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23 Cards in this Set
- Front
- Back
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prokaryotic |
cell with no nucleus |
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eukaryotic |
cell with nucleus |
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cell wall |
covering that protects the cell |
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cell membrane |
the semipermeable membrane surrounding the cytoplasm of a cell |
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cytoplasm |
the material or protoplasm within a living cell, excluding the nucleus |
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ribosomes |
a minute particle consisting of RNA and associated proteins found in large numbers in the cytoplasm of living cells . |
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nuclues |
The positively charged central region of an atom, composed of one or more protons and (for all atoms except hydrogen) one or more neutrons, containing most of the mass of the atom. |
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plasmid |
a genetic structure in a cell that can replicate independently of the chromosomes, typically a small circular DNA strand in the cytoplasm of a bacterium or protozoan. |
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nuclear envelope |
is made up of two lipid bilayer membranes that in eukaryotic cells surrounds the nucleus . |
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nucleolus |
a small dense spherical structure in the nucleus of a cell during interphase. |
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chromatin |
the material of which the chromosomes of organisms other than bacteria (ex. eukaryotes) are composed. It consists of protein, RNA, and DNA |
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chromosome |
a threadlike structure of nucleic acids and protein found in the nucleus of most living cells, carrying genetic information in the form of genes. |
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ribosomes |
a minute particle consisting of RNA and associated proteins found in large numbers in the cytoplasm |
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Endoplasmic reticulum |
a network of membranous tubules within the cytoplasm of a eukaryotic cell |
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Microtubules |
major components of the cytoskeleton |
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microfilaments |
a small rodlike structure, about 4–7 nanometers in diameter, present in numbers in the cytoplasm of many eukaryotic cells |
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Vacuoles |
a membrane-bound cell organelle |
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Mitochondria |
is a double-membrane-bound organelle found in most eukaryotic organisms |
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Golgi apparatus |
an organelle found in most eukaryotic cells |
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Chloroplasts |
plant cell organelles that convert light energy into relatively stable chemical energy |
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Lysosomes |
membrane-enclosed organelles that contain an array of enzymes capable of breaking down all types of biological polymers—proteins, nucleic acids, carbohydrates, and lipids. |
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Back (Definition) |
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cilia |
a short microscopic hairlike vibrating structure found in large numbers on the surface of certain cells |
