The larval phase is a crucial period in the life of marine fish. During this phase, the organism
will acquire the phenotype of an adult fish through the development of tissues and organs …

In the last decade, new technologies have been invented to analyze large amounts of
information such as gene transcripts (transcriptomics), proteins (proteomics) and small …

In many cases marine organisms and especially their diverse developmental stages are
difficult to identify by morphological characters. DNA-based identification methods offer an …

Overfishing, pollution and human activities are making it harder to manage the fisheries.
Recent developments in molecular technology and genome projects have produced a …

During the larval period, marine teleosts undergo very fast growth and dramatic changes in
morphology, metabolism, and behavior to accomplish their metamorphosis into juvenile fish …

Many species that contribute to the commercial and ecological richness of our marine
ecosystems are harbingers of environmental change. The ability of organisms to rapidly …

Although aquaculture management becomes challenging because of overuse, pollution and
human activities reduced resources and genetic variations, current developments in …

Microarray technique was used to analyze the gene expression profiles of shrimp when they
were challenged by WSSV and heat-inactivated Vibrio anguillarum, respectively. At 6 h post …

Julidochromis marlieri and Julidochromis transcriptus are two closely related Tanganyikan
cichlids that have evolved different behavior and mating strategies since they diverged from …

Fishery genetics has a history of half a century, applying molecular biological and genetic
techniques to answer fisheries-related questions in taxonomy and ecology of fishes and …