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Results: 3
PROGRESSIVE TRANSFER TO SEAWATER ENHANCES INTESTINAL AND BRANCHIAL NA-K+-ATPASE ACTIVITY IN NON-ANADROMOUS RAINBOW-TROUT()
Authors: FUENTES J SOENGAS JL REY P REBOLLEDO E
Citation: J. Fuentes et al., PROGRESSIVE TRANSFER TO SEAWATER ENHANCES INTESTINAL AND BRANCHIAL NA-K+-ATPASE ACTIVITY IN NON-ANADROMOUS RAINBOW-TROUT(), Aquaculture international, 5(3), 1997, pp. 217-227
KIDNEY ATPASE RESPONSE IN SEAWATER-TRANSFERRED RAINBOW-TROUT (ONCORHYNCHUS-MYKISS) - EFFECT OF SALINITY AND FISH SIZE
Authors: FUENTES J SOENGAS JL BUCETA M OTERO J REY P REBOLLEDO E
Citation: J. Fuentes et al., KIDNEY ATPASE RESPONSE IN SEAWATER-TRANSFERRED RAINBOW-TROUT (ONCORHYNCHUS-MYKISS) - EFFECT OF SALINITY AND FISH SIZE, Journal of physiology and biochemistry, 52(4), 1996, pp. 231-238
HCO3--ATPASE AND CA2-TROUT AFTER THE TRANSFER TO BRACKISHWATER AND SEAWATER( DEPENDENT ATPASE ACTIVITIES IN THE GILLS OF THE RAINBOW)
Authors: FUENTES J SOENGAS JL REBOLLEDO E
Citation: J. Fuentes et al., HCO3--ATPASE AND CA2-TROUT AFTER THE TRANSFER TO BRACKISHWATER AND SEAWATER( DEPENDENT ATPASE ACTIVITIES IN THE GILLS OF THE RAINBOW), Revista Espanola de Fisiologia, 51(2), 1995, pp. 93-100
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