Bioengineering


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  • Biocatalysis/Biodegration Database
    The University of Minnesota hosts a website that provides microbial biocatalytic reactions and biodegradation pathways primarily for xenobiotic, chemical compounds. The site explains the chains of reactions that break down various chemicals and compounds
  • Penicillin Simulation
    PenSim© v1.0: A Web Based Program for Dynamic Simulation of Fed-Batch Penicillin Production
    Department of Chemical and Environmental Engineering, Illinois Institute of Technology, Chicago
  • GlucoSim
    A Web-Based Educational Simulation Package for Glucose-Insulin Levels in the Human Body.
  • Biomedical
    Biomedical information resources relevant to Chemical and Process Engineering in the Virtual Library
  • Biotechnology
    Biotechnology information resources relevant to Chemical and Process Engineering in the Virtual Library
  • Bioremediation Discussion Group
    The BioGroup includes over 2,400 members worldwide, including environmental consultants, industry representatives, regulators, researchers, educators, students, and others with diverse backgrounds in education and experience.
  • Directed Enzyme Evolution
    With directed evolution we now have the ability to tailor individual proteins as well as whole biosynthetic and biodegradation pathways for biotechnology applications.
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Research

  • Mark E. Davis Research Group, Caltech
    The Mark E. Davis research group uses the tools of chemical engineering to probe fundamental physical problems and channel insights gained into designs for superior inorganic materials for controlled catalysis and biological materials for cellular macromolecule delivery
  • LeeLab Research Group
    Our laboratory is focused on gene expression monitoring tools. More specifically, we work on the development of new tools for measuring protein expression and we apply existing mRNA and protein expression profiling tools to the study of problems relevant to the pharmaceutical and chemical industries as well as problems in human health.

  • Peng Lab at University of Southern California
  • Burns Research Group
    Involved in developing an Integrated Nanoliter DNA Analysis Device. The page has different sections on Micromaching, Fluidics, Microreaction and Separation/Detection.
  • Arnold Group's Homepage, Caltech
    His research is focused on fascinating problems in molecular evolution, biotechnology and the directed evolution of enzymes and biosynthetic pathways. The research requires contributions from a variety of disciplines, including biochemistry, molecular biology, chemical engineering, chemistry and applied physics
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