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To date, a great number of studies have been carried out in relation to the association between TAS2R38 diplotypes and psychiatric disorders, such as depression and schizophrenia. The meta-analysis of 11 studies using the PAV haplotype as a susceptibility marker found an association with early-onset bipolar disorder (EOD) [12]. Moreover, the PAV haplotype was found to be associated with schizophrenia in the meta-analysis of six studies [13]. However, the adverse effect of the PAV haplotype on EOD and schizophrenia might be related to a genetic contribution of TAS2R38 to gastrointestinal symptoms such as functional dyspepsia [14]. Moreover, the AVI haplotype was associated with increased risk for eating disorders [15]. This study demonstrated that the TAS2R38 diplotype could be a risk factor for eating disorders, such as anorexia nervosa and bulimia nervosa. The different functions of TAS2R38 in these psychiatric diseases is one of the interesting issues in future genetic epidemiology studies. The mechanism of the effect of the TAS2R38 diplotype on eating disorders was not explored in this report, but it is reasonable to speculate that TAS2R38-mediated food acceptance/rejection may be involved in the etiology of eating disorders. This is because individuals with the PAV haplotype have a greater acceptance of bitter foods that are rich in tryptophan, while those with the AVI haplotype are less sensitive to bitter taste. Therefore, it may be that patients with the PAV haplotype prefer more energy-dense foods, such as those high in fat and protein, while those with the AVI haplotype favor foods with low energy density, such as fruits and vegetables. This differential dietary pattern may be associated with an increased prevalence of eating disorders.

The authors did not examine the association between the TAS2R38 diplotype and other eating behavior factors, such as binge eating, and it is important to explore such associations in future research. A recent study suggested that the TAS2R38 diplotype is related to the intake of sucrose-sweetened beverages by Japanese adolescents. Another recent report demonstrated that the AVI haplotype was associated with an increased body mass index in middle-aged women [16]. Therefore, it is of interest to examine whether the TAS2R38 diplotype is associated with eating behavior and eating disorders in other populations.1% and located within intron 8 of the TAS2R38 gene. A total of five single-nucleotide polymorphisms (SNPs) that satisfied the above-mentioned criteria were identified, and all were genotyped by TaqMan-based allelic discrimination assays. We then selected three SNPs for the analyses of the association between these SNPs and oral cancer risk. In addition, we genotyped a subset of patients (n = 311) to compare the potential risk of oral cancer associated with PROP sensitivity. The study protocol was approved by the Xuzhou Medical University Ethics Committee. All participants provided informed consent. 827ec27edc