Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Cofactor_Engineering> ?p ?o }
- Cofactor_Engineering abstract "Cofactor engineering, a subset of metabolic engineering, is defined as the manipulation of the use of cofactors in an organism’s metabolic pathways. In cofactor engineering, the concentrations of cofactors are changed in order to maximize or minimize metabolic fluxes. This type of engineering can be used to optimize the production of a metabolite product or to increase the efficiency of a metabolic network. The use of engineering single celled organisms to create lucrative chemicals from cheap raw materials is growing, and cofactor engineering can play a crucial role in maximizing production. The field has gained more popularity in the past decade and has several practical applications in chemical manufacturing, bioengineering and pharmaceutical industries.Cofactors are non-protein compounds that bind to proteins and are required for the proteins normal catalytic functionality. Cofactors can be considered “helper molecules” in biological activity, and often affect the functionality of enzymes. Cofactors can be both organic and inorganic compounds. Some examples of inorganic cofactors are iron or magnesium, and some examples of organic cofactors include ATP or coenzyme A. Organic cofactors are more specifically known as coenzymes, and many enzymes require the addition of coenzymes to assume normal catalytic function in a metabolic reaction. The coenzymes bind to the active site of an enzyme to promote catalysis. By engineering cofactors and coenzymes, a naturally occurring metabolic reaction can be manipulated to optimize the output of a metabolic network.".
- Cofactor_Engineering thumbnail NAD+_phys.svg?width=300.
- Cofactor_Engineering wikiPageID "31356226".
- Cofactor_Engineering wikiPageLength "26443".
- Cofactor_Engineering wikiPageOutDegree "146".
- Cofactor_Engineering wikiPageRevisionID "706113236".
- Cofactor_Engineering wikiPageWikiLink Acetyl-CoA.
- Cofactor_Engineering wikiPageWikiLink Active_site.
- Cofactor_Engineering wikiPageWikiLink Adenosine_triphosphate.
- Cofactor_Engineering wikiPageWikiLink Amino_acid.
- Cofactor_Engineering wikiPageWikiLink Archaea.
- Cofactor_Engineering wikiPageWikiLink Arthur_Harden.
- Cofactor_Engineering wikiPageWikiLink Asparagine.
- Cofactor_Engineering wikiPageWikiLink Aspartic_acid.
- Cofactor_Engineering wikiPageWikiLink Aspen.
- Cofactor_Engineering wikiPageWikiLink Bicarbonate.
- Cofactor_Engineering wikiPageWikiLink Bioprospecting.
- Cofactor_Engineering wikiPageWikiLink Carbon_dioxide.
- Cofactor_Engineering wikiPageWikiLink Carbonic_anhydrase.
- Cofactor_Engineering wikiPageWikiLink Carboxylic_acid.
- Cofactor_Engineering wikiPageWikiLink Catalysis.
- Cofactor_Engineering wikiPageWikiLink Category:Biological_engineering.
- Cofactor_Engineering wikiPageWikiLink Chirality.
- Cofactor_Engineering wikiPageWikiLink Citric_acid_cycle.
- Cofactor_Engineering wikiPageWikiLink Clostridium.
- Cofactor_Engineering wikiPageWikiLink Coenzyme_A.
- Cofactor_Engineering wikiPageWikiLink Coenzyme_F420.
- Cofactor_Engineering wikiPageWikiLink Cofactor_(biochemistry).
- Cofactor_Engineering wikiPageWikiLink Cyanobacteria.
- Cofactor_Engineering wikiPageWikiLink Cyanocobalamin.
- Cofactor_Engineering wikiPageWikiLink DNA.
- Cofactor_Engineering wikiPageWikiLink Dehydrogenase.
- Cofactor_Engineering wikiPageWikiLink Electron_acceptor.
- Cofactor_Engineering wikiPageWikiLink Enzyme.
- Cofactor_Engineering wikiPageWikiLink Enzyme_assay.
- Cofactor_Engineering wikiPageWikiLink Erlenmeyer_flask.
- Cofactor_Engineering wikiPageWikiLink Escherichia_coli.
- Cofactor_Engineering wikiPageWikiLink Ethanol.
- Cofactor_Engineering wikiPageWikiLink Ethanol_fermentation.
- Cofactor_Engineering wikiPageWikiLink Fatty_acid_synthesis.
- Cofactor_Engineering wikiPageWikiLink Fermentation_in_food_processing.
- Cofactor_Engineering wikiPageWikiLink Fluorescence.
- Cofactor_Engineering wikiPageWikiLink Flux_(metabolism).
- Cofactor_Engineering wikiPageWikiLink Glucose.
- Cofactor_Engineering wikiPageWikiLink Glutamate_dehydrogenase.
- Cofactor_Engineering wikiPageWikiLink Glutamic_acid.
- Cofactor_Engineering wikiPageWikiLink Glutamine_oxoglutarate_aminotransferase.
- Cofactor_Engineering wikiPageWikiLink Glutamine_synthetase.
- Cofactor_Engineering wikiPageWikiLink Glycerol.
- Cofactor_Engineering wikiPageWikiLink Glycerol-3-phosphate_dehydrogenase.
- Cofactor_Engineering wikiPageWikiLink Glycerol_dehydrogenase.
- Cofactor_Engineering wikiPageWikiLink Hans_von_Euler-Chelpin.
- Cofactor_Engineering wikiPageWikiLink Hemoglobin.
- Cofactor_Engineering wikiPageWikiLink High_fructose_corn_syrup.
- Cofactor_Engineering wikiPageWikiLink Hydrogen_bond.
- Cofactor_Engineering wikiPageWikiLink Hydrogenase.
- Cofactor_Engineering wikiPageWikiLink Hydroxyl.
- Cofactor_Engineering wikiPageWikiLink Inorganic_compound.
- Cofactor_Engineering wikiPageWikiLink Isoamyl_acetate.
- Cofactor_Engineering wikiPageWikiLink Lignin.
- Cofactor_Engineering wikiPageWikiLink Lycopene.
- Cofactor_Engineering wikiPageWikiLink Metabolic_engineering.
- Cofactor_Engineering wikiPageWikiLink Metabolic_network.
- Cofactor_Engineering wikiPageWikiLink Metabolic_pathway.
- Cofactor_Engineering wikiPageWikiLink Metabolism.
- Cofactor_Engineering wikiPageWikiLink Metabolite.
- Cofactor_Engineering wikiPageWikiLink Microorganism.
- Cofactor_Engineering wikiPageWikiLink Mineral.
- Cofactor_Engineering wikiPageWikiLink Moiety_(chemistry).
- Cofactor_Engineering wikiPageWikiLink Molecule.
- Cofactor_Engineering wikiPageWikiLink Mutagenesis.
- Cofactor_Engineering wikiPageWikiLink Mycobacterium_smegmatis.
- Cofactor_Engineering wikiPageWikiLink N-Butanol.
- Cofactor_Engineering wikiPageWikiLink Nicotinamide_adenine_dinucleotide.
- Cofactor_Engineering wikiPageWikiLink Nicotinamide_adenine_dinucleotide_phosphate.
- Cofactor_Engineering wikiPageWikiLink Nitrogen_fixation.
- Cofactor_Engineering wikiPageWikiLink Nitrogenase.
- Cofactor_Engineering wikiPageWikiLink Otto_Heinrich_Warburg.
- Cofactor_Engineering wikiPageWikiLink PH.
- Cofactor_Engineering wikiPageWikiLink Pantothenate_kinase.
- Cofactor_Engineering wikiPageWikiLink Pantothenic_acid.
- Cofactor_Engineering wikiPageWikiLink Plasmid.
- Cofactor_Engineering wikiPageWikiLink Prostate_cancer.
- Cofactor_Engineering wikiPageWikiLink Protein.
- Cofactor_Engineering wikiPageWikiLink Pyruvic_acid.
- Cofactor_Engineering wikiPageWikiLink Recombinant_DNA.
- Cofactor_Engineering wikiPageWikiLink Red_blood_cell.
- Cofactor_Engineering wikiPageWikiLink Respirator.
- Cofactor_Engineering wikiPageWikiLink Revolutions_per_minute.
- Cofactor_Engineering wikiPageWikiLink Saccharomyces_cerevisiae.
- Cofactor_Engineering wikiPageWikiLink Substrate_(chemistry).
- Cofactor_Engineering wikiPageWikiLink Succinic_acid.
- Cofactor_Engineering wikiPageWikiLink Synechococcus.
- Cofactor_Engineering wikiPageWikiLink Thermophile.
- Cofactor_Engineering wikiPageWikiLink Tuberculosis.
- Cofactor_Engineering wikiPageWikiLink Vitamin.
- Cofactor_Engineering wikiPageWikiLink Vitamin_B12.
- Cofactor_Engineering wikiPageWikiLink William_John_Young.
- Cofactor_Engineering wikiPageWikiLink Yeast.
- Cofactor_Engineering wikiPageWikiLink File:Cofactor_engineering_map.png.