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Zhong_Krystle_block2_MM2 (PROKARYOTES (Plasma membrane (membrane that…
Zhong_Krystle_block2_MM2
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EUKARYOTES
Animal Cell
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Peroxisome
organelle specializing in metabolic functions+produces hydrogen peroxide to break down toxins and bad stuff
Golgi apparatus
synthesizes, sorts, and secretes cell products
Cytoskeleton
holds cell's shape, helps in cell movement; made of proteins
intermediate filaments
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functions: resist cell shape stretching and compression, forms nuclear lamina, anchors nuclear envelop, supports cell to cell cohesion
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microtubules
functions: resist cell shape compression, moves chromasomes in cell division, aids organelle movement, provide cell motility via cilia+flagella
motor proteins= axonemal dyenein, cytoplasmic dyenein, kinesin
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microfilaments
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functions: resist stretch of cell, facilitate cell shape change, cell motility via pseudopods, cleavage in cell division, muscle contraction
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Nucleus
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nucleolus
nonmembranous membrane bound compartment that helps in producing ribosomes; nucleus usually have 1 or 2
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Plant Cell
Cell wall
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made of cellulose+other polysacchrides, protein
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Central vacuole
functions as storage, breaks down waste, hydrolizes macromolecules, vacuole size grow=plant growth
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Nucleus
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nucleolus
nonmembranous membrane bound compartment that helps in producing ribosomes; nucleus usually have 1 or 2
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Golgi apparatus
synthesizes, sorts, and secretes cell products
-
Peroxisome
organelle specializing in metabolic functions+produces hydrogen peroxide to break down toxins and bad stuff
-
Cytoskeleton
holds cell's shape, helps in cell movement; made of proteins
intermediate filaments
-
functions: resist cell shape stretching and compression, forms nuclear lamina, anchors nuclear envelop, supports cell to cell cohesion
-
microtubules
functions: resist cell shape compression, moves chromasomes in cell division, aids organelle movement, provide cell motility via cilia+flagella
motor proteins= axonemal dyenein, cytoplasmic dyenein, kinesin
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microfilaments
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functions: resist stretch of cell, facilitate cell shape change, cell motility via pseudopods, cleavage in cell division, muscle contraction
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