Twentieth Congress and General Assembly of the IUCr

Florence, Italy

23 August - 31 August 2005


KN 13: In situ X-ray study of hydrothermally prepared titanates and silicotitanates.. Abraham Clearfield.
Keynote Lecture
KN 14: Catalysts of de novo disulfide bond formation. Deborah Fass.
Keynote Lecture
KN 14: Catalysts of de novo disulfide bond formation. Session Chair Jennifer Martin.
Keynote Lecture
KN 15: Synthetic crystallography. A. Guy Orpen.
Keynote Lecture
KN 16: A perspective on the crystal structures of high-pressure elements and their properties. John Tse.
Keynote Lecture
KN 17: Some new insights into the mechanisms of fullerence and nanotube formation. Harold Kroto.
Keynote Lecture
KN 17: Some new insights into the mechanisms of fullerence and nanotube formation. Session Chair Ivano Bertini.
Keynote Lecture
KN 17: Some new insights into the mechanisms of fullerence and nanotube formation. Audience.
Keynote Lecture
KN 17: Some new insights into the mechanisms of fullerence and nanotube formation. Audience.
Keynote Lecture
KN 18: Protein kinase inhibition and substrate recognition. Louise Johnson.
Keynote Lecture
KN 18: Protein kinase inhibition and substrate recognition. Session Chair John Helliwell.
Keynote Lecture
KN 18: Protein kinase inhibition and substrate recognition. Session Chair John Helliwell, Louise Johnson.
Keynote Lecture
KN 19: Crystallography in inorganic solid-state chemistry. James A. Ibers.
Keynote Lecture
KN 21: Pore-forming toxins. Michael Parker.
Keynote Lecture
KN 22: Pressure-induced complexity in the elements. Malcolm McMahon.
Keynote Lecture
KN 23: Electrostatic and related properties from accurate charge density analysis. Mark A. Spackman.
Keynote Lecture
KN 24: Structural and functional studies of large macromolecular assemblies. Nenad Ban.
Keynote Lecture
KN 26: New possibilities for structure determination of biomolecular complexes. Session Chair Giuseppe Zanotti.
Keynote Lecture
KN 27: Bound ligands to probe the activity of type 2 copper sites in proteins. Michael Murphy.
Keynote Lecture
KN 27: Bound ligands to probe the activity of type 2 copper sites in proteins. Session Chair Carrie Wilmot.
Keynote Lecture

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