The Effects of Mercury on Mitochondria Abundance in Gallus gallus Embryo Glial Cells / Hazie Crespo -- Mitochondrial Abundance In Glia After Exposure To Methylmercury / Michael Cummings -- The abundance of mitochondria in growth cones of chick embryos when exposed to different levels of methylmercury / Sydney Damian-Loring -- Average Length of Axons Before, During, and After Incubation with DMEM and DMEM with Methylmercury / Melissa Darnley -- Methylmercury and the Amount of Endocytic Activity in Chick Embryonic Glial Cells / Megan Donahue -- Active mitochondria in growth cones of neurons treated with methyl mercury / Lindsey Gillis -- Decrease of axon fasciculation occurrence following methyl mercury exposure / Molly Grannell -- Analysis of Mitochondria in Glial Cells: Methyl Mercury Effect on Mitochondria Distribution in Glial Cells / Elena Llabovitiadhi -- The Relationship between Methylmercury Dosages and Amount of Endocytic Activity in Primary Culture Chick Glial Cells / Dana MacDonald -- Methylmercury’s effect on axonal growth / Christopher Maricle -- Interactive Occurrences between Glial Cells and Neurons in in vitro exposure to Methylmercury / Tracy McCann -- Interactive Occurrences between Glial Cells and Neurons in in vitro exposure to Methylmercury / Tracy McCann -- Effects of Methyl Mercury on Mitochondrial Distribution in Gallus gallus Glia / Lauren McClelland -- The effects of methyl mercury on mitochondrial voltage in embryonic glial cells / Jenna Rocha -- The effect of methyl mercury on the distribution of mitochondria in glial cells / Anya Sokolova -- Analysis of Mitochondria within Embryonic Peripheral Neurons: The Effects of Methylmercury on Mitochondrial Movement / Felicia Stewart -- The Effects of Methyl Mercury on the Rate of Endosomal Movement within Chick Embryonic Glial Cells / Gabriella Verde -- Methyl mercury induced neurotoxicity on mitochondria in embryonic neurites / Moya Willis -- The Effect of Methylmercury on the Axon-Glia Interaction / Bohan Yang -- In Vitro Methyl Mercury Decreases Axon Abundance / Lucas Yoder.

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