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The following complexes I, II, and III represent model compounds for the molybdenum-containing enzymes involved in oxygen-atom transfer (OAT) reactions.
Is this a strand of DNA or RNA? How do you know?If DNA, what is the complementary strand?
Use a battery and water treated with washing soda to separate water into hydrogen and oxygen in class.
Why is DNA evidence more useful as exclusionary evidence than for positive identification of a suspect?
Beginning with 1m concentration of each reactant and product at pH 7, in which direction will the following reaction proceed?
Find the standard electrode potential, E°, and DG° for the following reaction: Is the reaction spontaneous? Can iodic acid exist?
The daytime concentration of OH in continental air averages 8.3E6 molecules per cubic centimeter. Calculate its molar concentration.
Calculate the delta G for the reaction. If this reaction were used in a fuel cell, what would the standard cell potential be?
Thermus aquaticus was used in the PCR process, what would happen?List the stages of PCR and describe the function or purpose of each.
Give the cell diagram notation of the electrochemical cell that could be used to determine experimentally the dissociation constant (Kw) of water.
DNA Sequencing Methodology: Dideoxy and Pyrosequencing.Explain the two main methods of sequencing, the dideoxy (Sanger)
Calculate the change in G for a voltaic cell with E= +0.309V if the overall reaction involves a 3 electron reduction.
Explain the two main methods of sequencing, the dideoxy (Sanger) method and the basic method of 'pyrosequencing'
Balance the following equations using the half cell method and show both their half cell reactions, including how to identify them.
Describe how genes, viruses and plasmid can be used in recombinant DNA technology.
Calculate the standard state emf, fancy E, change in G, and K at 25 degrees celcus for the following reaction
What is recombinant DNA? How do we cut and paste DNA.Write your answer/response in detail with examples and facts
Describe how mutation and sexual selection produce genetic variation.Describe the Founder effect. Discuss how the founder effect influences microevolution.
Identify the anode, cathode, and the direction of flow of electrons in the external wire connecting the electrodes.
Provide research on gene splicing, a DNA technology that bio-engineers can use to create organisms with traits never before seen in nature
What is genetic transformation?What are the materials needed for genetic transformation experiment?
Describe the structure of DNA in detail. Provide an additional image or images which clearly illustrate this structure. Reference your source.
Compare the eukaryotic and prokaryotic processes of transcription and translation.
What is the emf of a galvanic cell consisting of a Cd2+/Cd half-cell and a Pt/H+/H2 half-cell if [Cd2+] = 0.28 M, [H+] = 0.21 M, and PH2 = 0.62 atm?
Discuss different models for DNA replication that were considered by early researchers. Explain why they settled on the current model for DNA replication