·      What compliment base pairs?

·      What structures in DNA make “genes”?

·      Why are the amounts of Adenine in DNA equal to Thymine?

·      If a gene has 120 base pairs, how many amino acids are in the protein?

·      DNA is called a semiconservative molecule, why?

·      DNA is called a supercoiled molecule, why?

·      Could you compare DNA to RNA using a table to compare structures and function?

·      Using a diagram of DNA making a new strand, how could you matching base pair. How would this change if the DNA is make RNA?

·      In replication which bonds are broken?

·      If DNA was replicating with radioactive Thymine, would it show up in future generations DNA? Why

·      In order, what are the four events that occur in DNA replication?

·      What are the enzymes involved with Replication?

·      What are the enzymes in transcription?

·      What is produced in transcription?

·      If you were given a strand of DNA code, could you predict the effect of deleting one base in that code by showing the final amino acid sequence?

·      What are two factors that could change what protein would be formed?

·      In protein synthesis where does transcription and translation occur?

·      rRNA is produced by which process?

·      What are the enzymes in translation?

·      What are the steps of protein synthesis from DNA to making a protein?

·      When does the base Thymine change to Uracil? Why?

·      Looking at the complete process of protein synthesis what is the purpose for:

a)     Ribosome moving to mRNA

b)    Adenine bonding to thymine

c)     An amino acid bonding to specific tRNA

d)    Forming a peptide bond

·      Using a diagram of a cells or bacteria cells DNA, how could recombinant DNA be used to make a specific protein

·      What is the lock and key theory and how is it different from an enzyme whose active site changes? What is that process called?

What is :

·      Competitive inhibition

·      Non-competitive inhibition

·      Non-reversible inhibition

·      Coenzyme activity

Could you show the above interactions with a diagram?

Can you interpret graphs:

·      For amount of product vs progress of the reaction (time)

·      Rate of reaction vs Enzyme concentration

·      Energy level vs progress of reaction

·      Effect of denaturing an enzyme due to temperature

·      Effect of denaturing an enzyme due to ph.

·      Effect of denaturing and enzyme due to heavy metal

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·      Looking at a data table, could you predict the change in a colour due changes is substrate, acid, temperature, heavy metal, or increase of decreased concentrations of enzyme?

A with (enzyme 1) goes to B with (enzyme 2) goes to C

What would be two ways to increase the production of product C

What would be two ways to slow down or stop production of product C