This study investigates the impact of two commonly detected contaminants—caffeine and fluoxetine—on Tetraselmis marina, a marine microalga of ecological and biotechnological interest. T. marina cultures were exposed to caffeine, fluoxetine, and a combination of both, alongside untreated controls, to assess changes in growth dynamics, pigment content, lipid accumulation, enzymatic activity, and ultrastructural morphology.

This study investigates the impact of two commonly detected contaminants—caffeine and fluoxetine—on Tetraselmis marina, a marine microalga of ecological and biotechnological interest. T. marina cultures were exposed to caffeine, fluoxetine, and a combination of both, alongside untreated controls, to assess changes in growth dynamics, pigment content, lipid accumulation, enzymatic activity, and ultrastructural morphology.

Caffeine and Fluoxetine impacts on the Physiology and Ultrastructure of the Marine Microalga Tetraselmis marina (Chlorophyta)

BALLARIN, MARCO
2024/2025

Abstract

This study investigates the impact of two commonly detected contaminants—caffeine and fluoxetine—on Tetraselmis marina, a marine microalga of ecological and biotechnological interest. T. marina cultures were exposed to caffeine, fluoxetine, and a combination of both, alongside untreated controls, to assess changes in growth dynamics, pigment content, lipid accumulation, enzymatic activity, and ultrastructural morphology.
2024
Caffeine and Fluoxetine impacts on the Physiology and Ultrastructure of the Marine Microalga Tetraselmis marina (Chlorophyta)
This study investigates the impact of two commonly detected contaminants—caffeine and fluoxetine—on Tetraselmis marina, a marine microalga of ecological and biotechnological interest. T. marina cultures were exposed to caffeine, fluoxetine, and a combination of both, alongside untreated controls, to assess changes in growth dynamics, pigment content, lipid accumulation, enzymatic activity, and ultrastructural morphology.
Tetraselmis marina
Emerging pollutants
Physiology
Ultrastructure
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/92913