Project description:Transcripts of the gill epithelium from three different stocks of Atlantic salmon (Salmo salar) migrating from freshwater river to lake (Saimaa stock, SS), brackish water (Neva stock, NS) or seawater (Teno stock, TS) were compared at three successive developmental stages (parr, smolt and postsmolt) using the 16K GRASP cDNA microarray platform.
Project description:Gill proteome samples from four populations of threespined sticklebacks; Six biological replicates each for 4 different populations: Bodega Harbor, CA (fully plated, marine), Lake Solano (low-plated, freshwater), Laguna de la Bocana del Rosario, Mexico (low plated, brackish water, warm-adapted), Westchester Lagoon, AK (fully plated, brackish water); More information and results of data analysis at CAMP Proteome, accession number CAMPDDA00023 (https://kueltzlab.ucdavis.edu/CAMP_dda_profiles.cfm?AC=CAMPDDA00023).
Project description:This study aims to understand the molecular adaptation mechanisms of fish gills to environmental Ca2+ changes. Using SuperSAGE, we compared the gene expression profiles of T. nigroviridis gills transferred from natural brackish water (10 ppt salinity,2.9 mM Ca2+) to artificial brackish water with control (2.9 mM), low (0.01 mM) or high (10 mM) Ca2+ concentrations for 2 or 12h.
Project description:we used next-generation sequencing technology to characterise mRNA-seq of brackish water (BW, 10‰), fresh water (FW, 0‰), and sea water (SW, 25‰)-treated Anguilla marmorata's gill, kidney and intestine to elucidate the molecular mechanisms of salinity adaptation.
