'Swiss model' diaporamas de présentation

Homology Modeling

Homology Modeling. Masa Watanabe University of California - Merced. Part 1 Monday 1:30-3:00pm. Homology Modeling - I (Comparative Modeling). What is it and why do we need it? principles of modeling, applications available Using Swiss-Model preparation, workspace tools, automated-mode

1.36k views • 69 slides

Homology Modeling

Homology Modeling. Masa Watanabe University of California - Merced. Part 1 Monday 1:30-3:00pm. Homology Modeling - I (Comparative Modeling). What is it and why do we need it? principles of modeling, applications available Using Swiss-Model preparation, workspace tools, automated-mode

1.52k views • 69 slides

3D structure - Swiss Pdb Viewer

3D structure - Swiss Pdb Viewer. David Shiuan Department of Life Science, Institute of Biotechnology and Interdisciplinary Program of Bioinformatics National Dong Hwa University. Swiss-PdbViewer.

650 views • 50 slides

Applications

Using standard Bioinformatics applications. Applications. Introduction. figWHAT.eps. The overall plan for the regeneration of high quality annotation information as contained in the EMBL disk-file ISTN501. Scientific Background To Mer Operon. Function Genetic Structure and Regulation

521 views • 42 slides

HOMOLOGY MODELLING

HOMOLOGY MODELLING. Chris Wilton. Homology Modelling. What is it and why do we need it? principles of modelling, applications available Using Swiss-Model preparation, workspace tools, automated-mode refining with manually-adjusted alignments Model Assessment

626 views • 32 slides

Prediction of Protein 3D Structure I-Comparative Modelling

Prediction of Protein 3D Structure I-Comparative Modelling. Inter-University DEA/DES Bioinformatics 2000-2001 Shoshana J. Wodak, SCMBB-ULB. Prediction of protein 3D structure. sequence. KELVLVLYDY QEKSPRELTI KKGDILTLLN STNKDWWKVE VNDRQGFIPA AYLKKLD. Similar sequence with

386 views • 20 slides

Folding@home and SWISS-MODEL

Folding@home and SWISS-MODEL. Taru Tukiainen ja Sini Sipponen S-114.2500 13.12.2006. Two Different Approaches to Protein Structure Modeling. Outline. Introduction to protein modelling Modelling the folding process with Folding@home Comparative modelling with SWISS-MODEL. Introduction.

345 views • 18 slides

Protein dynamics

Folding/unfolding dynamics Passage over one or more energy barriers Transitions between infinitely many conformations Fluctuations near the folded state Local conformational changes Fluctuations near a global minimum. Protein dynamics. Fluctuations near folded structure.

195 views • 18 slides

Protein dynamics

Folding/unfolding dynamics Passage over one or more energy barriers Transitions between infinitely many conformations Fluctuations near the folded state Local conformational changes Fluctuations near a global minimum. Protein dynamics. Fluctuations near folded structure.

159 views • 15 slides

NMR vs. Crystallography for CHEM 645

NMR vs. Crystallography for CHEM 645. Brian Bahnson Department of Chemistry & Biochemistry University of Delaware. Distance Restraints. Through space - NOE. NOE ? 1/r 6 . f ( t c ). Tortional Restraints through bond J-coupling. NMR Refinement. ideal geometry. NMR term.

201 views • 12 slides

NMR vs. Crystallography for CHEM 645

NMR vs. Crystallography for CHEM 645. Brian Bahnson Department of Chemistry & Biochemistry University of Delaware. Distance Restraints. Through space - NOE. NOE ? 1/r 6 . f ( t c ). Tortional Restraints through bond J-coupling. NMR Refinement. ideal geometry. NMR term.

138 views • 12 slides

identity 1.0

259 views • 9 slides

Homology modeling with SWISS-MODEL

Homology modeling with SWISS-MODEL. Building of hER-beta in agonist conformation Robert Dilis. Homology Modeling. Homology modeling allows to build the structure of a protein when only its amino acid sequence and the complete atomic structure of at least one other reference protein is known

257 views • 9 slides