81. Biochemistry And Molecular Biology - Kenyon College The intersection of chemistry and biology provides a creative focus for understanding the molecular processes of life. In the scientific literature, interdisciplinary research http://www.kenyon.edu/bmb.xml

Skip to content Kenyon.edu People About Kenyon Academics Athletics Visit Campus ... Health Professions Advising Program The intersection of chemistry and biology provides a creative focus for understanding the molecular processes of life. In the scientific literature, interdisciplinary research efforts are now commonplace, while in the classroom, biological topics are frequently addressed by chemists and the chemistry of biological processes is often treated by biologists. Kenyon's Chemistry and Biology departments offer an interdisciplinary program including two majors, Biochemistry and Molecular Biology, each of which combines aspects of their curricula. The Biochemistry and Molecular Biology majors are intended for students whose interests lie at the exciting interface of chemistry and biology. An oversight committee for biochemistry and molecular biology, composed of faculty members from the chemistry and biology departments, administers the program and determines requirements for the Senior Exercise and for the Honors Program. Students interested in these majors should contact either of the program codirectors, Yutan Getzler (for Biochemistry) or Wade Powell (for Molecular Biology).

82. NMSU: MOLB Bioinformatics And Educational Resources Provides molecular biology graduate program bioinformatics and educational resources for researchers and educators. http://research.nmsu.edu/molbio/bioinfo/

Skip navigation. New Mexico State University Home Interactive Games K-12 Education Search ... NMSU Home You are here: NMSU Molecular Biology Program Bioinformatics and Educational Resources Molecular Biology Program Bioinformatics and Educational Resources SWBIC Staff Dr. John B. Spalding Dr. Peter J. Lammers SWBIC Southwest Biotechnology and Informatics Center This site provides Molecular Biology Graduate Program Bioinformatics and Educational resources for researchers and educators. The great majority of these resources were developed by the Southwest Biotechnology and Informatics Center (SWBIC). Some sections of the SWBIC web site, however, were no longer being maintained and it was decided to move and maintain the remaining resources at this new web site. The creation of this web site was funded in part by the Minority Access to Research Careers (MARC) grant. The goals of the MARC program are "to increase the number and capabilities of scientists from underrepresented minority groups who are engaged in biomedical research and to strengthen science curricula and student research opportunities at institutions with substantial minority enrollments in order to prepare minority students for research careers." The resources contained in the MOLB resources web site are intended to support the MARC program, particularly in education in the field of Bioinformatics.

83. A Molecular Biology Glossary A Molecular Biology Glossary. A Quick and Dirty Reference to Terms Used in Molecular Biology. Dr. Robert H. Lyons, Director University of Michigan DNA Sequencing Core http://seqcore.brcf.med.umich.edu/doc/educ/dnapr/mbglossary/mbgloss.html

A Molecular Biology Glossary A Quick and Dirty Reference to Terms Used in Molecular Biology Dr. Robert H. Lyons, Director University of Michigan DNA Sequencing Core This document is intended to provide a quick reference for molecular biology terms. It does not go into depth on the terms, but can be useful if you are trying to understand a typical seminar or paper. For further information on any of these topics, please consult one of the standard cell and molecular biology textbooks (for example, "Molecular Biology of the Cell" by Alberts et al., 4th ed., Garland Science, New York NY, ISBN 0-8153-3218-1). July 2, 1998 Some of the definitions refer to the following diagrams: Figure 1: Nucleotide structure. Figure 2: DNA strands are antiparallel (the 5' end of one strand pairs with the 3' end of the opposite strand). Figure 3: RNA transcription. RNA is synthesized in the 5' to 3' direction from a DNA strand which runs in the antiparallel direction (3' to 5'). In this diagram, the top DNA strand is the sense strand, and in sequence would read the same as the RNA (except with T's instead of U's). The bottom strand is the anti-sense strand, and acts as the template for transcription. Figure 4: A typical gene.

84. CMS Molecular Biology Resource A compendium of tools for molecular biology, biotechnology, molecular evolution, biochemistry and biomolecular modeling. http://mbcf.dfci.harvard.edu/cmsmbr/

Sequence Databases Physico-Chemical Features Analyses Enzyme Info and Structure Databases Organism-Specific Genome Databases ... Make a URL Contribution Version 6.3.5, March 2002

85. Molecular Biology Prokaryotic, eukaryotic and viral microorganisms, such as bacteria, fungi and viruses,including beneficial microbiota, normal flora and pathogenic microbes. http://www.suite101.com/molecular-biology

86. Index Of Computational Molecular Biology And Bioinformatics Courses Listing of computational molecular biology course pages that have extensive online course materials. http://www.cs.iastate.edu/~honavar/comp-bio-courses.html

Index of Computational Molecular Biology Courses Computational Biology , Prof. Salzberg, Johns Hopkins University. Computational Molecular Biology , Prof. States, Zucker, Eddy, Gish, Washington University. Computational Biology , Prof. Nelson and Istrail, University of New Mexico. Biocomputing , University of Bielefeld, Germany. Algorithms for Computational Biology , Prof. Naor and Shamir, Tel Aviv University, Israel. Algorithms in Molecular Biology , Prof. Karp, Ruzzo, Tompa, University of Washington. Algorithms for Computational Biology , Prof. Chor, Technion, Israel. Representations and Algorithms for Computational Molecular Biology , Profs. Altman, Brutlag, Koza, Schmidt, Stanford University. Bioinformatics , Prof. Steipe and Mewes, Ludwig-Maxmillians Universitat, Muchens, Germany. This page is maintained by: Vasant Honavar Artificial Intelligence Research Group Department of Computer Science Iowa State University . Please send suggestions, additions, or changes to: honavar@cs.iastate.edu

87. Cell And Molecular Biology Online Cell and Molecular Biology Online, an informational resource for cell and molecular biologists. Features resources for biology research and education, including protocols, lab home http://www.cellbio.com/

An Informational Resource for Cell and Molecular Biologists Research We Recommend... Online Publications Protocols and Methods Current Research Education General Resources Courses and Texts Images and Videos Cool Bio Stuff Communication Career Resources Professional Societies Conferences Grant Information Random New Content FAQ About CMBO Awards Perspective Biomaterials - The Technology of the Future Online Career Resources for Bioscientists Genes on the Web Welcome to the CMBO site! I am planning major revisions this fall and winter I apologize that this has taken so long! If you have any link recommendations, please let me know. Thanks! CMBO Site Map This web site is maintained by Pamela Gannon

88. REBASE The restriction enzyme database, from New England Biolabs. http://rebase.neb.com/rebase/rebase.html

89. LIC Generator Generates primers for Ligation Independent Cloning (LIC). http://noxtoolbox.ibs.fr/LICgenerator/

LIC Generator, a resource to generate primers for Ligation Independent Cloning (LIC) [ Mirror site ] This program generates the sequence of a set of 4 primers to amplify both insert and vector for LIC cloning. Easily introduce tags or protease cleavage sites in your vector/insert. LIC requires only three steps Compact display 1- Choose your LIC1 sequence (5' to your insert) check one or several boxes Problem of connection with the

90. CIMB: Current Issues In Molecular Biology | Journal Journal publishing review papers, original research papers and short communications in all areas of molecular biology and molecular microbiology. http://www.cimb.org

Current Issues in Molecular Biology (incorporating "Current Issues in Intestinal Microbiology") is a molecular biology journal publishing reviews and minireviews in all areas of molecular biology and molecular microbiology. Manuscripts undergo a peer-review process. Thomson Scientific (ISI) CIMB Impact Factor average for three years 2006 - 2008 is 3.764 Online access Submission Details Instructions for Authors Editorial Board ... Molecular Biology Journal

91. Genomic Science Program, U.S. Department Of Energy The US Department of Energy at Oak Ridge program for research in moleular biology goals and results. http://doegenomestolife.org/

@import "/css/style.css"; Human Genome Project Information Genomic Science Program DOE Microbial Genomics home ... Press Room Change text size: Featuring Systems Biology Knowledgebase Implementation Plan Bioenergy Research Centers Overview DOE Genomic Science Program Overview PDF New Frontiers in Characterizing Biological Systems Sustainability of Biofuels DOE-USDA Report Systems Biology Knowledgebase Workshop Report ... Roadmap U.S. Department of Energy Office of Science Genomic Science Program Systems Biology for Energy and Environment About Research Technologies Missions ... Bioenergy Research Centers News DOE JGI Workshops DOE JGI offers several five-day workshops on Microbial Genomics and Metagenomics during 2010-2011 More... USDA and DOE Fund New Projects for Biomass Genomics Research Departments of Energy and Agriculture jointly selected 9 projects for awards totaling $9 million for biobased-fuel research. [Sept 2010] Press Release List of Awardees New Dates! 2011 Genomic Science Meeting The Annual Contractor-Grantee Workshop will be held April 10-13, 2011. Joint meething with USDA-DOE Plant Feedstock Genomics for Bioenergy. Attendance by invitation only.

92. Serial Analysis Of Gene Expression Explanation of SAGE, a method for analysis of gene expression patterns. http://www.sagenet.org/

Serial analysis of gene expression (SAGE) is a powerful tool that allows the analysis of overall gene expression patterns with digital analysis. Because SAGE does not require a preexisting clone, it can be used to identify and quantitate new genes as well as known genes. Learn more... Site design Academic Web Pages

93. Promoter - Wikipedia, The Free Encyclopedia Article on the sequence located upstream of a gene that enables its translation. http://en.wikipedia.org/wiki/Promoter

Promoter From Wikipedia, the free encyclopedia Jump to: navigation search Look up promoter in Wiktionary , the free dictionary. Promoter may refer to: Promoter (entertainment) , one who makes arrangements for events Corporate promoter , an entity who takes active steps in the formation, organization, or financing of a corporation Promoter (biology) , a regulatory region of DNA located upstream of a gene, providing a control point for regulated gene transcription Promoter (catalysis) , an accelerator of a catalyst, though not a catalyst itself Promoter (role variant) , one of the sixteen personality types of the Keirsey Temperament Sorter Promoter (Catholic church) , an office of the Catholic Church such as Promoter of the Laity, Promoter of Peace and Justice, or Promoter of the Faith (also known as the Devil's Advocate edit See also Promotion (disambiguation) This disambiguation page lists articles associated with the same title. If an internal link led you here, you may wish to change the link to point directly to the intended article. Retrieved from " http://en.wikipedia.org/wiki/Promoter

94. Gene Expression Independent forum for discussion of gene expression. http://www.gnxp.com

95. Epigenetics Research News, jobs, recent literature, lab registry and an ontologically driven database that is updated daily. http://www.epidna.com/

96. JCat: A Novel Tool To Adapt Codon Usage Of A Target Gene To Its Potential Expres Bioinformatic Tool to adapt Codon Usage to sequenced prokaryotes and eukaryotes, from the Technical University of Braunschweig, Germany. http://www.jcat.de

Home CAICaculation Introduction Screenshots ... Contact Bioinformatic tools from our team: JCat was published in NAR (Nucleic Acids Research). Codon-Adaptation 1. Type/paste sequences below: Standard genetic code is used for the input sequence. Click here to change! 2. Specify the pasted Sequence: DNA/RNA Sequence Protein Sequence 3. Select organism: - Eukaryotes Arabidopsis thaliana Aspergillus niger ATCC 1015 Aspergillus niger NRRL 3 Caenorhabditis elegans Drosophila melanogaster Homo sapiens Mus musculus Saccharomyces cerevisae Prokaryotes Acidobacteria bacterium (strain Ellin345) Acinetobacter sp. (strain ADP1) Aeropyrum pernix (strain K1) Agrobacterium tumefaciens (strain C58 / ATCC 33970 / ATCC 33970 [Cereon]) Agrobacterium tumefaciens (strain C58 / ATCC 33970 / ATCC 33970 [Dupont]) Alcanivorax borkumensis (strain SK2 / ATCC 700651 / DSM 11573) Alkalilimnicola ehrlichei (strain MLHE-1) Anabaena sp. (strain PCC 7120)

97. Epigenetics Methylation Station With information, protocols and resources about epigenetics and DNA methylation and much advertising. http://www.epigeneticstation.com

98. Epigenetics News - Epigenetics, Gene Expression, And Methylation News and opinions on research and developments in the field of epigenetics. http://www.epigeneticsnews.com

Epigenetics News Home about newsletter ... contact us Latest Entry Moving Forward: Update on Work in the Lab Nov 3, 2009 careers commentary site news Comments Off The blog has fell silent for a number of months, mainly because my work and other endeavors has consumed all of my time. The work in the lab has taken on new dimensions, with our staff significantly expanded at the beginning of the semester. This has translated into a lot more time spent training and managing, rather than directly generating data. But I also spend a significant amount of time pushing some of my own projects forward. E-mail Comment Del.icio.us Digg ... Furl Recent Entries PLoS ONE: Why I Changed My Mind Mar 25, 2009 commentary research articles 3 Comments Longtime readers may remember a couple years ago when I did a post subtly criticizing the relatively new journal PLoS ONE , saying that it was not much more than a repository for rejected papers from the more selective PLoS journals, such as PLoS Biology and PLoS Genetics.  Immediately after, I took flack some of the more senior people in the lab, saying I was probably premature to cast judgment on such a young journal.  And furthermore, some people suggested that I should keep my big mouth shut, as I was a lowly undergrad and, furthermore, this is how things work in academia. Last year I recommended to my lab that they take a look at the journal as a possibility for a future article submission, as it has the tremendous advantages of quick turnaround times for publication (which can be of tangible importance during close grant deadlines) and open access for wider dissemination of your work.

99. The Ellington Lab - Home Use bioinformatics, modeling, and rational design to study evolutionary processes. http://ellingtonlab.org/

The University of Texas College of Natural Sciences Home About ... Contact Welcome to the Ellington Lab "What evolves here changes the world" get inside the mind of andy ellington Read the labs publications Check out the labs latest publications and browse through the archives!. Keep up with the lab Stay up to date with the happenings of the lab via the wikis! Search Search this site Web Search Site Search Welcome The Ellington Lab My research focuses on using evolutionary techniques to engineer biopolymers and cells. Researchers in my lab select binding species (aptamers) and ribozymes from random sequence populations. We then attempt to apply the selected species to solve real-world problems. For example, we have selected aptamers that can interact tightly and specifically with the Rev protein of HIV-1, and are exploring how these aptamers can be used to block viral replication.... More living bacterial photographs Student scientists create living bacterial photographs Using Petri dishes full of genetically engineered E. coli instead of photo paper, students at The University of Texas at Austin and UCSF successfully created the first-ever bacterial photographs. Their work was published in the Nov. 24, 2005 issue of Nature, which focused on the emerging field of synthetic biology.

100. Integrated Genomics Software and services for life science, particularly for microbial genomics, in Chicago, Illinois. http://www.integratedgenomics.com/

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