Protein Structures. 11/19/2002 Lecture 24 1
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1 Protein Structures 11/19/2002 Lecture 24 1
2 All 3 figures are cartoons of an amino acid residue. 11/19/2002 Lecture 24 2
3 Peptide bonds in chains of residues 11/19/2002 Lecture 24 3
4 Angles φ and ψ in the polypeptide chain 11/19/2002 Lecture 24 4
5 Active Sites Active sites in proteins are usually hydrophobic pockets/crevices/troughs that involve sidechain atoms. 11/19/2002 Lecture 24 5
6 Active Sites Left PDB 3RTD (streptavidin) and the first site located by the MOE Site Finder. Middle 3RTD with complexed ligand (biotin). Right Biotin ligand overlaid with calculated alpha spheres of the first site. 11/19/2002 Lecture 24 6
7 Amino Acid Classes 11/19/2002 Lecture 24 7
8 Protein Structure: experimental determination X-ray crystallography Nuclear Magnetic Resonance Spectroscopy (NMR) X-ray crystallography methods are more accurate. Different stable crystal structures are possible NMR methods model the protein in its natural state, i.e., in solvent. Sequence fl Structure Very similar sequences can have dissimilar structures Very dissimilar sequences can have similar structures 11/19/2002 Lecture 24 8
9 p53 Structure (1tsr) X-ray crystallography 2.2 A resolution 11/19/2002 Lecture 24 9
10 Lambda CRO Repressor (1cop): Structure NMR Methods: 20 models 11/19/2002 Lecture 24 10
11 Protein Folding Unfolded Molten Globule State Folded Native State Rapid (< 1s) Slow ( s) Infinitely many configurations: How to find minimum energy configuration? Find approximate minimum energy configuration. 11/19/2002 Lecture 24 11
12 Protein Structure Determination: Methods Homology-based Methods Use structure of homologous proteins Protein Threading Assuming the protein assumes a known structure, compute its energy. Ab initio Methods List all forces between all atoms and the resulting energy of the system. Find min energy configuration Combinations Methods Use substructures from database and then assemble 11/19/2002 Lecture 24 12
13 Software for protein structures SWISS-MODEL 1 st Pass: use homology method 2 nd Pass: refines using biochemical info VAST: compares structures DALI: aligns structures TOPITS: searches in PDB RASMOL: visualizing PDB structures Cn3D: visualize MMDB structures (from NCBI) Amber& CHARMM: Energy functions & minimization software 11/19/2002 Lecture 24 13
14 Protein Threading Input: Sequence S, Structure model M, Score functions f, g Output: Threading of sequence S to model M Model: core segments: C 1, C 2,, C m, their lengths: l 1, l 2,, l m Min and Max lengths of connecting loop regions: n 1, n 2,, n m x 1, x 2,, x m Total Score: depends on the placement of residues of S according to model M and the energy of resulting structure Optimization of total score: branch-&-bound method 11/19/2002 Lecture 24 14
15 Protein Threading 11/19/2002 Lecture 24 15
16 Lattice Models: HP Model Simplified assumptions Assume that all atoms may only occupy lattice points. Lattices: 2Dgrid, 3D-grid, Hex-grid Only backbone (central C atoms) is relevant, and side chain placements not considered. Every amino acid is either hydrophilic (P) or hydrophobic (H) If 2 H residues are topological neighbors, then they contribute -1 unit to the free energy of configuration. If residues are not both H residues or they are connected neighbors, they do not contribute to free energy. Native structure: self-avoiding, minimum free energy structure (Thermodynamic hypothesis) 11/19/2002 Lecture 24 16
17 Extensions to HP Model Side chain consists of 1 bead. Assume different free energy values for H-H, H-P, and P-P. Consider effect of non-local interactions (distance 2 units) 11/19/2002 Lecture 24 17
18 Ab initio Methods Energies involved Bond energies (deviation from opt bond length) Angles (deviation from opt due to bending) Dihedral angle (deviation from opt) Lennard-Jones potential Coulomb potential Van der Waal s energy Urey-Bradley term 11/19/2002 Lecture 24 18
19 Project Presentations YOU NEED TO BE PRESENT FOR ALL SEMINARS! YOU NEED TO BE ON TIME! 11/19/2002 Lecture 24 19
20 Presentation Schedule Nov 21: 9:30 AM: Teiresias Project (C. Zhan & N. Zhao) 9:50 AM: GYM Project (Y. Sun & Z. Deng) 10:10 AM: Phage Design (J. Yan) 10:25 AM: Probe Design (D. Cazalis) Nov 26: 9:30 AM: Structure Pattern Discovery (T. Milledge) 9:50 AM: Geometric Hashing (C. D Cunha & M. Hu) 10:10 AM: Primer Design (X. Wei) 10:25 AM: Eco-Informatics (C. Yang & Y. Wang) Dec 3: 9:30 AM: Multiple Sequence Alignment (L. Li) 9:45 AM: HIV Data Analysis (P. Buendia) 10:00 AM: Microarray Data Analysis (S. Rodriguez) 10:15 AM: Pattern Discovery in Microarray Data (E. Wu & Z. Dai) 11/19/2002 Lecture 24 20
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