Cell Organelle Flashcards: 24 Structures & Functions in Both Directions
Learn 24 common plant and animal cell structures with 48 two-way flashcards linking each name to its primary function.
O tej talii
These cell organelle flashcards cover 24 common structures encountered when studying plant and animal cells. The 48 text-only cards practice two mappings for every structure: the structure name to its primary function, and an unambiguous primary-function cue back to the name.
The deck distinguishes shared eukaryotic structures from structures that are characteristic of plant cells or common in animal cells. It also separates jobs that are easy to confuse: ribosomes build proteins, rough ER folds and begins processing selected proteins, the Golgi apparatus modifies and sorts cargo, and transport vesicles carry cargo between compartments. Motile cilia are cued by moving fluid across many animal tissue surfaces, while a eukaryotic flagellum is cued by propelling a whole cell.
The sequence starts with whole-cell boundaries and contents, then moves through genetic information and protein handling, energy and recycling, support and movement, and plant-specific structures. Name-to-function and function-to-name cards are interleaved. Paired variants have at least three unrelated cards between them.
This is a focused cell organelle quiz for secondary and introductory biology, not a full biology course. It excludes diagrams and image identification, prokaryotic structures, detailed ultrastructure, pathways, disease and clinical facts, microscopy, and pronunciation. There are no card images.
Facts were checked against the NHGRI Talking Glossary, the NIGMS organelle tour, U.S. government-hosted cell biology references in NCBI Bookshelf, and plant-cell material from the USDA Agricultural Research Service. Every prompt, answer, selection, sequence, and metadata field was independently authored. No source prose, layout, or media was copied. Facts and source materials aren't claimed as ours.
The original deck wording, organization, metadata, and generated cover are dedicated under CC0 1.0 to the extent applicable rights exist. CC0 doesn't apply to source material or source ownership. Independent study deck. Not affiliated with or endorsed by NIH, NHGRI, NIGMS, NCBI, or USDA.
Karty w tej talii
Karta 1
Pytanie
Cell structure: plasma membrane → primary function
Odpowiedź
Selectively controls which materials enter and leave the cell.
Karta 2
Pytanie
Cell structure: cytoplasm → primary function
Odpowiedź
Provides the fluid-filled region where organelles are suspended and many cellular reactions occur.
Karta 3
Pytanie
Cell structure: nucleus → primary function
Odpowiedź
Stores most of a eukaryotic cell's DNA in chromosomes.
Karta 4
Pytanie
Cell structure: nucleolus → primary function
Odpowiedź
Produces ribosomal RNA and assembles ribosomal subunits inside the nucleus.
Karta 5
Pytanie
Which cell boundary selectively controls materials entering and leaving a plant or animal cell?
Odpowiedź
Plasma membrane (cell membrane).
Karta 6
Pytanie
Cell structure: ribosome → primary function
Odpowiedź
Builds proteins by translating messenger RNA into amino acid chains.
Karta 7
Pytanie
Which region inside a eukaryotic cell, but outside its nucleus, suspends organelles and hosts many cellular reactions?
Odpowiedź
Cytoplasm.
Karta 8
Pytanie
Cell structure: rough endoplasmic reticulum → primary function
Odpowiedź
Folds and begins processing proteins made for secretion, membranes, or certain organelles.
Karta 9
Pytanie
Which membrane-enclosed organelle stores most of a plant or animal cell's DNA in chromosomes?
Odpowiedź
Nucleus.
Karta 10
Pytanie
Cell structure: smooth endoplasmic reticulum → primary function
Odpowiedź
Synthesizes lipids for membranes and other cell needs.
Karta 11
Pytanie
Which structure inside the nucleus produces ribosomal RNA and assembles ribosomal subunits?
Odpowiedź
Nucleolus.
Karta 12
Pytanie
Cell structure: Golgi apparatus → primary function
Odpowiedź
Modifies, sorts, and packages proteins and lipids for delivery to their destinations.
Karta 13
Pytanie
Which cellular structure translates messenger RNA into an amino acid chain?
Odpowiedź
Ribosome.
Karta 14
Pytanie
Cell structure: transport vesicle → primary function
Odpowiedź
Carries proteins and lipids between membrane-bound compartments or to the plasma membrane.
Karta 15
Pytanie
Which ribosome-studded membrane network folds and begins processing proteins for secretion or membranes?
Odpowiedź
Rough endoplasmic reticulum (rough ER).
Karta 16
Pytanie
Cell structure: mitochondrion → primary function
Odpowiedź
Generates ATP by converting energy from food molecules in many eukaryotic cells.
Karta 17
Pytanie
Which ribosome-free endoplasmic reticulum network synthesizes lipids for membranes and other cell needs?
Odpowiedź
Smooth endoplasmic reticulum (smooth ER).
Karta 18
Pytanie
Cell structure: lysosome → primary function
Odpowiedź
Breaks down and recycles macromolecules and worn cell parts with acidic enzymes, especially in animal cells.
Karta 19
Pytanie
Which eukaryotic organelle modifies, sorts, and packages proteins and lipids for delivery?
Odpowiedź
Golgi apparatus.
Karta 20
Pytanie
Cell structure: peroxisome → primary function
Odpowiedź
Breaks down fatty acids through oxidation and uses catalase to remove the resulting hydrogen peroxide.
Karta 21
Pytanie
Which small membrane-bound carrier moves protein or lipid cargo between cell compartments?
Odpowiedź
Transport vesicle.
Karta 22
Pytanie
Cell structure: cytoskeleton → primary function
Odpowiedź
Supports cell shape and organizes movement of the cell and its internal components.
Karta 23
Pytanie
Which organelle generates ATP by converting energy from food molecules in many plant and animal cells?
Odpowiedź
Mitochondrion.
Karta 24
Pytanie
Cell structure: microtubule → primary function
Odpowiedź
Forms rigid cytoskeletal tracks for organelle transport and helps build the mitotic spindle.
Karta 25
Pytanie
Which acidic, enzyme-filled organelle breaks down and recycles macromolecules and worn parts in many animal cells?
Odpowiedź
Lysosome.
Karta 26
Pytanie
Cell structure: microfilament (actin filament) → primary function
Odpowiedź
Drives cell-surface shape changes and contraction through thin actin-based fibers.
Karta 27
Pytanie
Which eukaryotic organelle oxidizes fatty acids and uses catalase to break down hydrogen peroxide?
Odpowiedź
Peroxisome.
Karta 28
Pytanie
Cell structure: intermediate filament → primary function
Odpowiedź
Provides tensile strength that helps many animal cells withstand mechanical stress.
Karta 29
Pytanie
Which network of protein filaments supports cell shape and organizes cell and organelle movement?
Odpowiedź
Cytoskeleton.
Karta 30
Pytanie
Cell structure: centrosome → primary function
Odpowiedź
Organizes microtubules in most animal cells, including those used to form the mitotic spindle.
Karta 31
Pytanie
Which rigid, hollow cytoskeletal filament serves as a track for organelle transport and helps form the mitotic spindle?
Odpowiedź
Microtubule.
Karta 32
Pytanie
Cell structure: centriole → primary function
Odpowiedź
Can become a basal body that anchors and organizes a cilium or flagellum in many animal cells.
Karta 33
Pytanie
Which thin actin-based cytoskeletal filament drives cell-surface shape changes and contraction?
Odpowiedź
Microfilament (actin filament).
Karta 34
Pytanie
Cell structure: cilium → primary function
Odpowiedź
Moves fluid or mucus across the surfaces of many animal tissues when motile.
Karta 35
Pytanie
Which rope-like cytoskeletal filament gives many animal cells tensile strength against mechanical stress?
Odpowiedź
Intermediate filament.
Karta 36
Pytanie
Cell structure: flagellum → primary function
Odpowiedź
Propels a eukaryotic cell through fluid, as in a sperm cell.
Karta 37
Pytanie
Which microtubule-organizing center in most animal cells helps arrange the mitotic spindle?
Odpowiedź
Centrosome.
Karta 38
Pytanie
Cell structure: cell wall → primary function
Odpowiedź
Provides rigid external support and resists internal turgor pressure in plant cells.
Karta 39
Pytanie
Which cylindrical microtubule structure can become the basal body that anchors a cilium or flagellum?
Odpowiedź
Centriole.
Karta 40
Pytanie
Cell structure: chloroplast → primary function
Odpowiedź
Carries out photosynthesis in photosynthetic plant cells, converting light energy into chemical energy stored in sugars.
Karta 41
Pytanie
Which short, often numerous eukaryotic surface projection beats to move fluid or mucus across many animal tissues?
Odpowiedź
Cilium.
Karta 42
Pytanie
Cell structure: central vacuole → primary function
Odpowiedź
Stores water and dissolved substances and helps maintain turgor pressure in many mature plant cells.
Karta 43
Pytanie
Which long eukaryotic surface projection usually occurs one or a few per cell and propels the whole cell through fluid?
Odpowiedź
Flagellum.
Karta 44
Pytanie
Cell structure: plasmodesma → primary function
Odpowiedź
Forms a channel through plant cell walls for direct transport and signaling between adjacent cells.
Karta 45
Pytanie
Which rigid layer outside a plant cell's plasma membrane supports the cell and resists turgor pressure?
Odpowiedź
Cell wall.
Karta 46
Pytanie
Which organelle converts light energy into chemical energy during photosynthesis in photosynthetic plant cells?
Odpowiedź
Chloroplast.
Karta 47
Pytanie
Which large organelle in many mature plant cells stores water and dissolved substances while supporting turgor pressure?
Odpowiedź
Central vacuole.
Karta 48
Pytanie
Which channel through a plant cell wall allows materials and signals to pass directly between adjacent cells?
Odpowiedź
Plasmodesma.
48 kart
Cell Organelle Flashcards: 24 Structures & Functions in Both Directions
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