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This deck focuses on Cell Compartmentalization, giving you a quick way to review the definitions, rules, and examples that matter most for AP Biology.
Study Cell Compartmentalization in AP Biology with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Which organelle aids in the detoxification of alcohol in liver cells?
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Peroxisome. These organelles contain enzymes that break down toxic substances.
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This deck focuses on Cell Compartmentalization, giving you a quick way to review the definitions, rules, and examples that matter most for AP Biology.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Peroxisome. These organelles contain enzymes that break down toxic substances.
Answer: Chloroplast. These organelles contain chlorophyll for light capture.
Answer: Support and transport within the cell. These hollow cylinders form tracks for organelle movement.
Answer: Nuclear pores. These openings allow selective transport between nucleus and cytoplasm.
Answer: Spindle fibers. These microtubule structures separate chromosomes during division.
Answer: Transport of materials within the cell. These membrane sacs move substances between organelles.
Answer: Chloroplast. These organelles contain chlorophyll for light capture.
Answer: Provides structural and biochemical support. This network surrounds cells and aids in tissue organization.
Answer: Smooth endoplasmic reticulum. This organelle produces cholesterol and steroid-based hormones.
Answer: Cytoskeleton. This protein network maintains cell shape and enables movement.
Answer: Breakdown of fatty acids and detoxification. These organelles neutralize harmful substances like hydrogen peroxide.
Answer: Spindle fibers. These microtubule structures separate chromosomes during division.
Answer: Peroxisome. These organelles neutralize harmful byproducts of metabolism.
Answer: ATP production through cellular respiration. The powerhouse converts glucose and oxygen into usable energy.
Answer: Peroxisome. These organelles neutralize harmful byproducts of metabolism.
Answer: Cytoskeleton. Microtubules and microfilaments enable cell motility and transport.
Answer: Cytoskeleton. Microtubules and microfilaments enable cell motility and transport.
Answer: Selective permeability and communication. This phospholipid bilayer controls molecular passage.
Answer: Storage and maintenance of cell turgor. This large organelle maintains plant cell shape through water pressure.
Answer: Organization of microtubules and cell division. This structure organizes spindle formation during cell division.
Answer: Mitochondria. This organelle generates most cellular ATP through respiration.
Answer: Peroxisome. These organelles contain enzymes that break down toxic substances.
Answer: Synthesis of proteins and lipids. This membrane network produces proteins and lipids throughout the cell.
Answer: The organization of cellular components into distinct regions. This allows specialized functions to occur in distinct areas.
Answer: Smooth endoplasmic reticulum. This organelle produces cholesterol and steroid-based hormones.
Answer: Golgi apparatus. This organelle modifies and directs proteins to their destinations.
Answer: Smooth endoplasmic reticulum. This organelle regulates calcium levels for muscle contraction.
Answer: Plasma membrane. This selective barrier controls what enters and exits the cell.
Answer: Nucleolus. This dense region within the nucleus assembles ribosomal subunits.
Answer: Ribosome production. This nuclear region assembles ribosomal RNA and proteins.
Answer: Modification and packaging of proteins. This organelle acts like a cellular post office for proteins.
Answer: Increased efficiency in cellular processes. Specialized compartments optimize reactions and reduce interference.
Answer: Selective permeability and communication. This phospholipid bilayer controls molecular passage.
Answer: Protein synthesis and processing. Ribosomes on this membrane system modify newly made proteins.
Answer: Maintains cell shape and facilitates movement. This protein framework provides structure and enables motility.
Answer: Maintains cell shape and facilitates movement. This protein framework provides structure and enables motility.
Answer: Organization of microtubules and cell division. This structure organizes spindle formation during cell division.
Answer: Maintains the shape of the nucleus. This protein mesh provides structural support inside the nucleus.
Answer: It encloses the nucleus, protecting its contents. This double membrane barrier regulates nuclear transport.
Answer: The organization of cellular components into distinct regions. This allows specialized functions to occur in distinct areas.
Answer: Supports the nucleus and its contents. This gel-like substance cushions and supports nuclear components.
Answer: Holds organelles and is the site of metabolic processes. This gel-like medium supports organelles and cellular reactions.
Answer: It encloses the nucleus, protecting its contents. This double membrane barrier regulates nuclear transport.
Answer: Plasma membrane. This selective barrier controls what enters and exits the cell.
Answer: ATP production through cellular respiration. The powerhouse converts glucose and oxygen into usable energy.
Answer: Maintains the shape of the nucleus. This protein mesh provides structural support inside the nucleus.
Answer: Synthesis of proteins and lipids. This membrane network produces proteins and lipids throughout the cell.
Answer: Ribosome. These structures read mRNA and assemble amino acids into proteins.
Answer: Provides rigidity and protection to plant cells. This structure is found only in plants and provides support.
Answer: Golgi apparatus. This organelle modifies and directs proteins to their destinations.
Answer: Storage and maintenance of cell turgor. This large organelle maintains plant cell shape through water pressure.
Answer: Cytoskeleton. This protein network maintains cell shape and enables movement.
Answer: Nuclear pores. These openings allow selective transport between nucleus and cytoplasm.
Answer: Photosynthesis. These organelles convert light energy into chemical energy.
Answer: Smooth endoplasmic reticulum. This membrane system lacks ribosomes and produces fatty molecules.
Answer: Protein synthesis and processing. Ribosomes on this membrane system modify newly made proteins.
Answer: Ribosome. These structures read mRNA and assemble amino acids into proteins.
Answer: Transport of materials within the cell. These membrane sacs move substances between organelles.
Answer: Lysosome. These organelles break down waste and worn-out cell parts.
Answer: Lysosome. These organelles digest worn-out cellular components for recycling.
Answer: Selective barrier for substances entering or leaving the cell. This membrane controls what substances cross the cell boundary.
Answer: Nucleolus. This dense region within the nucleus assembles ribosomal subunits.
Answer: Lysosome. These organelles break down waste and worn-out cell parts.
Answer: Modification and packaging of proteins. This organelle acts like a cellular post office for proteins.
Answer: Provides structural and biochemical support. This network surrounds cells and aids in tissue organization.
Answer: Supports the nucleus and its contents. This gel-like substance cushions and supports nuclear components.
Answer: Mitochondria. This organelle generates most cellular ATP through respiration.
Answer: Ribosome production. This nuclear region assembles ribosomal RNA and proteins.
Answer: Provides rigidity and protection to plant cells. This structure is found only in plants and provides support.
Answer: Increased efficiency in cellular processes. Specialized compartments optimize reactions and reduce interference.
Answer: Cellular locomotion. This whip-like structure propels cells through fluid environments.
Answer: Holds organelles and is the site of metabolic processes. This gel-like medium supports organelles and cellular reactions.
Answer: Photosynthesis. These organelles convert light energy into chemical energy.
Answer: Support and transport within the cell. These hollow cylinders form tracks for organelle movement.
Answer: Smooth endoplasmic reticulum. This organelle regulates calcium levels for muscle contraction.
Answer: Smooth endoplasmic reticulum. This membrane system lacks ribosomes and produces fatty molecules.
Answer: Breakdown of fatty acids and detoxification. These organelles neutralize harmful substances like hydrogen peroxide.
Answer: Selective barrier for substances entering or leaving the cell. This membrane controls what substances cross the cell boundary.