Zebrafish heart development reveals key insight into inherited heart defects. ScienceDaily . Retrieved June 2, 2025 from www.sciencedaily.com / releases / 2018 / 05 / 180515131541.htm ...

Zebrafish have the rare ability to regenerate their heart muscle after major damage, unlike humans. Researchers have now ...

Previous studies on heart development provided either static snapshots over time or required invasive electrophysiological recordings with limited spatiotemporal resolution and sample size. To monitor ...

Researchers identify specific genes involved in sensory hair cell regrowth in zebrafish, potentially informing hearing loss ...

Developing zebrafish offer a convenient model for studying the heart because they are transparent, grow quickly—developing a heartbeat in only 24 hours—and can be imaged by the dozen.

Heart defects are the most common congenital defect, yet scientists still struggle to understand why they occur. A new study from the Max Delbruck Center for Molecular Medicine investigates a ...

Aggression is a complex behavior dependent on numerous factors such as personal experiences, upbringing, social context, personality and genetics. Florian Reichmann and his team at the Med Uni Graz ...

Apr. 18, 2024 — A heart attack will leave a permanent scar on a human heart, yet other animals, including zebrafish, can clear cardiac scar tissue and regrow damaged muscle as adults. Biologists ...

In zebrafish, around 12 to 15 percent of these cells originate from a specific population of stem cells called neural crest cells. The Bronner and Martik laboratories have studied neural crest cells ...

The human heart beats 60-100 times a minute, without you needing to pay any attention to it. Heart function is controlled by the brain’s autonomic nervous system (the parasympathetic and ...

The development of the Zebrafish has revealed the blueprint for the chambers of our human heart. The discovery has revealed the truth about the processes involved in congenital heart defects this has ...

image: This is asymmetrical cardiac expression of the meis2b gene (shown here in cyan) at early stages of embryonic heart development in zebrafish. view more . Credit: Almary Guerra.