Notice of Republication This article [ 1 ] was republished on October 28, 2025, to address an issue identified post-publication. Please download this article again to view the correct version.
Correction: Detection of EML4-ALK in Lung Adenocarcinoma Using Pleural Effusion with FISH, IHC, and RT-PCR Methods
By The PLOS One Editors · · 1 min read
Related articles
PubMed
Laboratory-based assessment of quantitative PCR to describe Arctic fish assemblages in surface water affected by acid rock drainage.
Permafrost thaw has been identified as a cause of metal mobilization from acid rock drainage and transport to Arctic rivers. Elevated metal concentrations and precipitation of Fe(III) minerals (i.e., rusting) in surface waters deteriorates water quality and raises questions about ecosystem effects, especially to the health of fish species. Environmental DNA (eDNA) analyses could be used for assessing impacts of acid rock drainage to fish assemblages but may be prone to biases like polymerase cha...
PLOS
Laboratory-based assessment of quantitative PCR to describe Arctic fish assemblages in surface water affected by acid rock drainage
Permafrost thaw has been identified as a cause of metal mobilization from acid rock drainage and transport to Arctic rivers. Elevated metal concentrations and precipitation of Fe(III) minerals (i.e., rusting) in surface waters deteriorates water quality and raises questions about ecosystem effects, especially to the health of fish species. Environmental DNA (eDNA) analyses could be used for assessing impacts of acid rock drainage to fish assemblages but may be prone to biases like polymerase cha...