A) is applicable to only a few groups of bacteria. B) usually shows the spores as green structures among a background of pink cells. C) uses crystal violet as the primary stain. D) is an example of a negative stain. E) is applicable to only a few groups of bacteria AND usually shows the spores as green structures among a background of pink cells. A) is applicable to only a few groups of bacteria. B) usually shows the spores as green structures among a background of pink cells. C) uses crystal violet as the primary stain. D) is an example of a negative stain. E) is applicable to only a few groups of bacteria AND usually shows the spores as green structures among a background of pink cells.

A) is a double membrane sac containing DNA and is found in eukaryotes. B) is a single phospholipid membrane sac containing prokaryotic DNA. C) is a smaller structure contained within the eukaryotic nucleolus. D) cannot transport molecules to the cytoplasm due to the double membrane barrier. A) is a double membrane sac containing DNA and is found in eukaryotes. B) is a single phospholipid membrane sac containing prokaryotic DNA. C) is a smaller structure contained within the eukaryotic nucleolus. D) cannot transport molecules to the cytoplasm due to the double membrane barrier.

A) uses fluorescently tagged molecules. B) makes use of the specificity in binding of antibodies. C) utilizes acridine orange. D) would require a special UV microscope. E) uses fluorescently tagged molecules, makes use of the specificity in binding of antibodies AND would require a special UV microscope. A) uses fluorescently tagged molecules. B) makes use of the specificity in binding of antibodies. C) utilizes acridine orange. D) would require a special UV microscope. E) uses fluorescently tagged molecules, makes use of the specificity in binding of antibodies AND would require a special UV microscope.

A) may be used for protection. B) may be used to help the bacteria adhere to surfaces. C) may be involved in movement. D) may be involved in energy production. E) may be used for protection AND may be used to help the bacteria adhere to surfaces. A) may be used for protection. B) may be used to help the bacteria adhere to surfaces. C) may be involved in movement. D) may be involved in energy production. E) may be used for protection AND may be used to help the bacteria adhere to surfaces.

A) is the ingestion of particles and may be performed by animal cells. B) is the ingestion of particles and may be performed by bacteria. C) is the secretion of proteins. D) is the formation of a lysosome. E) is the ingestion of particles and may be performed by bacteria AND is the formation of a lysosome. A) is the ingestion of particles and may be performed by animal cells. B) is the ingestion of particles and may be performed by bacteria. C) is the secretion of proteins. D) is the formation of a lysosome. E) is the ingestion of particles and may be performed by bacteria AND is the formation of a lysosome.