81. CBI Welcome to CBI the Centre of bioinformatics at Peking University . As the national node of the European Molecular Biology Network http://www.cbi.pku.edu.cn/

HUPO 3rd ANNUAL WORLD CONGRESS (2004, 10) Chinese Version Search Nucleotide sequences Protein sequences Protein structures for Advanced Site Search LINKs NCBI EBI ApBNet CERNet PKU More... New Mailing List Welcome to CBI - the C entre of B io I nformatics at Peking University . As the national node of the European Molecular Biology Network ( EMBnet ) and the Asia Pacific Bioinformatics Network ( APBioNet ), we provide bioinformatics resource and service for Chinese biologists, including DNA and protein sequence database and protein structure database, software tools for database query and database search, as well as bioinformatics news, documents and user manuals ( more... CBI anti-SARS Resources News about genome research, biotechnology and bioinformatics EMBL,SwissProt, PIR, PDB installed at the CBI SRS server Database search, sequence analysis, molecular design (

82. CyberGene AB Services includes oligonucleotide synthesis, DNA sequencing, genotyping, gene expression analysis and bioinformatics from Sweden. http://www.cybergene.se/

CyberGene AB Welcome to CyberGene the full service company. We provide oligonucleotide synthesis, DNA sequencing, Genotyping and Bioinformatics services. Products and Services Information important information Order oligonucleotide synthesis directly on the web. Customer service, track your oligo order and generate statistics. Retreive DNA sequencing and GeneScan data. Services information and order forms for sequencing and oligos. Primer design tools software utilities for primerdesign. Mutation and SNP databases a collection of DB resources. How to contact us. Positions at CyberGene and our partners DNA Sequencing Course at CyberGene Customer support Bioinformatics products Order oligonucleotides Retrieve sequences ... webmaster@cybergene.se

83. Bioinformatics At Glasgow A collaborative undertaking uniting experts in biomedical sciences, computing science, and statistics. http://bioinf.gla.ac.uk/

Bioinformatics and Related Research This page will forward in two seconds page maintained by Ela Hunt

84. Bioinformatics And Computational Biology Track Curriculum Requirements Current Research Programs in bioinformatics and Computational Biology. Computational Neuroscience. bioinformatics. Evolutionary Computation. http://www.science.gmu.edu/~michaels/Bioinformatics/

Current Research Programs in Bioinformatics and Computational Biology Computational Neuroscience The investigation of nervous system structure function using mathematical modeling and computer simulations. Invertebrate Learning and Memory (School of Computational Sciences and the Krasnow Institute) Study of the biophysical and biochemical events involved in memory storage. Techniques include electrophysiology (experiments), and development of models of neurons at the level of channels and second messenger systems. Bioinformatics Evolutionary Computation The study of algorithms based on biological evolution. Includes genetics algorithms, evolutionary algorithms, models of evolution. Optical Computing The large quantities of data being generated by genome sequencing may require optical computation for speed and holographic memory for high density storage. Laboratory Information Management Systems Databases and related computer algorithms needed for large scale sequencing projects, databases that integrate phenotypic, metabolic, and genotypic information. Phylogenetic Inference Metabolic Reconstruction Modeling of complex biological and molecular processes. The effect of physiological states on biochemical pathways

85. WIS Bioinformatics And Biological Computing New Comprehensive bioinformatics site, with access to multiple database searching and sequence analysis tools from the Weizmann Institute of Science. http://bioinfo.weizmann.ac.il/

Weizmann Institute of Science Department of Biological Services and Crown Human Genome Center Positions available in Bioinformatics and Computational Biology Hosting Israeli C enter o ... nfrastructure COBI I sraeli N ational ... ode INN of the European Molecular Biology network Israel National Laboratory for Genome Infrastructure e-mail: bioinfo@weizmann.ac.il Last modified document.write(document.lastModified);

86. University Of Manchester Bioinformatics Research And Education Welcome to the University of Manchester bioinformatics Education and Research Contact Us, Internal Resources UMBER Help, SBS bioinformatics Help Pages http://bioinf.man.ac.uk/

University of Manchester School of Biological Sciences Department of Computer Science MSC STATUS No more applications being accepted [course details] NEWS Launch of Phospabase A Protein Phosphatase Information Resource Welcome to UMBER Contact details Find us Research/People ... Publications The University of Manchester Oxford Road, Manchester, M13 9PT. UK. Tel: +44 161 275 5064 This page is maintained by webmaster@bioinf.man.ac.uk If you have any comments or suggestions, please feel free to contact us. Last updated: Friday, 13-Feb-2004 15:52:57 GMT

87. Looking For GDR? Links to multiple plant and model genome databases. From Cornell University. http://genome.cornell.edu/index.html

Looking for GDR? The ARS Genome Database Resource (GDR) was permanently decommissioned on April 15, 2002. All resources formerly at GDR, including ACEDB databases, newsletters and documentation, are available elsewhere. Check Google or other web search services for their current locations. Please update your bookmarks! Note that RiceGenes has been superceded by Gramene , a comparative database for the grasses. The MapPop software package is available from Todd Vision at the University of North Carolina.

88. Gerstein Group -- Yale Bioinformatics We do research in the emerging field of bioinformatics, using computation to analyze genome sequences, expression datasets, and macromolecular structures. http://bioinfo.mbb.yale.edu/

About us, Address CSB CS NESGC ... GeneCensus Comparative Genomics Macromolecular Movements Database Expression Analysis, Lectures Papers People Jobs available, Calendar Search Permissions We do research in the emerging field of bioinformatics, using computation to analyze genome sequences, expression datasets, and macromolecular structures. [ More Research on Genomics, Structure, Expression Comparative genomics is our first focus. Much of this work is encapsulated in the GeneCensus system, which presents various statistical comparisons of the genomes sequenced so far. Our genomics work rests on the utilization of a library of aligned cores for the ~400 currently known protein folds, the basic "partlist" in nature. Datamining expression datasets and other functional genomics information is a second major focus of the lab. We do detailed analysis on them that is closely coupled to the comparative genomics work. Macromolecular motions is our third focus. To further analyze the variability of each of the folds in the protein partslist, we have developed a database system for collecting motions and measuring structural variability.

89. BioABACUS Search Biotechnology ABbreviation and ACronym Uncovering Service Searchable database of biotechnology and bioinformatics abbreviations and acronyms for biological and computer science terminology, journals, and organizations (about 6000 terms). http://www.nmsu.edu/~molbio/bioABACUShome.htm

Bio ABACUS is a searchable database of abbreviations and acronyms in Biotechnology that contains terms in such categories as: Biochemistry, Cell Biology, Computers and Internet, Diseases, Grants, Journals, Laboratories, Medicine, Molecular Biology/Genetics, Neuroscience, Other Organizations, Professional Societies and US Government. The data provided include the name of the term, its meaning, the category in which it is mostly used and, when available, a link in which additional information for the term can be found Last updated: February 10, 2000 Bio ABACUS Citation Browse non-journal records by category: Biochemistry Bioinformatics Resource Cell Biology Company Computers Computers Databases Computers Hardware Computers Software Developmental Biology Diseases-Human Grants Internet Laboratory Academic Medicine Molecular Biology/Genetics Net Etiquette Neuroscience Non-Profit Foundation/Organization Plant Biochemistry/Molecular Biology Professional Society Statistics Study-Section-NIH University US-Government Agency US-Government Corporation US-Government Department US-Government Lab Bio ABACUS Search II - search for journal names and abbreviations Search for: By: Journal Abbreviation Journal Name In: Entire list of journals List of journals with homepages Bio ABACUS Search I - enter acronyms or non-journal abbreviations to find their meaning, OR enter words to find their associated abbreviations/acronyms

90. GeneBio We also offer a secure version of ExPASy molecular biology web server and provide bioinformatics and proteomics training courses. GENEBIO, LATEST NEWS. submit. http://www.genebio.com/

91. Biomedical NewsAnalyzer A searchable database of press releases/news from pharmaceutical, diagnostics, medical device, drug delivery, bioinformatics, genomics and proteomics companies http://www.newsanalyzer.com

Biomedical NewsAnalyzer The Biomedical NewsAnalyzer is a fully searchable, on-line database containing all press releases from all companies in the pharmaceutical, biotechnology, bioinformatics, diagnostics, medical device, equipment, drug delivery, and contract research and manufacturing industries. As of 6 Jun 04 , the database contains press releases issued by companies. It is constantly updated with over 700 new entries each week. Flexible search criteria, automated retrieval and e-mail notification, and built-in report generation create a valuable tool for business development, competitive intelligence, strategic planning, and due diligence. SINGLE USER ANNUAL SUBSCRIPTION $645. ADDITIONAL USERS $425 EACH. SPECIAL MULTI-USER PRICING AVAILABLE Press here to register for a Free Trial New! The Biomedical NewsAnalyzer is a product of DMS Data Systems

92. Human Genome Project Research In Progress bioinformatics. Summary of Human Genome Project Goals and Dates Achieved. Goals. bioinformatics and Computational Biology. Improve content http://www.ornl.gov/sci/techresources/Human_Genome/research/informatics.shtml

Human Genome Project Information Genomics:GTL Microbial Genome Program home ... skip navigation Bioinformatics Abstracts Newsletter Articles Resources Reports ... Alphabetical Index Send the url of this page to a friend News What's New Genetics Headlines Human Genome News Meetings Calendar ... Media Guide Basic Information FAQs Glossary Acronyms Links ... Publications About the Project What is it? Goals Progress History ... Genetics 101 the New Genetics Home Gene Testing Gene Therapy Pharmacogenomics ... Genetic Counseling Ethical, Legal, Social Issues Home Privacy Legislation Gene Testing Patenting ... Genetics in Courtroom Education Teachers Careers Students Webcasts Audio/Video ... Genética Websites en Español Research Home Sequencing Instrumentation Mapping ... Funding Publications Human Genome News Chromosome Poster Primer Molecular Genetics To Know Ourselves ... List of All Publications Search This Site Contact Us Privacy Statement Site Stats and Credits Summary of Human Genome Project Goals and Dates Achieved Goals Bioinformatics and Computational Biology Improve content and utility of databases.

93. Machine Learning And Neural Networks Group Homepage Research on adaptive processing of data structures, document analysis and technologies, natural language, machine learning for the web, visual databases, biochemistry and bioinformatics. http://www.dsi.unifi.it/neural

Department of Systems and Computer Science University of Florence Via Santa Marta 3 50139 Firenze - Italy Tel:+39 055 4796361 Fax:+39 055 4796363 People Faculty Paolo Frasconi Simone Marinai Giovanni Soda Postdoctoral fellows Fabrizio Costa Enrico Francesconi PhD students Sauro Menchetti Andrea Passerini Alessandro Vullo Alessio Ceroni Former Members Marco Gori Marco Maggini Monica Bianchini Michelangelo Diligenti ... Edmondo Trentin Research Projects Protein Structure Prediction Proteins are polypeptide chains carrying out most of the basic functions of life at the molecular level. These linear chains fold in complex 3D structures whose shape is responsible of proteins' behavior. Thanks to several genome sequencing projects, the entire DNA sequence of many organisms has been experimentally determined, and millions of proteins sequences identified. However, physical methods, such as NMR and crystallography, are not able to cope with this incredible number of structures, and most of these proteins' 3D structures and functions remain unknown. Therefore, it is becoming increasingly important to predict protein's tertiary structure ab initio from its amino acid sequence, using insights obtained from already known structures.

94. Bioinformatics - Wikipedia, The Free Encyclopedia bioinformatics. From Wikipedia, the free encyclopedia. bioinformatics or computational protein identification. bioinformatics tools. Computer http://en.wikipedia.org/wiki/Bioinformatics

Bioinformatics From Wikipedia, the free encyclopedia. Bioinformatics or computational biology is the use of mathematical and informational techniques, including statistics , to solve biological problems, usually by creating or using computer programs mathematical models or both. One of the main areas of bioinformatics is the data mining and analysis of the data gathered by the various genome projects . Other areas are sequence alignment protein structure prediction systems biology protein-protein interactions and virtual evolution . As a summary, the various genome projects produce many long lists of letters and one of the roles of bioinformatics is to attempt to determine the words, grammar, sentences and ultimately, meaning (functional significance) of those letters. Making sense of the huge amounts of DNA data (pictured) produced by gene sequencing projects is just one of the tasks faced by bioinformatics. Table of contents 1 Sequence analysis 2 Bioinformatics tools 3 Bioinformatics and structural biology 4 Modeling biological systems ... edit Sequence analysis Main articles: Sequence alignment Sequence database Since the Epstein-Barr virus was sequenced in , the DNA sequence of more and more organisms is stored in electronic databases. These data are analyzed to determine genes that code for

95. Welcome To Tribiosys bioinformatics and related R D informatics solutions to improve decisionmaking in drug discovery and development by the biopharmaceutical industry. http://www.tribiosys.com

RECENT NEWS Dr. Susan J. Ward joins Tribiosys Board of Advisors Tribiosys Seminar - " Bridging the Divide between Biological and Chemical Data Environments in Drug Discovery " Draws a Full House Tribiosys Expedites Scientific Decision-Making We work closely with our customers to define strategies and customize solutions around their research, pre-clinical and clinical needs. Our approach employs proven methodologies and best practices around quality and project management that our experienced staff have developed and refined through complex projects. The Tribiosys team consists of industry-experienced scientists, informaticians, technologists and regulatory experts who work on engagements together to understand our clients requirements, drive end-user consensus and deliver technology solutions. Read about how Tribiosys is working at the interface of life sciences and information technology, expressed in the

96. Bioinformatics Institute bioinformatics Institute Vision To be a premier International bioinformatics Institute by fostering and conducting leadingedge informatics research http://www.bii.a-star.edu.sg/

Bioinformatics Institute Vision To be a premier International Bioinformatics Institute by fostering and conducting leading-edge informatics research and development, providing quality training, and generating knowledge from large diverse volumes of Biology, Chemistry and Medical data. Bioinformatics Institute Mission To foster high quality, innovative, and multi-disciplinary research and post-graduate training in Bioinformatics To generate Intellectual Property by creating knowledge base, tools and methods to manage and understand large, diverse biological, chemistry and medical datasets To actively engage in Knowledge and Technology transfer Bioinformatics Institute Focus: Research Education National Resource Partnership ... BIOPOLIS Announcements Download Cellware Take a test drive of the beta today!

97. Prideproteomics.com_Index Based on expertise since 1979, exploiting 2Dgel electrophoresis, mass spectrometry, molecular biology and bioinformatics for identifying and characterizing markers of disease, target proteins in drug screening and diagnostic tools in Forskerparken, Odense, DK. http://www.prideproteomics.com/

Pride Proteomics is a biotech company capable of carrying out all aspects of proteome analysis at one site, based on our expertise and unique proprietary technologies in the fields of cell and tissue culture, 2D gel electrophoresis (2DGE), mass spectrometry (MS), molecular biology and bioinformatics Denne Web-side bruger rammer, og din browser understøtter ikke rammer.

98. Journal Of Bioinformatics And Computational Biology (JBCB) The Journal of bioinformatics and Computational Biology aims to publish high quality, original research articles, expository tutorial papers and review papers http://www.worldscinet.com/jbcb/jbcb.shtml

What's New New Journals Browse Journals Search ... Medical and Life Sciences Journal of Bioinformatics and Computational Biology (JBCB) The Journal of Bioinformatics and Computational Biology aims to publish high quality, original research articles, expository tutorial papers and review papers as well as short, critical comments on technical issues associated with the analysis of cellular information. More What's New Now you can submit manuscripts for JBCB online Feature Articles (Free Online Sample Issue) Vol. 1, No. 3 (October 2003) Research Papers An Interactive Tool for Extracting Exons and SNP from Genomic Sequence: Isolation of HCN1 and HCN3 Ion Channel Genes Yuan Liu , Yuhong Wang , Kimberly Folander , Guochun Xie and Richard Blevins Cluster Analysis of Dynamic Parameters of Gene Expression Xiwei Wu and T. Gregory Dewey Use of Gene Networks for Identifying and Validating Drug Targets Seiya Imoto , Christopher J. Savoie , Sachiyo Aburatani , Sunyong Kim , Kousuke Tashiro , Satoru Kuhara and Satoru Miyano A Comprehensive Whole Genome Bacterial Phylogeny Using Correlated Peptide Motifs Defined in a High Dimensional Vector Space Gary W. Stuart and Michael W. Berry

99. Lance Parsons - Computer Science Research Arizona State University. Data mining, unsupervised learning, bioinformatics. http://www.public.asu.edu/~lparsons/

Lance Parsons Lance Parsons Masters Student Computer Science Department Arizona State University Tempe, AZ 85287, USA lparsons@asu.edu Advisor: Huan Liu Research Interests Data Mining Unsupervised Learning in High Dimensions Subspace Clustering Bioinformatics Microarray Analysis Techniques Home Publications Curriculum Vitae Conference Deadlines ... Related Websites

100. Institute Of Bioinformatics The Institute of bioinformatics is a notfor-profit organization engaged in research in Databases, Computational Genomics and Proteomics. http://www.ibioinformatics.org/

The Institute of Bioinformatics is a not-for-profit organization engaged in research in Databases, Computational Genomics and Proteomics Human Protein Reference Database HPRD represents a centralized platform to visually depict and integrate information pertaining to domain architecture, post-translational modifications, interaction networks and disease associations for each protein in the human proteome. This database has been published in Genome Research , and Nucleic Acid Research The main goal of the Institute of Bioinformatics is to decipher the recently sequenced human genome. Proteins are encoded by genes which are scattered throughout the genome. As a first step, the Institute of Bioinformatics has developed a comprehensive database of all known human proteins and their characteristics. Computational and experimental methods are needed to identify the entire set of human genes accurately. To realize this goal, IOB is striving to catalogue the genes and proteins that remain to be discovered by using cutting-edge comparative genomics and mass spectrometry based methods.

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