“…Human SHBG is reported to be associated with many pathological conditions, including endometrial cancer (Nisker et al, 1980), ovarian dysfunction (Hogeveen et al, 2002), breast cancer (Fortunati et al, 2010), nodal metastases (Salonia et al, 2009), prohyperglycemia (Arias-Santiago et al, 2011), preeclampsia (Valdés et al, 2012, osteoporosis (van Pttelgergh et al, 2004;Rapuri et al, 2004), Alzheimer's disease (Muller et al, 2010), diabetes mellitus (Chen et al, 2012;Cottrell et al, 2014), and some cardiovascular diseases (Canoy et al, 2014;Pascual-Figal et al, 2009). Therefore, human SHBG binding data could not only improve human risk assessment of the endocrine disrupting potential of chemicals, but also aid in the development of drugs for the treatment of diseases associated with low endogenous sex hormone bioavailability (Cherkasov et al, 2005a).…”