A) Yes, because they are actively metabolizing and once contained organelles.
B) Yes, because they are capable of moving throughout the body in the circulation.
C) No, because they do not contain a nucleus, they cannot be living.
D) No, because red blood cells do not actively metabolize.
E) No, because they are now only part of a once living cell.
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Multiple Choice
A) break down carbohydrates in the liver
B) break down red blood cells in the spleen
C) help germinating seeds convert fatty acids into molecules that can be converted to sugars
D) store toxic materials in the cell
E) metabolize proteins during cellular respiration
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Multiple Choice
A) the outer chloroplast membrane
B) the inner chloroplast membrane
C) crista
D) thylakoid membrane
E) granum
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Multiple Choice
A) the nucleus.
B) the capsule.
C) the cell wall.
D) the cell membrane.
E) the DNA.
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Multiple Choice
A) lysosomes.
B) intermediate filaments.
C) actin filaments.
D) rough endoplasmic reticulum.
E) cilia and flagella.
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True/False
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Multiple Choice
A) muscles
B) liver
C) skin
D) stomach
E) ovaries/testes
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Multiple Choice
A) Ribosomes are associated with the surface of the rough ER.
B) Ribosomes are associated with the surface of the smooth ER.
C) Proteins can be found in the membrane of the rough ER but not the smooth ER.
D) The smooth ER functions in the synthesis of phospholipids.
E) Smooth ER is continuous with rough ER.
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Multiple Choice
A) digest worn out cell parts
B) anchors organelles in place within a cell
C) directs the synthesis of proteins
D) stores calcium in muscle tissue
E) prepares proteins for export out of the cell
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Multiple Choice
A) Mitochondria and chloroplasts are similar to bacteria in size and structure.
B) Mitochondria and chloroplasts have their own DNA.
C) The DNA of mitochondria and chloroplasts is a circular loop like that of prokaryotes.
D) The ribosomes of mitochondria and chloroplasts resemble those of prokaryotes.
E) All the answers support the endosymbiotic theory.
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Multiple Choice
A) the specific molecule that is added and the molecule determines the destination in or out of the cell.
B) the DNA extending its long molecular helix to direct the protein through the Golgi apparatus and on to the final destination.
C) vesicles that constantly shuttle back and forth from the various cell destinations and these vesicles determine which protein in the Golgi apparatus to pick up and deliver.
D) proteins drifting away in all directions and are only used at the cell sites that need them.
E) how long it takes the vesicle to travel from the endoplasmic reticulum to the Golgi.
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Multiple Choice
A) respiration.
B) secretion.
C) photosynthesis.
D) storage.
E) cell movement.
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