Fig. 5: Hypoxia prevents the loss of DA neurons in C. elegans overexpressing α-syn. | Nature Neuroscience

Fig. 5: Hypoxia prevents the loss of DA neurons in C. elegans overexpressing α-syn.

From: Hypoxia ameliorates neurodegeneration and movement disorder in a mouse model of Parkinson’s disease

Fig. 5

a, Schematic depicting the experimental groups and timeline. b, Percentage of C. elegans in which at least one DA cephalic (CEP) neuron is absent at day 7 of adulthood. Each point represents one cohort in which approximately 30 animals were analyzed (the number of C. elegans in each group was 21% O2, GFP (n = 80); 21% O2, α-syn (n = 84); 1% O2, GFP (n = 82); and 1% O2, α-syn (n = 81)). b, Data are presented as a box plot showing the median and IQR, with the whiskers denoting the maximum and minimum values. A Fisher’s exact test was conducted to compare each of two groups with a two-sided P value.

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