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  • Book
    volume editor, T. Hugh Jones.
    Contents:
    Current guidelines for the diagnosis of testosterone deficiency / S. Arver, M. Lehtihet
    Laboratory measurement of testosterone / M.J. Diver
    Advances in testosterone replacement therapy / L.J.G. Gooren
    The role of the CAG repeat androgen receptor polymorphism in andrology / M. Zitzmann
    Late-onset hypogonadism / L.J.G Gooren
    Testosterone in obesity, metabolic syndrome, and type 2 diabetes / R.D. Stanworth, T.H. Jones
    Testosterone and coronary artery disease / J.E. Nettleship ... [et al.]
    Erectile dysfunction and testosterone deficiency / M. Blute ... [et al.]
    Testosterone, bone, and osteoporosis / S.P. Tuck, R.M. Francis
    Frailty and muscle function : role for testosterone? / U. Srinivas-Shankar, F.C.W. Wu
    Testosterone effects on cognition in health and disease / M.M. Cherrier
    Anabolic applications of androgens for functional limitations associated with aging and chronic illness / S. Bhasin, T.W. Storer
    Testosterone in chronic heart failure / C.J. Malkin, T.H. Jones, K.S. Channer
    Testosterone and prostate safety / A. Morgentaler, C. Schulman.
    Digital Access Karger 2009.
  • Article
    Karle EJ, Gehring F.
    Dtsch Zahnarztl Z. 1979 Jul;34(7):551-4.
    A comparative study of the cariogenic characteristics of sugar substitutes Xylitol, L-sorbose, and Palatinit as well as saccharose and lactose was carried out in programmed feeding experiments with xerostomized and nonxerostomized rats. The xerostomized animals developed more caries with all substrates than did the nonxerostomized animals. The differences in the saccharose and the lactose groups however were significant. Compared with saccharose, it was confirmed with this method that the cariogenic characteristics of the sugar substitutes tested was low. Xylitol proved to be the least cariogenic.
    Digital Access Access Options