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59 Cards in this Set
- Front
- Back
Gives the cell shape |
Cell membrane
Surrounds the cell |
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Holds the cytoplasm
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Cell membrane
Surrounds the cell |
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Helps control what moves into the cell
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Cell membrane
Surrounds the cell |
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Helps control what moves out of the cell
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Cell membrane
Surrounds the cell |
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Controls most of the cell's activities
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Nucleus
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Determines how proteins will be made
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Nucleus
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Determines when proteins will be made
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Nucleus
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Passes traits from parents to offspring
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Nucleus
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Separates the nucleus from the rest of the cell
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Nuclear membrane
Surrounds the nucleus |
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Helps make ribosomes
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Nucleolus
Inside the nucleus |
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Determine what traits a living thing will have
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Chromosomes
Inside the nucleus |
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Makes up most of the cell
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Cytoplasm
Between the cell membrane and the nucleus |
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Help move material around inside the cell
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Network of canals
Contained in the cytoplasm |
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Connect the nuclear membrane and the cell membrane
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Network of canals
Contained in the cytoplasm |
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Where proteins are made
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Ribosomes
In the cytoplasm |
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Package and store chemicals to be released from the cell
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Packaging structures
In the cytoplasm |
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Produce energy from food that has been digested
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Mitochondria
In the cytoplasm |
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Chemicals made in these break down large molecules
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Sacs that contain digestive chemicals
In the cytoplasm |
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Chemicals made in these get rid of disease-causing bacteria that enter the cell
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Sacs that contain digestive chemicals
In the cytoplasm |
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Chemicals made in these destroy worn-out cell parts
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Sacs that contain digestive chemicals
In the cytoplasm |
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Chemicals made in these form products that can be used again
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Sacs that contain digestive chemicals
In the cytoplasm |
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Stores food
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Vacuoles
Within the cytoplasm |
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Stores water
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Vacuoles
Within the cytoplasm |
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Stores minerals
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Vacuoles
Within the cytoplasm |
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Store wastes until the cell is ready to get rid of them
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Vacuoles
Within the cytoplasm |
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The fluid inside these helps to support a plant
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Vacuoles
Within the cytoplasm |
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Help with cell reproduction
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Centrioles
Within the cytoplasm, located near the nucleus in animals cells but not in plant cells |
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Contain chlorophyll, which traps energy from the sun
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Chloroplasts
In the cytoplasm |
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Give plants their green color
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Chloroplasts
In the cytoplasm |
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Protects the cell
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Cell wall
Outside the cell membrane |
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Supports the cell
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Cell wall
Outside the cell membrane |
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extremely thin, rather fluid membrane
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plasma membrane
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Plants specifically use this for storage
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Plastids
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Plant's cell walls are composed of ________ .
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cellulose
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fungal cell walls are made of ________.
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chitin
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Made up of:
1. Thin microfilaments 2. Medium-sized intermediate filaments 3. Thick microtubules |
Cytoskeleton.
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Maintains and changes cell shape
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Cytoskeleton
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Facilitates cell division
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cytoskeleton
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Which cell is larger? Eukaryotic or Prokaryotic
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Eukaryotic
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Slender extensions of the plasma membrane supported by microtubules
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Cilia and Flagella
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3 Parts of Eukaryotic cell
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1. Nuclear Envelope
2. Chromatin 3. Nucleolus |
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isolates the nucleus from the rest of the cell
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Nuclear envelope
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consists of DNA and proteins
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Chromatin
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contain genes
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chromosomes
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Site of ribosomes synthesis
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Nucleolus
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small particle composed of ribosomal RNA and proteins
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ribosome
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membrane sacs that move membrane and specialized contents
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vesicles
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series of interconnected membrane s that form a labyrinth of flattened sacs and channels
typically makes up at leat 50% of total membrane of cell |
Endoplasmic Reticulum
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contains nuclear and plasma membranes
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cell membrane
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produces lipids, detoxifies drugs, breakdown glycogen, synthesize lipids.
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Smooth endoplasmic reticulum
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studded with ribosomes, produces proteins
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Rough Endoplasmic reticulum
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modifies some molecules, synthesizes some polysaccharides,
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Golgi apparatus
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sorts various proteins and lipids, packages and finished molecules
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Golgi apparatus
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contents of vesicles transported outside of cell.
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exocytosis
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cellular eating
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phagocytosis
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cells digestive system
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lysosomes
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water regulation, support, and storage
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vacuole
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capture energy stored in sugar
all Eukaryotic cells have this |
mitochondria
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The thought that mitochondria and chloroplasts evolved from prokaryotic bacteria
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Endosymbiotic Hypothesis
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