Research Methods in Biomineralization Science

<p> <ol> <p>Determining solution chemistry, structure and nucleation<br>1. Development of accurate force fields for the simulation of biomineralisation<br>2. The integration of ion potentiometric measurements with chemical, structural and morphological analysis to follow mineralization reactions in solution.<br>3. Investigating the Early Stages of Mineral Precipitation by Potentiometric Titration and Analytical Ultracentrifugation<br>4. Replica Exchange Methods in Biomineral Simulations<br>5. SAXS in inorganic and bio-inspired research<br>6. In situ Solution Study of Calcium Phosphate Crystallization Kinetics</p> <p>Probing structure and dynamics at surfaces and interfaces<br>7. Design, fabrication, and applications of in situ fluid cell TEM to mineralization reactions<br>8. X-ray Absorption Spectroscopy for the Structural Investigation of Self-Assembled-Monolayer-Directed Mineralization<br>9. Cryo-TEM Analysis of Collagen Fibrillar Stucture</p> <p>Biomimetic crystallization techniques in vitro and in silico<br>10. Preparation of organothiol self-assembled monolayers for use in templated crystallization<br>11. Experimental techniques for the growth and characterization of silica biomorphs and silica gardens <br>12. Precipitation in liposomes as a model for intracellular biomineralization<br>13. Polymer Mediated Growth of Crystals and Mesocrystals<br>14. Phage display for the discovery of hydroxyapatite associated peptides</p> <p>Protein structure, interactions and function<br>15. Quantitatively and Kinetically Identifying Binding Motifs of Amelogenin Proteins to Mineral Crystals through Biochemical and Spectroscopic Assays<br>16. Using the RosettaSurface Algorithm to Predict Protein Structure at Mineral Surfaces<br>17. Investigating Protein Function in Biomineralized Tissues using Molecular Biology Techniques</p> <p>Mapping biomineral morphology and ultrastructure<br>18. Imaging the nanostructure of bone and dentin through small- and wide-angle scattering<br>19. Synchrotron X-ray Nanomechanical Imaging of Mineralized Fibre Composites</p> <p>Mapping mineral chemistry<br>20. Application of Total X-ray Scattering Methods and Pair Distribution Function Analysis for Study of Structure of Biominerals<br>21. X-ray Microdiffraction of Biominerals<br>22. FT-IR and Raman studies of structure and bonding in mineral and organic-mineral composites<br>23. A mixed flow reactor method to synthesize amorphous calcium carbonate under controlled chemical conditions</p></ol>