DNA Technology Review

What type of macromolecule are restriction enzymes?

• nucleic acid
• carbohydrate
• protein
• lipid

A method of separating DNA fragments according to their size and charge using an electric current is called

• homologous chromosome
• DNA Probe
• gel electrophoresis
• restriction enzyme

Which suspect should be charged with the crime?

• Suspect 1
• Suspect 2
• Suspect 3
• None of these suspects

DNA is recovered from a suspected dead soldier.  Which Parents are the likely parents of the soldier?

• Parents C and D
• Parents E and F
• Parents A and B
• Parents G and H

Tags

NGSS.HS-LS3-2

NGSS.HS-LS3-1

DNA that is derived from the DNA of 2 or more different species is called

• chloroplast DNA
• mitochondrial DNA
• recombinant DNA
• None of these

Scientists can use genetic information to identify people because it is unique to each person. Which specific characteristic is unique to an individual?  

• the number of chromosomes in a cell
• the size of each chromosome  in a cell
• the shape of the DNA molecules in cells
• the sequence of each chromosome in a cell 

Tags

NGSS.HS-LS3-2

The diagram is used to

• make a clone
• run gel electrophoresis 
• find RNA 
• make DNA mutations

What is the enzymatic function of restriction enzymes?

• To add new nucleotides to a growing strand of DNA.
• To join nucleotides during replication.
• To join nucleotides during transcription.
• To cleave/break nucleic acids at specific sites.

In order to insert a human gene into plasmid, both must 

• code for the same gene product.
• be cut by the same restriction enzyme.
• originate from the same type of cell.
• have identical DNA sequences.

What is the most logical sequence of steps for splicing foreign DNA into a plasmid and inserting the plasmid into a bacterium?
I) Grow transgenic bacteria.
II) Cut the plasmid DNA using restriction enzymes.
III) Extract plasmid DNA from a bacterial cell.
IV) Create recombinant DNA.
V) Combine the gene of interest to the plasmid, creating recombinant DNA

• I, II, IV, III, V
• III, II, IV, V, I
• II, III, V, IV, I
• III, IV, V, I, II