Does the loss of diadromy imply the loss of salinity tolerance? A gene expression study with replicate nondiadromous populations of Galaxias maculatus

Earth & Environmental Sciences

• acclimation 17%
• colonization 7%
• comparison 3%
• diadromy 100%
• fish 4%
• gene 29%
• gene expression 63%
• habitat 4%
• loss 28%
• muscle 6%
• resident population 42%
• RNA 8%
• salinity 26%
• salinity tolerance 77%
• seawater 5%
• tolerance 34%
• trajectory 6%
• transition 4%
• water content 6%

Medicine & Life Sciences

• Acclimatization 20%
• Cystic Fibrosis Transmembrane Conductance Regulator 9%
• Ecosystem 8%
• Fishes 7%
• Fresh Water 47%
• Gene Expression 32%
• Genes 12%
• Gills 9%
• Internship and Residency 8%
• Muscles 4%
• Osmeriformes 95%
• Population 21%
• Regulator Genes 8%
• RNA Sequence Analysis 8%
• Salinity 57%
• Salt Tolerance 89%
• Seawater 10%
• Water 5%

Agriculture & Biology

• acclimation 13%
• cystic fibrosis transmembrane conductance regulator 12%
• diadromous fish 95%
• Galaxias maculatus 88%
• gene expression 32%
• genes 10%
• gills 6%
• habitats 4%
• muscles 5%
• osmoregulation 8%
• regulator genes 7%
• saline water 59%
• salinity 43%
• seawater 6%
• sequence analysis 5%
• trajectories 8%
• transcriptomics 6%
• water content 5%