José Miguel Álvarez

The paper identifies SlEIL3-1 as a key regulator of sulfate deficiency response in tomato, showing its conserved function across species and its role in regulating S-related genes.

This study identifies a core set of drought-responsive genes and their regulatory network in grapevine, revealing key transcription factors involved in drought tolerance.

The paper constructs organ-level gene regulatory networks in tomato using RNA-seq data and validates them with DAP-seq, identifying key and novel transcription factors involved in fruit ripening and ABA response.

This paper identifies two opposing gene regulatory networks that control root hair growth in Arabidopsis at low temperature, revealing their role in integrating environmental and internal signals.

The paper identifies 402 differentially localized transcripts in Arabidopsis roots in response to nitrate, showing dynamic mRNA nucleocytoplasmic changes and their functional implications.

The paper introduces BEB, a web-based gene expression browser for Botrytis cinerea, enabling visualization and analysis of RNA-Seq data across different culture conditions.

The paper re-analyzes mi/milRNA hairpin RNAs in 40 fungal species, identifies high-quality loci, and provides a centralized resource for future research.