Daniele Romeo

This study identifies molecular mechanisms underlying the mutualistic relationship between anemone and anemonefish by analyzing transcriptional changes after association.

This study examines cheating behavior in coral reef cleaner fishes using standardized experiments, finding interspecific variation in interaction patterns and context-dependent behavioral responses.

This study shows that early-life exposure to warming increases sea urchin tolerance to moderate heatwaves but not extreme ones, revealing context-dependent developmental plasticity.

The paper identifies neural molecular mechanisms in wild cleaner fish during mutualistic interactions, finding genes related to learning, memory, and feeding behavior.

Cleaner gobies solved a biological market task using plate size as a cue but not other cues, suggesting cognitive abilities shaped by ecological roles.

The paper presents a pipeline for identifying lncRNAs from RNA-Seq data and uses it to study their role in environmental response in fish.