OXTR and vitamin D deficiency: Also, Max et al. [39] identified actin cytoskeleton related pathways associated with differentially expressed genes in newborn rats as response to maternal vitamin D deficiency, such as regulation of actin cytoskeleton organization and stimulation of cytoskeleton organization. In addition, Glendining et al. [40] reported that a high-fat diet in mice altered histone binding at the promoter region of gene Oxtr in the offspring hippocampus.