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Fig 6 PGRP5 plays an important role in neurobehavioral alteration and oxidative stress in zebrafish embryos.
(A) The movement tracks of zebrafish at 5 dpf larvae that exposed to mock and PGRP5-KD conditions. Three representative photographs are shown in each group. (B) The total distance moved of zebrafish larvae that both in control and PGRP5-KD conditions. (C) The average velocity of zebrafish larvae that both in mock and PGRP5-KD conditions. (D) Detection the contents of ROS, along with enzymatic activities of CAT, SOD and AChE in larval zebrafish that both in mock and PGRP5-KD conditions. The values are presented as means ± SEM (Each value contains at least four biological replicates, and each biological replicate contains three technical replicates). *,