Plant BiologyPlant Cell & EnvironmentPeer-reviewed
Enhancement of Arabidopsis growth by Enterobacter sp. SA187 under elevated CO2 is dependent on ethylene signalling activation and primary metabolism reprogramming
DOI 10.1111/pce.70759
Author
Caroline Mauve
Centre National de la Recherche ScientifiqueORCID 0000-0002-0383-5332Unclaimed ORCID profile · follow to get notified of new preprints
Biology Disciplines
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2024-2026 · peak 4/yrCo-Author Collaboration Network
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Recent·Most cited
- Plant BiologybioRxivPreprint
From definition to discovery: metabolite markers of high temperature in green grape berries
Xi Zhan, Caroline Mauve, Fatma Lecourieux…·David Lecourieux
The paper identifies heat-associated metabolite markers in green grape berries using LC-MS and GC-MS, revealing cultivar-specific and common responses to high temperature.
DOI 10.64898/2026.06.02.729726 - Plant BiologybioRxivPreprint
Multi-omic analysis of maize NILs for chilling tolerance QTLs uncover regulatory and metabolic signatures
Maxence James, Andrea Rau, Anca Lucau‐Danila…·Estelle Goulas
This study uses multi-omics analysis of maize near-isogenic lines to identify QTLs associated with chilling tolerance and uncover regulatory and metabolic signatures.
DOI 10.64898/2026.03.04.709568 - Plant BiologyNew PhytologistPeer-reviewed
Enterobacter sp. SA187-induced coordinated regulation of high-affinity nitrate transporters and ethylene signaling enhances nitrogen content and plant growth under low nitrate
Amina Ilyas, Caroline Mauve, Bérengère Decouard…·Axel De Zelicourt
This study shows Enterobacter sp. SA187 enhances Arabidopsis growth under low nitrate by regulating nitrate transporters and ethylene signaling, improving nitrogen content and plant growth.
3 citationstop 3% - Plant BiologybioRxivPreprint
Early seedling development in dark conditions is directly controlled by plastids through the GUN1-dependent plastid retrograde pathway
Salek Ahmed Sajib, Michał Bykowski, Pedro Barreto…·Livia Merendino
This study shows that plastids directly control early dark growth in seedlings through the GUN1-dependent retrograde pathway, independent of mitochondria and photosynthesis.
1 citation