A dissecting microscope was used to examine the current stage that the zebrafish embryo were in. Next, a compound microscope assisted with finding the details that were not visible to the naked eye and the dissecting microscope. In order to prevent the zebrafish from moving, anaesthesia was used. Photographs of the zebrafish were taken periodically using a Kodak Ektachrome 160T DX. The temperature and the time of development was recorded and compiled into various graphs noting the hours of development and the current stage that they were in. Finally, the process was repeated as the zebrafish was going through its different stages. As a result, the stages and the in-depth descriptions were produced along with photographs and drawings to easily distinguish between the different
A dissecting microscope was used to examine the current stage that the zebrafish embryo were in. Next, a compound microscope assisted with finding the details that were not visible to the naked eye and the dissecting microscope. In order to prevent the zebrafish from moving, anaesthesia was used. Photographs of the zebrafish were taken periodically using a Kodak Ektachrome 160T DX. The temperature and the time of development was recorded and compiled into various graphs noting the hours of development and the current stage that they were in. Finally, the process was repeated as the zebrafish was going through its different stages. As a result, the stages and the in-depth descriptions were produced along with photographs and drawings to easily distinguish between the different