2. University of Massachusetts-Amherst, 3. South Dakota State University, 4. University of North Carolina, 5. Northeast Normal University)

Keywords:Nutrition, Genetics/epigenetics, Cell/tissue differentiation