Adrian Indermaur

The paper uses whole-genome sequencing to identify selfing in a cichlid fish, revealing genomic patterns consistent with self-fertilization rather than parthenogenesis or inbreeding.

This study compares visual adaptation in deep- and shallow-water cichlids using single-cell transcriptomics, revealing differences in opsin expression and retinal organization linked to habitat and ecology.

The paper shows that social and environmental cues mask circadian activity patterns in shell-dwelling cichlid fish, revealing new relationships between circadian rhythms and sociality.

The paper uses single-cell transcriptomic data to study dietary adaptations in cichlid fish intestines, finding that anterior enterocytes drive evolutionary changes in gene expression and cell abundance.

This study examines opsin gene expression in Bermin crater lake cichlids to understand how deep-water light environments drive visual system evolution.

This study links chromatin accessibility divergence to phenotypic diversity in cichlid fishes by analyzing ATAC-seq and transcriptomes across multiple tissues and species.

This study shows that temporal niche partitioning, through distinct activity patterns, contributed to the adaptive radiation of cichlid fishes in Lake Tanganyika.

This study examines hemoglobin gene evolution in teleost and cichlid fishes, showing gene duplications and rearrangements drive diversity in oxygen transport systems.