By Christina Smolke
This moment quantity of the Metabolic Pathway Engineering guide delves into evolutionary instruments and gene expression instruments for metabolic pathway engineering. It covers functions of rising applied sciences together with contemporary learn genome-wide applied sciences, DNA and phenotypic microarrays, and proteomics instruments for experimentally choosing flux via pathways. This quantity additionally appears to be like at rising functions for generating high-quality chemical substances, medicines, and substitute fuels. Christine Smolke, who lately constructed a singular solution to churn out huge amounts of substances from genetically transformed brewer’s yeast, is thought of as the most marvelous new minds in biomedical engineering. during this guide, she brings jointly pioneering scientists from dozens of disciplines to supply an entire list of achievement in metabolic pathway engineering. With a wealth of leading edge examine and research, this paintings additionally serves as a useful source for these looking to upload their very own contributions. equipped by way of subject, this 3000 web page reference is out there as volumes available to buy separately or as a collection.
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Additional resources for The Metabolic Pathway Engineering Handbook: Tools and Applications (v. 2)
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The most obvious and commonly observed phenotype change is an improvement in cellular growth rate. It is intuitive that evolutionary changes that bring about an increased growth rate would confer an advantage to any cell within a population of growing cells. If a cell grows faster than its neighbors, its progeny will eventually outnumber the slow-growing cells until the slow-growing cells become extinct. This type of phenotype improvement is the most ubiquitous phenotype improvement and represents a dominant selection pressure in microorganisms.