Browsing Department of Chemistry (MU) by Title

Now showing items 228-247 of 339

    Title
    Radioactive Au for potential radiotherapeutic application [1]
    Radioanalytical multi-elemental analysis : new methodology and archaeometric applications [1]
    Radiochemical and analytical methods of analysis of radiological dispersal devices [1]
    Radiolabeled bivalent peptide ligands for prostate cancer imaging [1]
    Radionuclide production and separation techniques for radiopharmaceutical development and nuclear waste processing [1]
    Radionuclide production for radioisotope micro-power source technologies [1]
    Radiotracers for examining biological functions of plants and microbes [1]
    Reactivity of lesions derived from abasic (AP) sites in DNA [1]
    Removal of organic dyes from water by ionic liquid derived functional magnetic carbons [1]
    Rhenium complexes with O, N, S ligands [1]
    Selection of small pretargeting peptides with affinity for radiochelates and separation and purification of radiolanthanides [1]
    Self-assembly of functional metal-seamed pyrogallol[4]arene nanocapsules [1]
    Separation and identification of peptides by integrated multidimensional liquid chromatography-mass spectrometry (IMDLC-MS) [1]
    The separation of vanadium from crude sodium uranate and conversion of latter into uranium oxide [1]
    Sixteen valence-electron species containing boron: structural diversity abounds [1]
    Small molecule-based approaches toward elucidation of structure and properties of abasic site-derived interstrand DNA crosslinks / [1]
    Solid, aqueous, and gaseous: functional materials and advancements to reduce pollution in three forms [1]
    Solvatochromic pyrogallarenes and pyrogallarene crystals [1]
    Spatially resolved and bulk zinc analysis in biological samples of patients at different stages of Alzheimer's disease by high resolution inductively coupled plasma mass spectrometry [1]
    Spectroscopic distinguishability, forced degradation kinetics and lc-ms/ms degradation product characterizations involving 5-fluorouracil and similar or affiliated compounds in relation to environmental concerns [1]