Abstract The Japanese medaka, Oryzias latipes, is a vertebrate teleost model with a long
history of genetic research. A number of unique features and established resources …

Tissue regeneration has been in the spotlight of research for its fascinating nature and
potential applications in human diseases. The trait of regenerative capacity occurs diversely …

The maintenance of proper brain function relies heavily on the balance of excitatory and
inhibitory neural circuits, governed in part by synaptic adhesion molecules. Among these …

Medaka (Oryzias latipes) is a small freshwater teleost fish that serves as a model vertebrate
organism in various fields of biology including development, genetics, toxicology and …

Simple Summary Atlantic salmon is a diadromous species that has the particularity that it
returns to reproduce to its river of birth. This means that, in most cases, each river can be …

Background Formation of protein complexes across synapses is a critical process in
neurodevelopment, having direct implications on brain function and animal behavior. Here …

Mdga1, encoding a GPI‐anchored immunoglobulin superfamily molecule containing an
MAM domain, is expressed by a specific subset of neurons, including layer II/III projection …

As the medaka is a popular fish model in genetics, developmental biology and toxicology,
the development of an efficient transgenic medaka technique is important for a variety of …

The formation of functional neuronal circuits relies on accurate migration and proper axonal
outgrowth of neuronal precursors. On the route to their targets migrating cells and growing …

In model teleost fishes like the medaka and the zebrafish many genes which have been
identified in genome sequencing projects await their functional characterization. Techniques …