Master this deck with 478 terms through effective study methods.
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In air, on surfaces, in soil, water, and on human bodies.
Microbes living stably on or in the human body without causing disease.
They aid in digestion and synthesize essential vitamins.
Using microbes to clean up toxic pollutants.
Pathogens can cause disease, while normal microbiota typically do not.
Microbes that cause disease only when an opportunity arises.
Infections acquired during treatment for other conditions, often resistant to antibiotics.
Bacteria, Archaea, Viruses, Fungi, Protozoa, Multicellular animal parasites, Algae.
As prokaryotes with no nuclear membrane and peptidoglycan cell walls.
Mycology.
Diseases caused by fungi.
Sites of protein synthesis, composed of 70S ribosomes.
Regulates movement in and out of the cell.
Gram-positive have thick peptidoglycan walls; Gram-negative have thin walls and an outer membrane.
To classify bacteria based on cell wall structure.
To inhibit or kill bacteria.
The ability of a drug to target pathogens without harming the host.
The flow of genetic information from DNA to RNA to protein.
A permanent change in the DNA sequence.
The transfer of genes between cells of the same generation.
Self-replicating circular DNA molecules that can carry advantageous genes.
They inhibit the synthesis of essential metabolites in bacteria.
A test to assess the susceptibility of bacteria to antibiotics.
A strain of Staphylococcus aureus resistant to methicillin.
Microbial communities that provide protection and enhance survival.
It influences enzyme activity and membrane integrity.
A protective layer that can enhance virulence.
To enable survival under harsh conditions.
Processes and modifies proteins for transport.
Part of the ribosome, essential for protein synthesis.
Contains the cell's DNA and controls gene expression.
To determine the minimum inhibitory concentration (MIC) of an antibiotic.
Inhibits peptidoglycan synthesis in bacterial cell walls.
It provides a barrier to certain antibiotics and detergents.
Contains cellular components and is the site of metabolic processes.
Synthesizes proteins and lipids.
Produces ATP through cellular respiration.
Site of photosynthesis in plant cells.
Contains enzymes for digestion of cellular waste.
Describes the dynamic nature of membrane structure.
Provides structural support and aids in cell movement.
Stores nutrients and waste products.
Facilitates the translation of mRNA into proteins.
Determines how nucleotide sequences are translated into proteins.
Unwinds the DNA double helix.
Synthesizes new DNA strands during replication.
Initiates the synthesis of mRNA from DNA.
Signals the termination of protein synthesis.
Transfers specific amino acids to the ribosome.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.
Provides structural support and aids in cell movement.
Synthesizes proteins for secretion or membrane insertion.
Synthesizes lipids and detoxifies certain chemicals.
Produces ATP through cellular respiration.
Conducts photosynthesis in plant cells.
Digests macromolecules and recycles cellular components.
Regulates the movement of substances in and out of the cell.
Facilitates the translation of mRNA into proteins.
Can lead to altered or nonfunctional proteins.
Limits treatment options for bacterial infections.
Contains enzymes and transport proteins.
Protects against phagocytosis and enhances virulence.
Enables motility in bacteria.
Helps clear foreign material from the respiratory tract.
Maintains cell shape and protects against osmotic lysis.
Contains the bacterial chromosome.
Stores nutrients and waste products.
Explains the origin of eukaryotic cells from prokaryotes.
Modifies and packages proteins for secretion.