Francisco Latorre

This study identifies depth-dependent metabolic patterns in marine microbial eukaryotes and projects their responses to ocean warming.

The paper combines long-read MAGs with short-read time series to analyze seasonal population structure and adaptive variation in marine microbes.

This study examines how temperature affects Chlorella sorokiniana and its microbiome, finding that microbial shifts and reduced microalgal biomass occur at higher temperatures, with potential implications for microalgal production systems.

The paper analyzes long-term genomic variation in microbial populations from two distant ocean observatories to identify seasonal and ENSO-driven selection signatures.

This study examines population diversity and structure of four MAST-4 species using metagenomics and single-cell genomics, revealing temperature and salinity as key drivers of population divergence.

This study shows that geographic factors have a stronger impact on marine microbial population structure than long-term temporal changes, with taxon-specific responses to seasonal variation.

This study examines how the microbiome of the gorgonian coral Eunicella singularis changes with depth, finding shifts in microbial composition and metabolic functions between shallow and mesophotic colonies.

The paper uses metagenomic data to show vitamin cross-feeding is crucial for seasonal microbial interactions in marine environments.