Twenty-Second Congress and General Assembly of the IUCr
Madrid, Spain
22 August - 30 August 2011
Chinese delegates to the General Assembly. Xiao-Dong Su in middle.
General Assembly
Mirek Cygler, Joseph Schrag, James Britten.
General Assembly
Delegates to the General Assembly. Luc Van Meervelt, J. Wouters, Stanislav Ferdov.
General Assembly
Delegates to the General Assembly. Se Won Suh (Korea), J. Chavez Carvayar (Mexico).
General Assembly
Susan Bourne.
General Assembly
Jane Robinson.
General Assembly
Sven Lidin, Gautam Desiraju.
General Assembly
Marvin Hackert, Yuji Ohashi, Peter Colman, Juan Manuel Pérez-Mato.
General Assembly
Delegates to the General Assembly.
General Assembly
Michael Dacombe, Sine Larsen, Sven Lidin.
General Assembly
Dave Billing, Susan Bourne, Marta E. Gonzalez Mosquera, Carles Miravitlles Torrás, Santiago García Granda.
General Assembly
Marta E. Gonzalez Mosquera, Carles Miravitlles Torrás.
General Assembly
Michael Dacombe, Sine Larsen, Sven Lidin.
General Assembly
PL 02: Heterogenity within Order in Metal-Organic Frameworks. Ángeles Monge Bravo (Chair).
Plenary Lecture
PL 02: Heterogenity within Order in Metal-Organic Frameworks. Omar M. Yaghi.
Plenary Lecture
PL 02: Heterogenity within Order in Metal-Organic Frameworks. Ángeles Monge Bravo (Chair), Omar M. Yaghi (Speaker).
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna (Nobel Laureate).
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna (Nobel Laureate).
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna (Nobel Laureate), Guy Dodson, Thomas A. Steitz (Nobel Laureate).
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna.
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna (Nobel Laureate).
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna (Nobel Laureate), Ted Baker (chair).
Plenary Lecture
PL 03. FBBVA Conferences. Unraveling the structure of the ribosome and its role in decoding the genetic message. Venki Ramakrishna (Nobel Laureate), Ted Baker (chair).
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath (Nobel Laureate).
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath (Nobel Laureate).
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath (Nobel Laureate), Peter Colman (Chair).
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Peter Colman (Chair).
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath.
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath.
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath.
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath.
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath.
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Ada E. Yonath, Peter Colman.
Plenary Lecture
PL 04: FBBVA Conferences. The Spectacular Architecture of the Ribosome and Clues about its Origin.
Muhittin Aygun, Santiago García Granda, Ahmet Erdonmez, Ada E. Yonath, John Helliwell.
Plenary Lecture
KN 01: Structural studies of macromolecular assemblies playin
roles in transportation. Chair Yasushi Kai.
Keynote Lecture
KN 01: Structural studies of macromolecular assemblies playing
roles in transportation. Chair Yasushi Kai.
Keynote Lecture
KN 01: Structural studies of macromolecular assemblies playing
roles in transportation. Tomitake Tsukihara.
Keynote Lecture
KN 01. Structural studies of macromolecular assemblies playing
roles in transportation. Tomitake Tsukihara, Yasushi Kai.
Keynote Lecture
KN 04: Crystallography and HIV-1 Vaccine Design. Peter D. Kwong, Chair David Stuart.
Keynote Lecture
KN 04: Crystallography and HIV-1 Vaccine Design. Peter D. Kwong, Chair David Stuart.
Keynote Lecture
KN 04: Crystallography and HIV-1 Vaccine Design. Peter D. Kwong, Chair David Stuart.
Keynote Lecture
KN 05: Structural characterization of applied organic materials and
soft matter.
Chair Araceli Flores, Iris L. Torriani.
Keynote Lecture
KN 07: Microtubule-Kinetochore Interactions. Eva Nogales, Chair Michael Rossmann (obscured).
Keynote Lecture
KN 07: Microtubule-Kinetochore Interactions. Audience: Thomas A. Steitz, Phil Evans, Andrew Leslie.
Keynote Lecture
KN 07: Microtubule-Kinetochore Interaction.
?, Chair Michael Rossmann.
Keynote Lecture
KN 07: Microtubule-Kinetochore Interactions.
Eva Nogales, Michael Rossmann.
Keynote Lecture
KN 08. Use of external fields in the melt growth of semiconductors.
Roberto Fornari, Chair Jiyang Wang.
Keynote Lecture
KN 11: Energy related materials: borohydrides.
Yaroslav Filinchuk, Chair Bjorn Hauback.
Keynote Lecture
KN 11: Energy related materials: borohydrides.
Yaroslav Filinchuk, Chair Bjorn Hauback.
Keynote Lecture
KN 12: Crystal engineering of flexible metallorganic networks. Alessia Bacchi.