Term
What type of biomolecule is a GAG?
a. carbohydrate
b. lipid
c. amino acid/protein
d. nucleotide/nucleic acid |
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Definition
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Term
What type of biomolecule is a starch?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid |
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Definition
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Term
What type of biomolecule is glycogen?
A. Carbohydrate
B. Lipid
C. Amino acid/protein
D. Nucleotide/ nucleic acid |
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Definition
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Term
What type of biomolecule is ATP?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid |
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Definition
| D. Nucleotide/Nucleic Acid |
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Term
What type of biomolecule is a triglyceride?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid |
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Definition
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Term
What type of biomolecule is collagen?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid
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Definition
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Term
What type of biomolecule is cholesterol?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid
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Definition
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Term
What type of biomolecule is hemoglobin?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid
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Definition
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Term
What type of biomolecule is prostaglandin E2?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid
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Definition
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Term
What type of biomolecule is ribonucleic acid?
A. carbohydrate
B. lipid
C. Amino acid/protein
D. Nucleotide/nucleic acid
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Definition
| D. Nucleotide/nucleic acid |
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Term
What is the function of the nucleolus?
A. Contain acidic hydrolases; pH=5; disorders include tay- Sachs and Fabry Diseases
B. Located within the nucleus; synthesize the different ribosomal subunits
C. Tubular cisternal arrangement; make phospholipids and can store calcium ions.
D. Two membrane structure; inner membrane folded in cristae; makes ATP by oxidation.
E. Oxidation of long-chain fatty acids; contains catalase; disorder is Zellweger's syndrome |
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Definition
| B. Located within the nucleus; synthesize the different ribosomal subunits. |
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Term
What is the function of the mitochondrion?
A. Contain acidic hydrolases; pH=5; disorders include tay- Sachs and Fabry Diseases
B. Located within the nucleus; synthesize the different ribosomal subunits
C. Tubular cisternal arrangement; make phospholipids and can store calcium ions.
D. Two membrane structure; inner membrane folded in cristae; makes ATP by oxidation.
E. Oxidation of long-chain fatty acids; contains catalase; disorder is Zellweger's syndrome |
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Definition
| D. Two membrane structure; inner membrane folded in chritae; makes ATP by oxidation |
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Term
What is the function of a lysosome?
A. Contain acidic hydrolases; pH=5; disorders include tay- Sachs and Fabry Diseases
B. Located within the nucleus; synthesize the different ribosomal subunits
C. Tubular cisternal arrangement; make phospholipids and can store calcium ions.
D. Two membrane structure; inner membrane folded in cristae; makes ATP by oxidation.
E. Oxidation of long-chain fatty acids; contains catalase; disorder is Zellweger's syndrome |
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Definition
| A. Contain acidic hydrolases; pH=5; disorders include Tay-sachs and fabry diseases. |
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Term
What is the function of a peroxisome?
A. Contain acidic hydrolases; pH=5; disorders include tay- Sachs and Fabry Diseases
B. Located within the nucleus; synthesize the different ribosomal subunits
C. Tubular cisternal arrangement; make phospholipids and can store calcium ions.
D. Two membrane structure; inner membrane folded in cristae; makes ATP by oxidation.
E. Oxidation of long-chain fatty acids; contains catalase; disorder is Zellweger's syndrome |
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Definition
| E. Oxidation of long- chain fatty acids; contains catalase; disorder is Zellweger's syndrome |
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Term
What is the function of smooth ER?
A. Contain acidic hydrolases; pH=5; disorders include tay- Sachs and Fabry Diseases
B. Located within the nucleus; synthesize the different ribosomal subunits
C. Tubular cisternal arrangement; make phospholipids and can store calcium ions.
D. Two membrane structure; inner membrane folded in cristae; makes ATP by oxidation.
E. Oxidation of long-chain fatty acids; contains catalase; disorder is Zellweger's syndrome |
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Definition
| C. Tubular cisternal arrangement; make phospholipids and can store calcium ions. |
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Term
T or F? isotopes of an element have the same number of protons but differ in the number of electrons. |
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Definition
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Term
| T or F? The acromial region would be proximal in comparison with the olecranal region. |
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Definition
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Term
T or F? Blood is an example of a colloid.
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Definition
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Term
| T or F? The Z number on an atom is the number of electrons. |
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Definition
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Term
| T or F? Histology is the study of tissues. |
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Definition
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Term
| T or F? The first law of thermodynamics states that energy cannot be created or destroyed, only transformed from one form to another. |
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Definition
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Term
| T or F? A competitive inhibitor will inhibit the enzyme at the active site |
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Definition
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Term
| T or F? All enzymes are proteins. |
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Definition
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Term
| T or F? The cytosol is the intracellular fluid along with the organelles. |
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Definition
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Term
| T or F? A globular protein is usually water- insoluble. |
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Definition
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Term
Away from the body surface.
A. superior
B. posterior
C. Medial
D. Deep
E. Distal |
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Definition
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Term
Far from the trunk.
A. superior
B. posterior
C. Medial
D. Deep
E. Distal |
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Definition
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Term
Behind; back of the body
A. superior
B. posterior
C. Medial
D. Deep
E. Distal |
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Definition
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Term
On/at the midline
A. superior
B. posterior
C. Medial
D. Deep
E. Distal |
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Definition
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Term
Above; towards the head
A. superior
B. posterior
C. Medial
D. Deep
E. Distal |
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Definition
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Term
Dorsal body cavity
A. Membrane that lines the outer body wall
B. contains the heart
C. Contains the brain and spinal cord
D. Membrane that lines the surface of an organ
E. Abdominopelvic body cavity |
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Definition
| C. Contains the brain and spinal cord |
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Term
Coelom
A. Membrane that lines the outer body wall
B. contains the heart
C. Contains the brain and spinal cord
D. Membrane that lines the surface of an organ
E. Abdominopelvic body cavity |
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Definition
| E. Abdominopelvic body cavity |
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Term
Visceral serosa
A. Membrane that lines the outer body wall
B. contains the heart
C. Contains the brain and spinal cord
D. Membrane that lines the surface of an organ
E. Abdominopelvic body cavity |
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Definition
| D. Membrane that lines the surface of an organ |
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Term
Parietal serosa
A. Membrane that lines the outer body wall
B. contains the heart
C. Contains the brain and spinal cord
D. Membrane that lines the surface of an organ
E. Abdominopelvic body cavity |
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Definition
| A. membrane that lines the outer body wall |
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Term
Pericardium
A. Membrane that lines the outer body wall
B. contains the heart
C. Contains the brain and spinal cord
D. Membrane that lines the surface of an organ
E. Abdominopelvic body cavity
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Definition
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Term
Cervical
A. Between the anus and genetalia
B. Neck
C. Sole of the foot
D. Side of the leg
E. Shoulder blade |
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Definition
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Term
Perineal
A. Between the anus and genetalia
B. Neck
C. Sole of the foot
D. Side of the leg
E. Shoulder blade |
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Definition
| A. Between the anus and genetalia |
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Term
Peroneal
A. Between the anus and genetalia
B. Neck
C. Sole of the foot
D. Side of the leg
E. Shoulder blade |
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Definition
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Term
Plantar
A. Between the anus and genetalia
B. Neck
C. Sole of the foot
D. Side of the leg
E. Shoulder blade |
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Definition
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Term
Scapular
A. Between the anus and genetalia
B. Neck
C. Sole of the foot
D. Side of the leg
E. Shoulder blade |
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Definition
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Term
Which of the following is NOT a property of water?
A. is known as the "universal solute."
B. Has a high heat of vaporization.
C. Has a high specific heat.
D. Acts as a cushion
E. Participates in chemical reactions. |
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Definition
| A. is known as the "universal solute." |
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Term
Which of the following is a negative feedback mechanism?
A. parturition
B. Blood pressure regulation
C. Action potential
D. platelet aggregation
E. None of the above |
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Definition
| B. Blood pressure regulation |
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Term
A solution with a pH of 8.5 would be:
A. acidic
B. nuetral
C. basic/alkaline |
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Definition
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Term
Which of the following nitrogenous bases would not be found in DNA?
A. Adenine
B. Guanine
C. Cytosine
D. Uracil
E. Thymine |
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Definition
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Term
What is the "basic unit of life"?
A. Organelle
B. Cell
C. Tissue
D. Organ
E. Organ systems |
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Definition
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Term
Which of the following would not denature a protein?
A. Vigorous shaking
B. Increase the temperature to boiling
C. Extreme pH
D. Application of a strong detergent/solvent
E. Application of a reversible inhibitor |
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Definition
| E. Application of a reversible inhibitor |
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Term
Which of the following would be the correct method/way to determine the correct atom/element?
A. Protons
B. electrons
C. Neutrons
D. ions
E. isotopes |
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Definition
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Term
The amino acid sequence of a protein is called:
A. Primary structure
B. Secondary structure
C. Tertiary structure
D. Quaternary structure |
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Definition
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Term
Which is NOT a characteristic of a eukaryotic cell?
A. Possess a nucleus
B. Has membrane-bound organelles
C. Single circular chromosome without histones
D. 80S ribosomes
E. Can undergo meiosis |
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Definition
| C. Single circular chromosome without histones |
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Term
Which is true about neutrons?
A. has a +1 charge
B. Can be changed to form an ion
C. Found in the nucleus
D. Has a weight of 0 |
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Definition
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Term
Which is most true about C6H12O6?
A. it is an element
B. it is a molecule
C. it is a compound
D. it is an element and a molecule
E. it is a molecule and a compound |
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Definition
| E. it is a molecule and a compound |
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Term
An invisible line that separates the human body into anterior and posterior:
A. Sagittal
B. Coronal
C. Transverse (Cross-section) |
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Definition
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Term
The sharing of electrons (usually due to the atoms high electronegativity) is:
A.Covalent bone
B. ionic bond
C. hydrogen bond |
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Definition
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Term
Which of the following would not be considered to be a coenzyme?
A. Nicotinic acid (Niacin)
B. Zinc
C. Vitamin C
D. Riboflavin |
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Definition
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Term
A fatty acid with two sets of double bonds would be considered:
A. Saturated
B. MUFA
C. PUFA |
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Definition
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