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Cell structure organelle cards
- 1. ANIMAL CELL ANIMAL CELL ANIMALCELL ANIMAL CELL
- 2. PLANT CELL PLANT CELL PLANTCELL PLANT CELL
- 3.
- 4. Structure: Network ofprotein filaments and tubules Function: Transports organelles within cell; maintains cell shape; basis for flagella/ cilia; connects adjacent cells Plants and animals have them Structure: Network of protein filaments and tubules Function: Transports organelles within cell; maintains cell shape; basis for flagella/ cilia; connects adjacent cells Plants and animals have them Structure: Network of protein filaments and tubules Function: Transports organelles within cell; maintains cell shape; basis for flagella/ cilia; connects adjacent cells Plants and animals have them Structure: Network of protein filaments and tubules Function: Transports organelles within cell; maintains cell shape; basis for flagella/ cilia; connects adjacent cells Plants and animals have them
- 5.
- 6. Structure: Stacks offlat, membranous sacs Function: Packages materials to be secreted; produces lysosomes Plants and animals have them Structure: Stacks of flat, membranous sacs Function: Packages materials to be secreted; produces lysosomes Plants and animals have them Structure: Stacks of flat, membranous sacs Function: Packages materials to be secreted; produces lysosomes Plants and animals have them Structure: Stacks of flat, membranous sacs Function: Packages materials to be secreted; produces lysosomes Plants and animals have them
- 7.
- 8. Structure: Sac containingdigestive enzymes; surrounded by a single membrane Function: Dismantles and recycles components of food, debris, captured bacteria, and worn out organelles Plants rarely have them Animals have them Structure: Sac containing digestive enzymes; surrounded by a single membrane Function: Dismantles and recycles components of food, debris, captured bacteria, and worn out organelles Plants rarely have them Animals have them Structure: Sac containing digestive enzymes; surrounded by a single membrane Function: Dismantles and recycles components of food, debris, captured bacteria, and worn out organelles Plants rarely have them Animals have them Structure: Sac containing digestive enzymes; surrounded by a single membrane Function: Dismantles and recycles components of food, debris, captured bacteria, and worn out organelles Plants rarely have them Animals have them
- 9.
- 10. Structure: Two membranes;inner membrane is folded into enzyme- studded cristae; contains DNA and ribosomes Function: Releases energy from food by cellular respiration Plants and animals have them Structure: Two membranes; inner membrane is folded into enzyme- studded cristae; contains DNA and ribosomes Function: Releases energy from food by cellular respiration Plants and animals have them Structure: Two membranes; inner membrane is folded into enzyme- studded cristae; contains DNA and ribosomes Function: Releases energy from food by cellular respiration Plants and animals have them Structure: Two membranes; inner membrane is folded into enzyme- studded cristae; contains DNA and ribosomes Function: Releases energy from food by cellular respiration Plants and animals have them
- 11.
- 12. Structure: Perforated saccontaining DNA, proteins, and RNA; surrounded by double membrane Function: Separates DNA from the rest of the cell; site of the first step in protein synthesis; produces ribosomal subunits Plants and animals have them Structure: Perforated sac containing DNA, proteins, and RNA; surrounded by double membrane Function: Separates DNA from the rest of the cell; site of the first step in protein synthesis; produces ribosomal subunits Plants and animals have them Structure: Perforated sac containing DNA, proteins, and RNA; surrounded by double membrane Function: Separates DNA from the rest of the cell; site of the first step in protein synthesis; produces ribosomal subunits Plants and animals have them Structure: Perforated sac containing DNA, proteins, and RNA; surrounded by double membrane Function: Separates DNA from the rest of the cell; site of the first step in protein synthesis; produces ribosomal subunits Plants and animals have them
- 13.
- 14. Structure: Sac containingenzymes, often forming visible protein crystals; surrounded by single membrane Function: Disposes of toxins; breaks down fatty acids; eliminates hydrogen peroxides Plants and animals have them Structure: Sac containing enzymes, often forming visible protein crystals; surrounded by single membrane Function: Disposes of toxins; breaks down fatty acids; eliminates hydrogen peroxides Plants and animals have them Structure: Sac containing enzymes, often forming visible protein crystals; surrounded by single membrane Function: Disposes of toxins; breaks down fatty acids; eliminates hydrogen peroxides Plants and animals have them Structure: Sac containing enzymes, often forming visible protein crystals; surrounded by single membrane Function: Disposes of toxins; breaks down fatty acids; eliminates hydrogen peroxides Plants and animals have them
- 15.
- 16. Structure: Two globularsubunits composed of RNA and protein Function: Location of protein synthesis Plants and animals have them Structure: Two globular subunits composed of RNA and protein Function: Location of protein synthesis Plants and animals have them Structure: Two globular subunits composed of RNA and protein Function: Location of protein synthesis Plants and animals have them Structure: Two globular subunits composed of RNA and protein Function: Location of protein synthesis Plants and animals have them
- 17. ROUGH ENDOPLASMIC RETICULUM ROUGH ENDOPLASMIC RETICULUM ROUGHENDOPLASMIC RETICULUM ROUGH ENDOPLASMIC RETICULUM
- 18. Structure: Membrane network studdedwith ribosomes Function: produces proteins destined for secretion from the cell Plants and animals have them Structure: Membrane network studded with ribosomes Function: produces proteins destined for secretion from the cell Plants and animals have them Structure: Membrane network studded with ribosomes Function: produces proteins destined for secretion from the cell Plants and animals have them Structure: Membrane network studded with ribosomes Function: produces proteins destined for secretion from the cell Plants and animals have them
- 19. SMOOTH ENDOPLASMIC RETICULUM SMOOTH ENDOPLASMIC RETICULUM SMOOTHENDOPLASMIC RETICULUM SMOOTH ENDOPLASMIC RETICULUM
- 20. Structure: Membrane network withoutribosomes Function: involved in phospholipid synthesis; molecules destined for secretion from the cell pass through Plants and animals have them Structure: Membrane network without ribosomes Function: involved in phospholipid synthesis; molecules destined for secretion from the cell pass through Plants and animals have them Structure: Membrane network without ribosomes Function: involved in phospholipid synthesis; molecules destined for secretion from the cell pass through Plants and animals have them Structure: Membrane network without ribosomes Function: involved in phospholipid synthesis; molecules destined for secretion from the cell pass through Plants and animals have them
- 21.
- 22. Structure: Sac containingenzymes, acids, water-soluble pigments, and other solutes; surrounded by single membrane Function: Produces turgor pressure; recycles cell contents, contains pigments Plants have them Animals do not have them Structure: Sac containing enzymes, acids, water-soluble pigments, and other solutes; surrounded by single membrane Function: Produces turgor pressure; recycles cell contents, contains pigments Plants have them Animals do not have them Structure: Sac containing enzymes, acids, water-soluble pigments, and other solutes; surrounded by single membrane Function: Produces turgor pressure; recycles cell contents, contains pigments Plants have them Animals do not have them Structure: Sac containing enzymes, acids, water-soluble pigments, and other solutes; surrounded by single membrane Function: Produces turgor pressure; recycles cell contents, contains pigments Plants have them Animals do not have them
- 23.
- 24. Structure: Two membranesenclosing stacks of membrane sacs, which contain photosynthetic pigments and enzymes; contains DNA and ribosomes Function: Produces food (glucose) by photosynthesis Plants have them Animals do not have them Structure: Two membranes enclosing stacks of membrane sacs, which contain photosynthetic pigments and enzymes; contains DNA and ribosomes Function: Produces food (glucose) by photosynthesis Plants have them Animals do not have them Structure: Two membranes enclosing stacks of membrane sacs, which contain photosynthetic pigments and enzymes; contains DNA and ribosomes Function: Produces food (glucose) by photosynthesis Plants have them Animals do not have them Structure: Two membranes enclosing stacks of membrane sacs, which contain photosynthetic pigments and enzymes; contains DNA and ribosomes Function: Produces food (glucose) by photosynthesis Plants have them Animals do not have them
- 25. CELL WALL CELL WALL CELLWALL CELL WALL
- 26. Structure: Porous barrierof cellulose and other substances (in plants) Function: Protects cell; provides shape; connects adjacent cells Plants have them Animals do not have them Structure: Porous barrier of cellulose and other substances (in plants) Function: Protects cell; provides shape; connects adjacent cells Plants have them Animals do not have them Structure: Porous barrier of cellulose and other substances (in plants) Function: Protects cell; provides shape; connects adjacent cells Plants have them Animals do not have them Structure: Porous barrier of cellulose and other substances (in plants) Function: Protects cell; provides shape; connects adjacent cells Plants have them Animals do not have them