Zebrafish Retina Development This figure shows the differences between a wild type zebrafish, labeled wt, and the SLBP mutant used in this experiment, labeled rw440. Moving from left to right, the images show the embryo at 3, 4, and 5 days post fertilization, or dpf. In the top row, the wild type fish retina forms different types of retinal cells, which assemble into neat layers. The wild type fish’s retinal ganglion cells form a clear channel leaving the eye for their axons to carry messages to the brain. On the bottom row, the mutant fish retina shows fewer types of cells, with delayed layering and no clear way for signals to reach the brain. This figure shows the differences between a wild type zebrafish, labeled wt, and the SLBP mutant used in this experiment, labeled rw440. Moving from left to right, the images show the embryo at 3, 4, and 5 days post fertilization, or dpf. In the top row, the wild type fish retina forms different types of retinal cells, which assemble into neat layers. The wild type fish’s retinal ganglion cells form a clear channel leaving the eye for their axons to carry messages to the brain. On the bottom row, the mutant fish retina shows fewer types of cells, with delayed layering and no clear way for signals to reach the brain. Date: 19 August 2014 Copyright OIST (Okinawa Institute of Science and Technology Graduate University, 沖縄科学技術大学院大学). Creative Commons Attribution 4.0 International License (CC BY 4.0). Download full-resolution image Tags Research Researchers Share on: Related Images Researcher in the cleanroom Alexander Badrutdinov using a microscope to take a close look at a prototype developed by the lithography system. Members of the PhysioDesigner Development Team Members of the PhysioDesigner development team: Yoshiyuki Asai (right) and Takeshi Abe (left). Mr. Abe is mainly responsible for developing a simulator for encoded models of physiological functions. X-ray micro-CT X-ray micro-CT 3D model of ant Burriel-Ha’s 3D model of the ant head and first segment next to the 3D image on the computer used to print it. Dr. Yuuri Yasuoka Dr. Yuuri Yasuoka
Researcher in the cleanroom Alexander Badrutdinov using a microscope to take a close look at a prototype developed by the lithography system.
Researcher in the cleanroom Alexander Badrutdinov using a microscope to take a close look at a prototype developed by the lithography system.
Members of the PhysioDesigner Development Team Members of the PhysioDesigner development team: Yoshiyuki Asai (right) and Takeshi Abe (left). Mr. Abe is mainly responsible for developing a simulator for encoded models of physiological functions.
Members of the PhysioDesigner Development Team Members of the PhysioDesigner development team: Yoshiyuki Asai (right) and Takeshi Abe (left). Mr. Abe is mainly responsible for developing a simulator for encoded models of physiological functions.
3D model of ant Burriel-Ha’s 3D model of the ant head and first segment next to the 3D image on the computer used to print it.
3D model of ant Burriel-Ha’s 3D model of the ant head and first segment next to the 3D image on the computer used to print it.