PPT-Mechanisms of action for the supramolecular drugs: neutron study

Yana Zabrodskaya Alexey Shvetsov Dmitry Lebedev Yulia Gorshkova Alexander Kuklin Vitaly Pipich Vladimir IsaevIvanov and Vladimir Egorov 1 Low molecular weight compounds . 2 Neutron Reflectometers Updates prepared by Helmut Fritzsche and Zin Tun Canadian Neutron Beam Centre A neutron reflectometer yields data to determine th e scatteringlength density profile of a flat sample as a functi Varun Bhalerao. California Institute of Technology. Collaborators: F. Harrison, S. . Kulkarni. , Marten van . Kerkwijk. , and others. Weighing in on Neutron Stars. Varun Bhalerao. Why?. How?. What?. Classes of objects. Richard Kouzes. Ken Conlin, James Ely, Luke Erikson, Azaree Lintereur, Emily Mace, Edward Siciliano, Daniel Stephens, David Stromswold, Renee Van Ginhoven, Mitch Woodring. Pacific Northwest National Laboratory. Stars: . Insights . into their Formation. , Evolution & . Structure from their. Masses and Radii. Feryal Ozel. University of Arizona. In collaboration with T. . Guver. , M. . Baubock. , L. . Camarota. Phil Rosenfield, . Fridolin. Weber, Horst . Lenske. Outline. Neutron stars: a short synopsis. The structure of neutron stars. Modeling neutron stars. The equation of state. . Rotating or non-rotating. Contents. Breakup reactions. of . 14. Be on a proton target. Inelastic scattering (. 14. Be). One-neutron removal reaction (. 13. Be). Y. Kondo. RIKEN . Nishina. Center. 2. Collaborators. Y. Kondo. . Ana Becerril-Reyes, Sanjib S. Gupta and Hendrik Schatz. . Comparison between the two compilations of electron capture rates:. We start by comparing the EC rates at the lowest values of temperature and density (T9=0.01 and Log. V. V. . Sargsyan. *. , . G. G. . Adamian. , N. V. . Antonenko. In collaboration with . W. . . Scheid. , H. Q. . Zhang, D. . Lacroix. , G. Scamps. ECT*, Trento, . Italy. *Joint Institute For Nuclear Research. Biochemistry. 1. What is Biochemistry?. Biochemistry = chemistry of life. . Biochemists use physical and chemical principles to explain biology at the molecular level.. Basic principles of biochemistry are common to all living organism. Position-Sensitive . MCP . detector. Personnel. : . Mr. Blake Wiggins . (graduate student), Davinder . Siwal. , . RdS. (PI), Indiana University. Whether detecting photons, neutrons, or ions ultimately one is inevitably dealing with electrons.. Rauno . Julin. Accelerator Laboratory. Department . of Physics . . University of . Jyväskylä. . JYFL. Finland. Nuclear spectrocopy . is required to understand behaviour of nuclei far from stability. D. iffraction at HFIR HB-3A. flipper. Collimator with guide field. S-bender supermirror polarizer. HB-3A. High neutron polarization ratio (>94%) and a good transmission (16% based on the diffraction on a 2 mm size . 1. What is Biochemistry?. Biochemistry = chemistry of life. . Biochemists use physical and chemical principles to explain biology at the molecular level.. Basic principles of biochemistry are common to all living organism. Temperature-induced reorganization of influenza A nucleoprotein complex. Influenza A virus [5]. Vaccination. Two types of influenza vaccine are widely available: inactivated influenza vaccines (IIV) and .