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19 Cards in this Set

  • Front
  • Back

Golgi apparatus

finishes, sorts, labels, and ships proteins; uses vesicles

Endoplasmic Reticulum

completes proteins and makes membranes; two kinds: smooth makes membranes and lipids also detoxification and carbohydrate metab. rough works on proteins and has ribosomes.

vesicle

fuse with cell membrane and can be used to release or transports chemicals. goes along with exocytosis and endocytosis. exo has two others called phagocytosis and pinocytosis.

vacuole (plants)

mainly for storage. they stockpile proteins or inorganic ions. they also deposit metabolic byproducts, store pigments, store defensive compounds, and they are a selective membrane.

nucleus

controls the cell's activities and protects the DNA, which has the instructions for making proteins. contains the nucleolus and chromosomes.

nucleolus

makes ribosomes from RNA

ribosomes

they make protein. they have 2 subunits and can be free or bound to the endoplasmic reticulum. free ribosomes are suspended in cytosol and synthesize proteins that work in cytosol. bound


ribosomes are attached to the e.r. and synthesize proteins that are used to for export or membrane.

lysosomes

they digest food, clean up the cell, and recycle, also, lysosomes digest dead organelles. can go through apoptosis, basically cell suicide.

chromosomes

structures that are basically the instructions for proteins and such. made up of chromatin.

cell membrane

seperates cell from the outside, it controls what enters and leaves, it also recognizes chemical signals from other cells. it has a double layer of fat called the phospholipid bilayer.

cell wall

unlike the cell membrane, this is more for structure and rigidity to plants. it helps with the overexpansion of water. its found in plants, fungus, algae, and some bacteria.

cytoplasm

it's a jelly-like material that holds organelles in place

cytoskeleton

its a series of proteins that help with shape, support, and movement; has three main structural components: microfilaments, intermediate filaments, and microtubules.

centrioles

helps coordinate the cell and helps with cell mitosis

mitochondria

its function is celluar respiration and to generate ATP(stored energy); has 2 membranes: smooth outer membrane and highly folded inner called the cristae

chloroplasts

only found in plants, the chloroplasts are like the mitochondria, but they use sunlight to make their energy. they are plastids that store chlorophyll.

endosymbiosis theory

the theory that at one point both mitochondria and chloroplasts were once free living bacteria engulfed by a eukaryote

cilia and flagella

extensions to the cytoskeleton, cillia is numerous and short also its hair-like however flagella is 1/2 of the cell or longer and its whip-like

vacuole (animal)

they are transfer ships that can be used to help with phagocytosis in food vacuoles, they can pump water out of cells, and control turgor pressure