Toxicity of Inorganic Nanoparticles and Commercial Sunscreens on Marine Bacteria

Author:

Echeveste Pedro,Fernández-Juárez Víctor,Brito-Echeverría Jocelyn,Rodriguez-Romero Araceli,Tovar-Sánchez Antonio,Agawin Romualdo Nona Sheila

Publisher

Elsevier BV

Reference29 articles.

1. However, T. nivea and Halothece sp. were affected by just SPF50, while the natural epiphytic community only by SPF90 (Fig. 3E-3F). Notably, the inhibition of APA may have elicited the uptake of P (Fig. 3B-3C), driving the inhibition of cell growth in some species or the induction of alternative acquisition routes to maintain it (Fig. 2D-2D);The decreases in P-uptake were associated with increases in APA at ~3fold control levels (Fig. 3D), most notoriously (p<0.05) in M. litorale and, surprisingly, in P. azotifigens, which both P-uptake and APA increased (Fig. 3D)

2. ROS can directly affect the growth of marine organisms by leading to oxidative stress and subsequent loss of membrane functions and proteins;N V Blough;ROS production Reactive oxygen species (ROS) are widespread compounds, originated from both biological (e.g. unbalanced metabolism or stress) and non-biological processes (e.g. photochemical reactions) (Blough and Zepp,1995

3. Oxidative stress in bacteria and protein damage by reactive oxygen species;E Cabiscol Catal�;International Microbiology,2000

4. The occurrence of chemically induced hormesis;E J Calabrese;Health Physics,1987

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