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CHT214 Biocatalysis I: Modern Approaches to Biocatalysts
Knowing(these are things that students will need to be able to do to pass the module)Question: Compare and contrast the advantages and disadvantages of biocatalysis relative to conventional chemical catalysis.Question: Describe methods for recombinant protein production and purification.Question: Understand the molecular basis of enzyme catalysis and discuss how this information can be used to engineer existing enzymes so as to extend their range of substrates and other physical properties, such as thermal stability.Question: Describe how biocatalysts are used in industrially relevant applications.
Acting(performance in this area will enable students to obtain more than a basic pass)Question: Propose an appropriate strategy for production of a given enzyme.Question: Propose biocatalytic methods to obtain small molecules with high stereochemical control.Question: Understand the technical problems, such as co-factor regeneration, associated with using enzymes outside of cells.
Being(performance in this area will enable students to obtain more than a basic pass)Question: Formulate strategies for the preparation of "engineered" biocatalysts in the laboratory.Question: Explain the use of biocatalysts for asymmetric production of fine chemicals.
calculate the ph of a solution of calcium carbonate having [calcium ion]=1.3x10^-4M,[carbonate ion]=3.8x^10-5M and [HCO3]=8.8X10^-5M
In relation to the oxygen atom forming the linkage between glucose molecules, how are the hydrogens attached to the same carbon
Explain why polar solvents would be expected to increase the rate of the reaction in exercise
Starting with benzene, outline a synthesis of each of the following (many of the answers will require more than one step): a) isoproylbenzene b) propylbenzene
Determine How many moles of Fe 3 O 4 could be formed if 9.00 mol iron react with 12.00 mol Oxygen and determine How many grams of methane is required to form 45.5g CHcl 3 ?
how do the densities of metals can be calculated? could this method be used for determining the density of mercury as
Assuming that the limits of the visible spectrum are approximately 380-700nm, find the angular range of the first-order and second-order visible spectrum produced by a plane grating that has 900 grooves/mm with the incident source radiation normal..
For your cereal sample, you added the same volume of sodium acetate that you added to your standards and solution unknown. b) You forgot to add hydroxylamine hydrochloride when you prepared the standards
Sometimes the structure of phosphoric acid is written with single bonds to both the OH groups and to the oxygen atom; other times the bond between the P and the O is shown as a double bond. The "truth" probably lies somewhere between. Explain
What happens to the amount of ionisation as we increase the ionic strength of a solution? What happens to the solubility of a salt and what is meant by the various terms we use when discussing analytical techniques?
Calculate the molality of the solution and the molar mass of reserpentine.
Given the equilibrium pH will you have successfully reduced each metal ion level to below the MLC? Provide detailed calculations to support your answer.
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