Sentence examples for studies of fishes from inspiring English sources

Recent studies of fishes and frogs have confirmed similar patterns of gene co-option.

Deep time mitogenomic studies of fishes also do not always conflict with nDNA based studies.

Similar studies of fishes mainly focused on intralacustrine (within-lake) morphological divergence and resource polymorphism, with specialization on benthic food usually associated with a preference for littoral habitats with high structural complexity.

While quantitative genetic data are increasingly used to estimate genetic parameters in situ in wild vertebrate populations (e.g. Kruuk et al., 2000; Kruuk, 2004; Coltman, 2005; Ellegren & Sheldon, 2008), studies of fishes are scarce (Wilson et al., 2003a; Garant et al., 2003).

Studies of fishes are leading the way in providing an ecological context to genomes [e.g., lake whitefish [ Coregonus clupeaformis [ 7, 8]], Atlantic salmon [ Salmo salar [ 9- 11]], killifish [ Fundulus heteroclitus [ 12- 14]], threespine stickleback [ Gasterosteus aculeatus [ 15, 16]] and sockeye salmon [ Oncorhynchus nerka [ 17- 19]]].

Although we found strong evidence for plastic effects in some enzymatic traits, local adaptation to divergent oxygen regimes may also contribute to the observed trait variation as has been observed in other studies of fishes experiencing divergent selective environments [ 33- 35].

"Almost all studies of fish oil supplements show no benefit.

Results from studies of fish oil supplements for people with implantable cardioverter-defibrillators have been mixed.

Many studies of fish consumption and heart health are based on observation of Eskimos and people in Mediterranean regions.

Carlson, a fish ecologist, and her UC Berkeley graduate students had observed such die-offs in their studies of fish in California streams and estuaries, originally piquing their interest in the topic.

In this review, we present an overview of recent advances in the use of gene editing nucleases for studies of fish species.