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ACS BIOCHEMISTRY EXAM Questions and Answers
ACS BIOCHEMISTRY EXAM Questions and Answers
[Show more]ACS BIOCHEMISTRY EXAM Questions and Answers
[Show more]Copper electrodes are placed into two aqueous solutions of copper(II) sulfate at 
25 ºC. One compartment contains a 1.0 M solution while the other compartment 
contains a 0.10 M solution. The two compartments are connected with a salt 
bridge and the electrodes are connected by a wire passing th...
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Add to cartCopper electrodes are placed into two aqueous solutions of copper(II) sulfate at 
25 ºC. One compartment contains a 1.0 M solution while the other compartment 
contains a 0.10 M solution. The two compartments are connected with a salt 
bridge and the electrodes are connected by a wire passing th...
State the central dogma of genetics 
Ans- DNA can self replicate via translation 
DNA is coded into RNA via transcription 
RNA is made into proteins via translation 
Structure of a nucleotide 
Ans- 5 carbon sugar, phosphate group, and a nitrogenous base 
Name the monomer of nucleic acids 
Ans- nucle...
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Add to cartState the central dogma of genetics 
Ans- DNA can self replicate via translation 
DNA is coded into RNA via transcription 
RNA is made into proteins via translation 
Structure of a nucleotide 
Ans- 5 carbon sugar, phosphate group, and a nitrogenous base 
Name the monomer of nucleic acids 
Ans- nucle...
Henderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitate. Protein precipitates when 
the charges on the protein match the charges in the solution. 
Size-Exclusion Chromatography 
Ans- Separates sample based on si...
Preview 4 out of 35 pages
Add to cartHenderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitate. Protein precipitates when 
the charges on the protein match the charges in the solution. 
Size-Exclusion Chromatography 
Ans- Separates sample based on si...
Henderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitate. Protein precipitates when 
the charges on the protein match the charges in the solution. 
Size-Exclusion Chromatography 
Ans- Separates sample based on si...
Preview 3 out of 25 pages
Add to cartHenderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitate. Protein precipitates when 
the charges on the protein match the charges in the solution. 
Size-Exclusion Chromatography 
Ans- Separates sample based on si...
Henderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitate. Protein precipitates when 
the charges on the protein match the charges in the solution. 
Size-Exclusion Chromatography 
Ans- Separates sample based on si...
Preview 4 out of 42 pages
Add to cartHenderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitate. Protein precipitates when 
the charges on the protein match the charges in the solution. 
Size-Exclusion Chromatography 
Ans- Separates sample based on si...
Henderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
FMOC Chemical Synthesis 
Ans- Used in synthesis of a growing amino acid chain to a polystyrene bead. 
FMOC is used as a protecting group on the N-terminus. 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitat...
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Add to cartHenderson-Hasselbach Equation 
Ans- pH = pKa + log ([A-] / [HA]) 
FMOC Chemical Synthesis 
Ans- Used in synthesis of a growing amino acid chain to a polystyrene bead. 
FMOC is used as a protecting group on the N-terminus. 
Salting Out (Purification) 
Ans- Changes soluble protein to solid precipitat...
nucleotides 
Ans- monomeric unit for nucleic acids and are composed of nitrogenous base, 
5-carbon sugar and a phosphate 
nucleic acids are biopolymers of 
Ans- nucleotide monomers 
DNA 
Ans- -more stable 
- carrier of genetic information 
- double stranded 
RNA 
Ans- - less stable 
- intermediate ...
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Add to cartnucleotides 
Ans- monomeric unit for nucleic acids and are composed of nitrogenous base, 
5-carbon sugar and a phosphate 
nucleic acids are biopolymers of 
Ans- nucleotide monomers 
DNA 
Ans- -more stable 
- carrier of genetic information 
- double stranded 
RNA 
Ans- - less stable 
- intermediate ...
Helicase 
Ans- Catalyzes ATP-dependent unwinding of DNA double helices 
What is the helicase in E. Coli? 
Ans- DNAB 
Single-Stranded Binding Protein 
Ans- Binds to unwound strands of DNA to prevent reannealing 
DNA Polymerase 
Ans- Enzyme responsible for DNA replication 
Uses ssDNA as a template and...
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Add to cartHelicase 
Ans- Catalyzes ATP-dependent unwinding of DNA double helices 
What is the helicase in E. Coli? 
Ans- DNAB 
Single-Stranded Binding Protein 
Ans- Binds to unwound strands of DNA to prevent reannealing 
DNA Polymerase 
Ans- Enzyme responsible for DNA replication 
Uses ssDNA as a template and...
Which Amino Acids will be charged at pH 7? 
Ans- DEHRK: Aspartic Acid (Asp), Glutamic Acid (Glu), Histidine (His), Arginine 
(Arg), Lysine (Lys) 
Which amino acids will have a negative charge at pH 7? 
Ans- D&E: Aspartic Acid (Asp) and Glutamic acid (Glu) 
Which amino acids will have a positive cha...
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Add to cartWhich Amino Acids will be charged at pH 7? 
Ans- DEHRK: Aspartic Acid (Asp), Glutamic Acid (Glu), Histidine (His), Arginine 
(Arg), Lysine (Lys) 
Which amino acids will have a negative charge at pH 7? 
Ans- D&E: Aspartic Acid (Asp) and Glutamic acid (Glu) 
Which amino acids will have a positive cha...
Glycolysis 
Ans- Near-universal pathway in which glucose molecule is oxidized to two 
molecules of pyruvate, with energy conserved as ATP and NADH 
Glycolytic breakdown 
Ans- Glucose is the sole source of metabolic energy in some mammalian tissues 
and cell types 
Fermentation 
Ans- general form f...
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Add to cartGlycolysis 
Ans- Near-universal pathway in which glucose molecule is oxidized to two 
molecules of pyruvate, with energy conserved as ATP and NADH 
Glycolytic breakdown 
Ans- Glucose is the sole source of metabolic energy in some mammalian tissues 
and cell types 
Fermentation 
Ans- general form f...
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