TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
1 | |
16S | |
16S metabarcoding | |
5 | |
50 and 500 nm | |
A | |
Acetylcholinesterase | |
Acetylsalicylic acid | |
Acid stress responses | |
acute and chronic ecotoxicity | |
Acute toxicity | |
adaptation | |
additives | |
adrenergic system | |
Aging | |
Algal Blooms | |
Alternative ingredients | |
Aluminium | |
amphibians | |
Amphipods | |
Amyl salicylate | |
antidepressants | |
Antimicrobial resistance | |
antioxidant enzymes | |
AOP | |
apoptogenic compound | |
apoptosis | |
aquaculture | |
Aquatic animals | |
Aquatic organisms | |
aquatic pollution | |
Aquatic toxicology | |
Ascidian Embryos | |
ATP-binding cassette transporters | |
B | |
baseline | |
behavior | |
behaviour | |
benthos | |
benzodiazepine | |
bio-nano interactions | |
Bioaccumulation | |
bioactive compound | |
bioactive compounds | |
bioassay | |
Bioassays | |
biogenic wastes | |
bioindicator | |
Bioindicators | |
Biological responses | |
Biomarker | |
biomarkers | |
biomonitoring | |
biophysical changes | |
bioplastics | |
Bioremediation | |
bivalve | |
bivalve mortalities | |
bivalves | |
C | |
cadmium tolerance | |
CAEP | |
camouflage | |
cardiovascular disease | |
cell culture | |
cell motility | |
cell proliferation | |
cell viability | |
Cellular alterations | |
Cellular death | |
cephalopod | |
cephalopods | |
ceramides | |
Chlamydomonas | |
chromatophore | |
chromatophores | |
Ciona robusta | |
circular economy | |
Clam | |
climate change | |
Climate change related factor | |
cnidarians | |
CO2 vents | |
coelomocytes | |
Common kestrel | |
contaminants of emerging concern | |
corals | |
crustacean | |
crustacean endocrinology | |
D | |
Danio Rerio | |
decapods | |
deep learning | |
deep-sea mining | |
defence cells | |
diabetes | |
diabetes mellitus | |
diatoms | |
Dimoxystrobin | |
Donax trunculus | |
dysbiosis | |
E | |
early development | |
early larvae | |
Early Larval Physiology | |
ecosafety assessment | |
Ecotoxicity | |
Ecotoxicology | |
effect-based methods | |
Eisenia fetida | |
elutriates | |
embryo-larval development | |
embryonic development | |
embryotoxicity assay | |
emergent pollutants | |
emerging contaminants | |
emerging pathogens | |
Emerging pharmaceuticals | |
emerging pollutants | |
Endocrine disrupting chemicals | |
endocrine disruption | |
endocrine disruptors | |
energetic metabolism | |
engineered nanostructured material | |
environment | |
environmental concentrations | |
environmental impacts | |
Environmental microplastics | |
environmental protection | |
environmental quality | |
Environmental relevant concentrations | |
environmental risk assessment | |
environmental safety | |
Environmental toxicology | |
enzymatic activity | |
epigenetics | |
European sea bass | |
eutrophication | |
evolution | |
Extreme weather events | |
F | |
feeding | |
Fillet traits | |
filtrate organism | |
fish | |
Fish brain | |
fish larvae | |
Fish metabolome | |
flow cytometry | |
fractals | |
Fragrance | |
Free-spawning marine invertebrate | |
freshwater | |
functional comparative genomics | |
Functional food | |
functionalized nanosilver | |
G | |
Gammarus fossarum | |
Gastropod | |
Gene expression | |
gene transcription | |
genes | |
genome sequencing | |
gills | |
Graphene-silver nanoparticles hybrid nanocomposite Biomarkers | |
Great tit | |
H | |
haemocytes | |
haemolymph | |
Halomicronema metazoicum | |
Halophytes | |
Hazard Assessment | |
Hazards | |
Heartbeat rate | |
heat waves | |
heatwaves | |
Heavy metals | |
Hediste diversicolor | |
hemocytes | |
heterologous expression | |
histology | |
honeybee | |
hormonal profile | |
Host-microbiota interactions | |
humane endpoints | |
hydrodynamics | |
hydrophobic interaction | |
hyperbaric chamber | |
I | |
Immune parameters | |
immune response | |
immune responses | |
Inorganic UV filter | |
Integrated Biological Index | |
Integrated Biological Response index | |
inter and transgenerational effects | |
Invertebrate Endocrine Disruption | |
Invertebrates | |
L | |
Leachates | |
legacy contaminants | |
lipidomics | |
lipids | |
liquid crystals | |
low-frequency noise | |
M | |
macroalgae | |
magnetic field | |
MAGs | |
MANCA | |
MANCA 2 | |
MANCA 3 | |
Manila clam | |
Manila clam Ruditapes philippinarum | |
marine ecosystems | |
Marine environment | |
marine heatwaves | |
Marine litter | |
marine mammals | |
marine mussel | |
marine mussels | |
Marine pollution | |
Marine polychaete | |
marine protected areas | |
marine water | |
Mater-Bi | |
MaterBi | |
Mediterranean mussel | |
Mediterranean Sea | |
Mercury | |
Mercury accumulation | |
Metabolic pathways | |
Metabolomics | |
Metal exposure | |
Metal exposures | |
metallothionein | |
metals | |
Methylmercury | |
micro and nanoplastics | |
microalgae | |
microbial colonization | |
microbiome | |
microcrustaceans | |
microplastic | |
microplastic particles | |
Microplastics | |
mixture effects | |
Mixtures | |
Mode of Action | |
Model organism | |
molecular biomarkers | |
molecular docking | |
Molecular Ecology | |
Mollusks | |
monoamines | |
morpho-functional alterations | |
multi-biomarker approach | |
Multiple Reaction Monitoring mass spectrometry proteomics | |
multiple stressors | |
multiple-biomarker approach | |
Mussel | |
mussel hemocytes | |
mussels | |
Mytilus | |
Mytilus galloprovincialis | |
N | |
nanocellulose | |
Nanomaterials | |
Nanoparticles | |
Nanoplastics | |
natural exposure | |
Neonicotinoids | |
neuroendocrine disruption | |
Neuroendocrine signaling | |
neuroendocrine signalling pathways | |
neuroendocrine system | |
neurogenesis | |
Neuronal proliferation | |
neuropeptides | |
Neurotransmission | |
NMR metabolomics | |
Nuclear receptors | |
O | |
ocean acidification | |
ocean warming | |
ocomotion | |
Offshore wind farms | |
Okadaic Acid | |
Oncorhynchus mykiss | |
oogenesis | |
organic matter | |
Organic pollutants | |
Organic UV filter | |
organotropism | |
orientation | |
ovothiols | |
Oxidative Damage | |
oxidative stress | |
Oyster | |
P | |
pancreatic cancer cell line | |
Paracentrotus lividus | |
paracetamol | |
Particle characterization | |
Passive sampling | |
pathogens | |
Pesticides | |
PFAS | |
pH-dependant effects | |
pharmaceutical | |
pharmaceuticals | |
Photophysiology | |
Phramaceutiocals | |
phthalates | |
Physiological and biochemical responses Bioaccumulation | |
Physiological responses | |
Physiology | |
Planetary Health | |
Planorbarius corneus | |
plant protection product | |
Plastic leachates | |
plastics | |
plastisphere | |
pollutants | |
pollution | |
pollution management | |
polystyrene | |
polystyrene nanoparticles | |
Polystyrene nanoplastics | |
Porifera | |
port areas | |
port dynamics | |
Q | |
Quantitative Phase Microscopy | |
R | |
regulatory aggencies | |
reproductive physiology | |
Reproductive success | |
reproductive toxicity | |
reptiles | |
resilience | |
Riboflavin | |
RVD | |
S | |
sacrificial anodes | |
safety | |
Salinity stress | |
scoring system | |
sea cucumber | |
sea urchin | |
Seafood | |
sediment plumes | |
sensors | |
sewage sludge | |
shell biogenesis | |
shell embryogenesis | |
shell properties | |
silver nanoparticles | |
simvastatin | |
Skeletonema marinoi | |
Sperm impairments | |
spermatogenesis | |
sponges | |
Squalius cephalus | |
Sublethal effects | |
subsea cables | |
Sunscreen products | |
supramolecular aggregation | |
sustainability | |
Sustainable aquaculture | |
swimming | |
symbiosis | |
Synergistic effects | |
systems toxicology | |
T | |
Tebuconazole | |
teleost fish models | |
Telestes muticellus | |
textile PES microfibers | |
Tire microplastics | |
tolerance | |
Toxicity | |
toxicogenomics | |
Trace elements | |
Transactivation assays | |
Transcriptomic | |
Transcriptomics | |
Transgenerational effects | |
U | |
UV-filter | |
V | |
Venice Lagoon | |
Vermicomposting | |
W | |
Water pollution | |
water quality | |
welfare | |
WWTP sludges | |
Z | |
Zebrafish | |
zebrafish embryos |