Short- and long-term low-salinity acclimation effects on the branchial and intestinal gene expression in the European seabass (Dicentrarchus labrax)

Keyphrases

• European Seabass 100%
• Dicentrarchus Labrax 100%
• Acclimation Effect 100%
• Intestinal Gene Expression 100%
• Low Salinity Acclimation 100%
• Freshwater 80%
• Intestine 60%
• Direct Transfer 60%
• Low Salinity 40%
• Na + 40%
• Stress Response 40%
• Long-term Stress 40%
• Gill 40%
• Salinity Conditions 40%
• Gene Expression 20%
• Seawater 20%
• Stress Effect 20%
• Transporter Genes 20%
• Short-term Effects 20%
• Cystic Fibrosis Transmembrane Conductance Regulator 20%
• Water Salinity 20%
• Cotransporter 20%
• Nutrient Absorption 20%
• Peptide Transporter 1 (PepT1) 20%
• Acclimation Response 20%
• Teleost 20%
• K+-ATPase 20%
• Osmoregulatory Genes 20%
• Aquaculture Species 20%
• Drinking Rate 20%
• PEPT2 20%
• Inland Culture 20%
• Aquaporin 1 (AQP1) 20%
• Aquaporin-3 (AQP3) 20%
• Heat Shock Protein 70 Gene 20%
• Short-term Acclimation 20%

Agricultural and Biological Sciences

• Gene Expression 100%
• Europeans 100%
• Acclimation 100%
• Dicentrarchus labrax 100%
• Intestine 50%
• Gill 33%
• Water Salinity 16%
• Rearing 16%
• ATPase 16%
• Cotransporter 16%
• Aquaporin 1 16%
• Teleost 16%
• Peptide Transporters 16%
• Heat-Shock Protein 70 16%

Biochemistry, Genetics and Molecular Biology

• Gene Expression 100%
• Salinity 100%
• Acclimatization 100%
• European Sea Bass 100%
• Absorption 16%
• Cystic Fibrosis Transmembrane Conductance Regulator 16%
• Cotransporter 16%
• Heat Shock Protein 16%
• Transporter Genes 16%
• Rearing 16%
• Teleost 16%
• Na+/K+-ATPase 16%
• Aquaporin 3 16%
• Aquaporin 1 16%