Victor M. Lewis

The paper identifies voltage-gated calcium channels as regulators of zebrafish fin regeneration, showing their role in controlling outgrowth scale through Ca2+ fluxes.

The paper shows early exercise during zebrafish fin regeneration disrupts an extracellular matrix program essential for tissue repair.

This study uses zebrafish fras1 mutants to investigate Fraser Syndrome's role in fin skeletal patterning, revealing defects in basal epidermis and osteoblast integration during development and regeneration.

The paper identifies IGFR/mTOR signaling as a driver of increased translation during zebrafish fin regeneration, accelerating outgrowth through coordinated cell behavior.

The paper introduces quantitative metrics based on information theory to analyze pigment patterns in Danio fishes, showing they can distinguish pattern types and detect mutation effects.

This study identifies the developmental origin and genetic mechanisms of red coloration in D. albolineatus, showing parallels with bird coloration mechanisms.

The paper investigates how thyroid hormone regulates different maturation paths in zebrafish pigment cell lineages through transcriptomic profiling and trajectory analysis.

The paper identifies two distinct leucophore populations in zebrafish, showing their different origins and functional roles through single-cell transcriptomics and other analyses.