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Protein design
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#	Item
101	Session 11 Part III – Intelligent Design (cont.) 3. Irreducible Complexities (cont.) Signature in the Cell Beyond the many examples of irreducible complexity, the cell offers a profound example of Add to Reading List Source URL: www.elcaminochurch.org Language: English - Date: 2014-11-25 16:19:01 Molecular biology Protein biosynthesis Genetics Ribosome Translation Gene DNA Amino acid Transcription Biology Gene expression RNA
102	NORTHERN REGION Pharmaceutical Design and Simulation Laboratory School of Pharmaceutical Sciences Universiti Sains Malaysia (USM) Specialises in computational chemistry, rational drug design Add to Reading List Source URL: www.biotechcorp.com.my Language: English - Date: 2013-12-02 11:47:20 Theoretical chemistry Drug discovery Medicinal chemistry Computational chemistry Protein structure Docking AutoDock CHARMM GROMACS Chemistry Science Molecular modelling
103	Special Section Bulletin of the American Society for Information Science and Technology – August/September 2011 – Volume 37, Number 6 From Tsunami to Rising Tide: How to Plan for a Successful Information Architectur Add to Reading List Source URL: www.asis.org Language: English - Date: 2014-07-19 18:53:38 Domain analysis Domain name Software design Protein domains Protein structure
104	EPAAC WP8 Pilot Project 1 “European cancer research coordination in early phase clinical research” Update Objectives of PP1 The purpose of PP1 is to design and fund state-of-the-art biomarker-driven phases I/II acade Add to Reading List Source URL: www.epaac.eu Language: English - Date: 2013-11-25 04:16:41 Research Nursing research AstraZeneca Zeneca Pharmaceutical industry Medical research Clinical trial Protein phosphatase 1 Health Pharmacology Pharmaceutical sciences
105	2014-‐07-‐C3-‐ NanoFar PhD project Design of new delivery systems for therapeutic proteins based on calcium carbonate microspheres Add to Reading List Source URL: www.erasmusmundus-nanofar.eu Language: English - Date: 2013-11-12 05:32:46 Carbon dioxide Supercritical carbon dioxide Biomaterial Supercritical fluid Protein Calcium carbonate Microparticles Chemistry Inorganic solvents Matter
106	Exact Rotamer Optimization for Protein Design D. BENJAMIN GORDON,1 GEOFFREY K. HOM,2 STEPHEN L. MAYO,3 NILES A. PIERCE4 1 Whitehead Institute for Biomedical Research, Cambridge, Massachusetts[removed]Biochemistry Option, C Add to Reading List Source URL: piercelab.caltech.edu Language: English - Date: 2010-09-08 02:56:26 Dead-end elimination Mathematical optimization Bioinformatics Stereochemistry Conformational isomerism Protein design Resolution STING Homology modeling Chemistry Protein methods Protein structure
107	Conformational Splitting: A More Powerful Criterion for Dead-End Elimination N. A. PIERCE,1,∗ J. A. SPRIET,2 J. DESMET,2,† S. L. MAYO3 1 Division of Biology, California Institute of Technology, Pasadena, California Add to Reading List Source URL: piercelab.caltech.edu Language: English - Date: 2010-09-08 02:56:25 Dead-end elimination Mathematical optimization Bioinformatics Stereochemistry Conformational isomerism Protein design STING Homology modeling Computational chemistry Chemistry Protein methods Protein structure
108	LNCS[removed]Structure-Based Integrative Computational and Experimental Approach for the Optimization of Drug Design Add to Reading List Source URL: www.dddas.org Language: English - Date: 2005-11-22 11:55:40 Biology Nuclear magnetic resonance Molecular modelling Drug discovery Medicinal chemistry Peptidomimetic Drug design Nuclear magnetic resonance spectroscopy Peptide Chemistry Science Protein structure
109	Protein Engineering vol.15 no.10 pp.779–782, 2002 Protein Design is NP-hard Niles A.Pierce1,2 and Erik Winfree3 1Applied Add to Reading List Source URL: piercelab.caltech.edu Language: English - Date: 2010-09-08 02:56:32 Complexity classes Mathematical optimization NP-complete problems Structural complexity theory NP-hard NP-complete Dead-end elimination NP P Theoretical computer science Computational complexity theory Applied mathematics
110	Published online February 27, [removed]±1403 Nucleic Acids Research, 2004, Vol. 32, No. 4 DOI: [removed]nar/gkh291 Paradigms for computational nucleic acid design Robert M. Dirks, Milo Lin1, Erik Winfree2,3 and Niles A. Add to Reading List Source URL: piercelab.caltech.edu Language: English - Date: 2010-09-08 02:56:31 RNA DNA Nucleic acid design DNA nanotechnology Nucleic acid Protein structure prediction Ribozyme Promoter Nucleic acid structure prediction Biology Genetics Chemistry

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