Zebrafish shed insight into how the brain responds to social isolation: their neuronal gene activity changes depending on how many others are around them. Continue reading The Effect of Social Isolation on the Zebrafish Brain
Zebrabow embryos express random combinations of red, green, and blue fluorescent proteins, revealing a spectrum of unique hues. These same hues can be used to ‘barcode’ individual stem cells to track their birth and contribution to tissues as the embryo grows–all cells of the same hue were produced from one stem cell’s divisions. The Zebrabow system allows for long-term tissue lineage analysis, because the fluorescent proteins will … Continue reading Zebrabow
If you grew up watching Finding Nemo and treasuring little colourful fish in your home mini aquarium, I have very cool news for you. Scientists have now found a way to color small fish like organisms with thousands of fluorescent colors – one for each cell in the fish’s outer body. These creatures known as zebrafish, are unique organisms because their bodies are translucent. When … Continue reading Coloring Nemo: Because now you can!