Zebrafish

Comparing hypothalamic networks in zebrafish and mice reveals evolutionarily conserved neuronal pathways that regulate appetite across vertebrates.

Three A*STAR scholars—Sarah Luo, Caroline Wee, and Kaicheng Liang—have been selected for the highly competitive National Research Foundation Fellowship out of over 134 applicants worldwide.

A*STAR researchers uncover how bacteria and the immune system generate alarm behavior in fish.

Mutant zebrafish help explain the cause of a
rare muscle-degenerating disorder

Genetically
modified zebrafish are promising in the detection of harmful compounds for screening drug candidates

Imaging
live zebrafish embryos reveals in real time how the basic body plan is laid out

A fish alarm system could be more universal than
originally thought

Blocking a protein in a critical signaling pathway
could offer a new way to combat tumors

A trigger for the formation of bristled cells clears the air on a genetic mystery

A protein originally identified as a tumor suppressor also helps establish body patterns in developing embryos

A genetic screen in zebrafish identifies genes implicated in the development of cell structures linked to respiratory disease in humans

A zebrafish-based screening method reveals compounds that could help contain the effects of immunological disorders