Candidate SNP Markers of Chronopathologies Are Predicted by a Significant Change in the Affinity of TATA-Binding Protein for Human Gene Promoters
Table 1
Candidate SNP markers of circadian complications and/or comorbidities of Mendelian diseases as predicted by a significant change in the affinity of TATA-binding protein for human gene promoters.
Known Mendelian diseases (see [references]) and (hypothetically) circadian complications and comorbidities whose candidate SNP markers were predicted by us in [this work] (see Figure 2)
Malaria resistance and β-thalassemia and (hypothetically) circadian symptoms (worse at night) in restless legs syndrome caused by iron deficiency anemia cooccurring with thalassemia and for sensorineural hearing loss as a complication of deferoxamine-based therapy in thalassemia
(Hypothetically)malaria resistance, β-thalassemia, and circadian symptoms (worse at night) in restless legs syndrome and sensorineural hearing loss (for details, see above)
Malaria resistance and δ-thalassemia and (hypothetically) circadian symptoms (worse at night) for restless legs syndrome and sensorineural hearing loss (for details, see above)
(Hypothetically) malaria resistance, δ-thalassemia, and circadian symptoms (worse at night) for restless legs syndrome and sensorineural hearing loss (for details, see above)
Gastric cancer in Helicobacter pylori infection, hepatocellular carcinoma in hepatitis C virus infection, non-small cell lung cancer, chronic gastritis and gastric ulcer in H. pylori infection, Graves’ disease, greater body fat in older men, recurrent major depressive disorder whose diagnosis and therapy are characterized by circadian optima for use, and (hypothetically) bipolar disorder whose diagnosis and therapy are characterized by circadian optimafor usedepending on the diet
(Hypothetically) heart attacks that are characterized by circadian preference for the early morning in the elderly and circadian (postprandial) flare-ups of thrombogenesis
Resistance to malaria and high risk of epilepsy that damages the hypothalamus and the circadian clock as a whole and (hypothetically) remission of panic disorder whose symptoms are circadian (worse late in the evening)
Hypertension in diabetes (EMSA: an unknown TF-binding site is disrupted rather than a TBP-binding site) and (hypothetically) weak circadian resistance to exotoxins (deficiency of the mediator between the circadian and immune systems)
(Hypothetically) risk of atherosclerosis that is characterized by circadian (postprandial) flare-ups and hypoalphalipoproteinemia causing chronopathologies of the liver
Hypoalphalipoproteinemia causing chronopathologies in the liver, as well as hematuria, fatty liver, and obesity, and (hypothetically) atherosclerosis that is characterized by circadian (postprandial) flare-ups
Type 1 diabetes after neonatal diabetes mellitus and risk of hyperinsulinemia that disturbs circadian rhythms of the reproductive system, of blood pressure, and of tumor-host balance
(Hypothetically) type 1 diabetes after neonatal diabetes mellitus and risk of hyperinsulinemia that disturbs circadian rhythms of the reproductive system, of blood pressure, and of tumor-host balance
Preventive therapy for an ESR2-deficient pT1 primary tumor against its progression to breast cancer by means of tamoxifen when this treatment is characterized by a circadian optimum for use and (hypothetically) disturbances in circadian (daytime) behavioral activity
(Hypothetically) preventive therapy for an ESR2-deficient primary pT1 tumor against its progression to breast cancer by means of tamoxifen when this treatment is characterized by a circadian optimum for use; disturbances in circadian (daytime) behavioral activity
wt, ancestral allele; mut, minor allele; , an estimate [35] of the dissociation constant () of the TBP-DNA complex in vitro [91]; Δ, a gene expression change in comparison with the norm (=): overexpression (↑) and underexpression (↓); , -score; , significance (where is a probability rate of acceptance of hypothesis “ ≠ ”; see Figure 1); TF, transcription factor; EMSA, electrophoretic mobility shift assay.