Antonio Granell

The paper evaluates a tomato MAGIC population to identify lines with improved nitrogen use efficiency under reduced nitrogen conditions.

This study uses GWAS in Fragaria vesca to identify FvJMT2 as a gene involved in methyl benzoate biosynthesis, which has insect-repellent properties and is associated with fruit volatiles.

This study develops a minimal syn-tasiRNA platform in tomato for precise gene silencing and antiviral resistance without transgenes.

The paper identifies FaCCR1 and FaOCT4 genes regulating medium-chain ester content and strawberry aroma through genetic mapping and functional analysis.

This paper develops a method to isolate male gametophyte cells from tomato using fluorescence-activated cell sorting with a double fluorescent marker line.

The paper identifies new QTLs associated with stigma position in tomato and validates previously reported QTLs, supporting the role of multiple genes in controlling herkogamy.

This study edits tomato genes involved in strigolactone biosynthesis, showing gene-specific phenotypic effects and identifying D27 as a potential target for parasitic weed resistance.

This paper demonstrates generating realistic fruit shapes from DNA sequences using a decoder deep learning model in Cucurbitaceae and tomato.

The paper demonstrates the use of CRISPR activators to selectively enrich specific flavonoids in N. benthamiana leaves by activating multiple genes in metabolic pathways.

The paper introduces an upgraded cloning platform, GoldenBraid 4.0, enabling multiplex CRISPR constructs for plant genome engineering, validated with tobacco SPL gene family editing.

This paper engineers a bistable genetic toggle switch in plants using the phage PhiC31 integration system to control gene expression with reversible state changes.

The paper introduces a new CRISPR/Cas9-based transcriptional activator, dCasEV2.1, which shows strong activation and genome-wide specificity in plants.