G. T. Kwan

The paper tests the TEEL hypothesis by analyzing larval rockfish diets and finds that lower trophic position prey correlates with better growth and survival.

This study characterizes the inner ear epithelial cell types and protein expression in splitnose rockfish to understand otolith biomineralization and its sensitivity to environmental factors.

This paper develops an optimized immunostaining method using sodium borohydride to reduce autofluorescence in archival fish samples, enabling effective IHC for studying ionocytes and environmental responses.

This study investigates how ocean acidification affects otolith overgrowth in fish by analyzing pH regulation in blood and endolymph, finding that endolymph pH regulation under high CO2 leads to increased bicarbonate and carbonate ions, promoting otolith overgrowth.

European sea bass rapidly regulate blood and red cell pH within 2 hours and 40 minutes, respectively, protecting O2 transport capacity via enhanced gill acid excretion.