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e-Infrastructure project Virtual Organization Virtual Research Community Structural Biology on the Grid Christophe Schmitz e-Infrastructure project Virtual Organization Virtual Research Community Structural Biology on the Grid Christophe Schmitz Bijvoet Center for Biomolecular Research Faculty of Science, Utrecht University The Netherlands c. p. f. schmitz@uu. nl e-Bio. Grid Workshop 2011

The scientific objectives The scientific objectives

The molecular machines and network of life The molecular machines and network of life

Exploiting GRID resources in structural biology… NMR data collection and processing Data interpretation SAXS Exploiting GRID resources in structural biology… NMR data collection and processing Data interpretation SAXS data analysis # Number of dimensions 2 # INAME 1 1 H # INAME 2 1 H 12 2. 137 2. 387 1 T 0. 000 e+00 14 2. 387 4. 140 1 T 0. 000 e+00 32 1. 849 4. 432 1 T 0. 000 e+00 36 1. 849 3. 143 1 T 0. 000 e+00 39 1. 760 4. 432 ) 0. 000 e+00 assign ( resid 501 and name OO 1 T 40 1. 760 0. 000 e+00 ( resid 501 and name Z 1. 849 1 T ) 43 1. 760 3. 143 0. 000 e+00 ( resid 501 and name X ) 1 T 46 1. 649 4. 432 1. 035 e+05 ( resid 501 and name Y ) 1 T 47 1. 649 1. 849 1 T 0. 000 e+00 ( resid 2 and name CA ) -0. 1400 0. 15000 0. 00 e+00 0. 00 e+00 r 0. 00 e+00 - 0 2756 2760 0 0 2760 2752 0 0 2259 2257 0 0 2259 2587 0 0 2260 2259 0 0 2260 2587 0 0 2583 2259 0 assign ( resid 501 and name OO ) ( resid 501 and name Z ) ( resid 501 and name X ) ( resid 501 and name Y ) ( resid 3 and name CA ) -0. 0100 0. 15000 Computations Structure, dynamics & interactions impact on research and health: - origin of disease - design of new experiments - drug design …

The institute and the users The institute and the users

The Institute Partner Institute BCBR Utrecht, The Netherlands BMRZ Frankfurt, Germany CIRMMP Florence, Italy The Institute Partner Institute BCBR Utrecht, The Netherlands BMRZ Frankfurt, Germany CIRMMP Florence, Italy INFN Padova, Italy RUN Nijmegen, The Netherlands UCAM Cambridge, United Kingdom EMBL Hamburg, Germany Alexandre Bonvin, We. NMR coordinator

BCBR institute resources • • • LB CREAM-CE SITE-BDII Vitual Machines (XEN) with Glite BCBR institute resources • • • LB CREAM-CE SITE-BDII Vitual Machines (XEN) with Glite 3. 2 TOP-BDII APEL UI SE WMS 22 NODES (8 CPUs each) + 4 NODES (16 CPUs) 240 CPUs 1. 8 Tb of data

The users Australia: 2 Brazil: 5 Canada: 2 China: 1 Germany: 48 France: 12 The users Australia: 2 Brazil: 5 Canada: 2 China: 1 Germany: 48 France: 12 Italy: 59 Netherlands: 41 Turkey: 21 United Kingdom: 40 United States: 37 South Africa: 4 Today: 352 Users, growth ~ 10 users per month

The users BCBR Utrecht, The Netherlands BMRZ Frankfurt, Germany CIRMMP Florence, Italy INFN Padova, The users BCBR Utrecht, The Netherlands BMRZ Frankfurt, Germany CIRMMP Florence, Italy INFN Padova, Italy RUN Nijmegen, The Netherlands UCAM Cambridge, United Kingdom EMBL Hamburg, Germany http: //www. wenmr. eu/wenmr/user-survey Structural biologists

The software The software

Software packages AMBER -> Molecular dynamics GROMACS -> Molecular Dynamics ROSETTA -> protein folding Software packages AMBER -> Molecular dynamics GROMACS -> Molecular Dynamics ROSETTA -> protein folding prediction CSROSETTA -> Structure Calculation CNS -> Structure Calculation XPLOR -> Structure calculation HADDOCK-> protein-protein docking + =

The Web Portals The Web Portals

Haddock web portal Haddock web portal

Software characteristics • • • CPU intensive Possibly parallel jobs Small internet transfer (except Software characteristics • • • CPU intensive Possibly parallel jobs Small internet transfer (except for software deployment) Usually low I/O Usually no storage required

Typical use case 1. A scientific problem requires protein-protein docking calculation (HADDOCK) 2. User Typical use case 1. A scientific problem requires protein-protein docking calculation (HADDOCK) 2. User wants to use a GRID enabled software of our VO (HADDOCK) 3. User obtains a grid certificate 4. User joins enmr. eu VO 5. User registers for a software (HADDOCK) 6. User provides calculation parameters Behind the scene 7. User gets results

Behind the scene: the grid Behind the scene: the grid

Required resources Lots of CPUs! Short queues Required resources Lots of CPUs! Short queues

We. NMR platform operational and well used! • • Largest global VO in the We. NMR platform operational and well used! • • Largest global VO in the life sciences Over 352 registered users from 38 nationalities, and growing >33 000 CPUs >700 (normalized) CPU years over the last 12 months 1. 4 million jobs over the last 12 months 150 Tb of storage space ~20% of Life Sciences on the Grid User-friendly access to e-Infrastructure via web portals

Acknowledgments Prof. Alexandre Bonvin (We. NMR coordinator) All the Bijvoet Center in Utrecht University, Acknowledgments Prof. Alexandre Bonvin (We. NMR coordinator) All the Bijvoet Center in Utrecht University, Bijvoet Center for Biomolecular Research, NL Johann Wolfgang Goethe Universität Frankfurt a. M. , Center for Biomolecular Magnetic Resonance DE University of Florence, Magnetic Resonance Center, IT Istituto Nazionale di Fisica Nucleare , Padova, IT Raboud University, Nijmegen, NL University of Cambridge UK European Molecular Biology Laboratory, Hamburg, DE Spronk NMR Consultancy, LT