Twentieth Congress and General Assembly of the IUCr

KN 29: Molecular recognition principles in protein-ligand interactions as a prerequisite for the design of specific and selective leads. Gerhard Klebe.

KN 29: Molecular recognition principles in protein-ligand interactions as a prerequisite for the design of specific and selective leads. Session Chair Hans-Beat Bürgi.

KN 30: Structural studies of macromolecular complexes: cytochrome b6f. Janet Smith.

KN 30: Structural studies of macromolecular complexes: cytochrome b6f. Session Chair Mitchell Guss.

KN 31: Metal-organic frameworks: assembly and crystal dynamics of functional materials. Myunghyun Paik Suh.

KN 32: Nanostructures studied by convergent beam electron diffraction.. Michiyoshi Tanaka.

KN 33: Ultrafast electron crystallography. Ahmed Zewail.

KN 33: Ultrafast electron crystallography. Session Chair Xiadong Zou.

KN 34: Structural studies of amyloid. David Eisenberg.

KN 34: Structural studies of amyloid. Session Chair Maria Armenia Carrondo.

KN 36: Strategies and design principles in biomineralization. Lia Addadi.

KN 36: Strategies and design principles in biomineralization. Session Chair Angelo Gavezzotti.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Audience.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Co-Chair Naomi Chayen.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Markus Grütter.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Annie Hassell.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Co-Chair Janet Newman.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Bernhard Rupp.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Constance Schall.

MS 01: When bad crystals turn good: transforming poorly diffracting crystals. Vivian Stojanoff.

MS 02: Chameleon proteins. Angel Gronenborn.

MS 02: Chameleon proteins. Sarah Tilley.

MS 02: Chameleon proteins. James Whisstock.

MS 03: Chiral and non-centrosymmetric structures. Joel Bernstein.

MS 03: Chiral and non-centrosymmetric structures. Perangelo Metrangolo.

MS 03: Chiral and non-centrosymmetric structures. André Persoons.

MS 03: Chiral and non-centrosymmetric structures. Marianna Strumpel.

MS 04: Polymorphism. Colin Pulham.

MS 04: Polymorphism. Susan Reutzel-Edens.

MS 04: Polymorphism. Kiyotaka Sato.

MS 04: Polymorphism. Mike Zaworotko.

MS 05: Structural phase transitions. Tapan Kumar Chatterji.

MS 05: Structural phase transitions. Chris Howard.

MS 05: Structural phase transitions. Stefano Leoni.

MS 05: Structural phase transitions. Dhananjai Pandey.

MS 06: Crystallography and forensic science. Robert Fitzpatrick.

MS 06: Crystallography and forensic science. Wim Heijnen.

MS 06: Crystallography and forensic science. Werner Kugler.

MS 06: Crystallography and forensic science. Co-Chair Izumi Nakai.

MS 06: Crystallography and forensic science. Co-Chair David Rendle.

MS 06: Crystallography and forensic science. Yasuko Terada.

MS 07: Crystal chemistry of inorganic and mineral compounds. Cristiano Ferraris.

MS 07: Crystal chemistry of inorganic and mineral compounds. Angel Vegas.

MS 08: Membrane protein structure and function. Hiroshi Aoyama.

MS 08: Membrane protein structure and function. Co-Chair Michael Garavito.

MS 08: Membrane protein structure and function. Co-Chairs Michael Garavito, Jacqueline Gulbis.

MS 08: Membrane protein structure and function. Jade Li.

MS 08: Membrane protein structure and function. Claus Olesen.

MS 08: Membrane protein structure and function. Lucy Vandeputte-Rutten.

MS 08: Membrane protein structure and function. Xiao-Dan Li.

MS 09: Combined XAS and XRD techniques in physics, chemistry and materials science. Daniel Haskel.

MS 09: Combined XAS and XRD techniques in physics, chemistry and materials science. Simona Quartieri.

MS 09: Combined XAS and XRD techniques in physics, chemistry and materials science. Alfonso San Miguel.

MS 09: Combined XAS and XRD techniques in physics, chemistry and materials science. Maria Grazia Proietti.

MS 10: Integrated crystallographic, spectroscopic and computational approaches. Peter Comba.

MS 10: Integrated crystallographic, spectroscopic and computational approaches. Philip Coppens.

MS 10: Integrated crystallographic, spectroscopic and computational approaches. Paola Gilli.

MS 10: Integrated crystallographic, spectroscopic and computational approaches. Karlheinz Schwarz.

MS 10: Integrated crystallographic, spectroscopic and computational approaches. Carlo Mealli, Paola Gilli, Peter Comba, Co-chair Andreas Roodt, Karlheinz Schwarz, Philip Coppens, Sergey Troyanov, Co-Chair Santiago Alvarez.

MS 10: Integrated crystallographic, spectroscopic and computational approaches. Sergey Troyanov.