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  • Book
    edited by Christoph Lees, Gerard H.A. Visser, Kurt Hecher.
    Summary: "Master the effective evaluation, analysis and management of placental-fetal growth restriction (PFGR), reducing the risk of perinatal mortality and morbidity in patients worldwide. Extensively researched by international experts, this manual provides practitioners with a detailed, hands-on approach to the practical 'pearls' for direct patient management. This authoritative volume advises on matters such as the correct evaluation and management of high-risk patients in danger of PFGR through to delivery. Extensive and wide-ranging, this book is an invaluable companion to the developing research interest and clinical applications in PFGR, including developmental outcomes in early childhood. Featuring a critical evaluation of a variety of abnormal conditions, such as fetal hypoxia, which are clearly displayed through extensive illustrations. This essential toolkit ensures that practitioners of all levels can effectively limit the risk of mortality and morbidity, and reach the correct diagnosis, first-time"--Provided by publisher.
    Digital Access Cambridge 2018
  • Article
    Urbanke C, Maass G.
    Nucleic Acids Res. 1978 May;5(5):1551-60.
    The temperature dependence of the fluorescence of the Y-base of tRNAPhe (yeast) was investigated kinetically by the temperature jump method. In the range between -15 degrees C and +30 degrees C A NOVEL CONFORMATIONAL TRANSITION OF THE TRNA could be characterized. This conformational change was found in the absence of any artificial label; it is a characteristic property of tRNAPhe in its native structure. This transition accounts for 30% of the total fluorescence change. Its activation enthalpy is 16 kcal/mole (67 kJ/mole), and the transition enthalpy is between -2 kcal/mole and +2 kcal/mole (+/-8 kJ/mole). A model is represented in which this transition can be explained by a a change in the stacking pattern of the anticodon loop. The experimental findings are discussed with respect to several hypotheses about the molecular mechanism of protein biosynthesis which postulate conformational rearrangements of the anticodon loop.
    Digital Access Access Options