Jacob M. Daane

The paper identifies gene losses in Antarctic notothenioid fishes and links them to physiological adaptations to cold environments.

This study investigates circadian gene loss in perciform fishes across latitudes, finding greater loss in higher-latitude species and no circadian metabolic oscillations in some notothenioid species.

This study shows that Baikal sculpins evolved reduced skeletal density and body shape changes during transitions from benthic to pelagic habitats.

The paper identifies ancestral dorsal-ventral patterning mechanisms in fish fins and shows evolutionary innovations in their regulation.

This study shows that projected warming disrupts embryonic development and hatch timing in Antarctic fish, leading to morphological abnormalities, accelerated development, and molecular stress.

TRACCER improves convergence analysis by incorporating topological relationships, identifying significant genetic signals in marine mammal transitions and mammalian longevity.

The paper identifies genetic regulators of fin proportion in flying fish through comparative genomics and zebrafish mutants, revealing a conserved signaling pathway involving amino acid transport and potassium channels.

The paper identifies kcnk5b as a key regulator of allometric growth in zebrafish fins by integrating calcineurin signaling.