Understanding the Molecular Mechanisms Underlying FERONIA Receptor Kinase-mediated Signalling Using Multiomics Approach <br />

Hongqing Guo Guo

Presentation information

Concurrent

Concurrent » Concurrent 19-24

[Concurrent 23] A systems perspective: Omics integration and modeling

The characterization and quantification of interconnections among molecules is fundamental to providing a systemic view about how plants integrate, attenuate, and respond to developmental and environmental cues. Complementary, predictive modeling of gene regulatory networks, phosphorylation cascades, hormone signaling, or metabolic pathways are powerful approaches to guide new hypotheses and base future experiments. This session will focus on studies that aim to integrate -omics datasets, unravel molecular networks, and elaborate predictive models to address functional questions in Arabidopsis.

Wed. Jun 7, 2023 11:00 AM - 12:30 PM Makuhari Messe 3F(Room 5)

Chair:Lisa Van den Broeck(North Carolina State University), Antoni Garcia(Centre for research in agricultural Genomics)

11:51 AM - 12:06 PM

[Concurrent_23-04] Understanding the Molecular Mechanisms Underlying FERONIA Receptor Kinase-mediated Signalling Using Multiomics Approach

[on-site]

*Hongqing Guo Guo¹, Jie Tang¹, Ping Wang¹, Trevor M Nolan², Justin W Walley¹, Philip N Benfey², Yanhai Yin¹, Hongqing Guo¹ (1. Iowa State University, 2. Duke University)

Keywords:FERONIA receptor kinase, Multiomics

▲