Effects of simulated microgravity on the development of the swimbladder and buoyancy control in larval zebrafish (Danio rerio)

Medicine & Life Sciences

• Air Sacs 100%
• Animals 3%
• Direction compound 5%
• Economic Inflation 24%
• Eggs 15%
• Energy Metabolism 6%
• Fishes 13%
• Gases 6%
• Hydrodynamics 8%
• Larva 68%
• Observation 5%
• Weightlessness 82%
• Zebrafish 65%
• Zygote 8%

Agriculture & Biology

• animal development 9%
• containers 6%
• Danio rerio 66%
• eggs 12%
• energy expenditure 7%
• fish 8%
• gases 5%
• hydrodynamics 8%
• inflation 26%
• innervation 7%
• larvae 38%
• microgravity 79%
• ontogeny 13%
• swim bladder 83%
• tissues 3%

Earth & Environmental Sciences

• animal 4%
• buoyancy 60%
• container 6%
• effect 15%
• egg 20%
• energy 3%
• expenditure 7%
• exposure 4%
• fish 8%
• gas 3%
• hydrodynamics 5%
• inflation 24%
• larva 60%
• maturation 7%
• ontogeny 16%
• teleost 8%
• tissue 5%
• vessel 11%