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AP Bio - Cell Intro
Mrs. Welch's class; Mader Ch. 4
| Question | Answer |
|---|---|
| rod-shaped bacteria | Bacillus |
| spherical-shaped bacteria | Coccus |
| spiral-shaped bacteria | Spirilla |
| bacteria that live in extreme habitats | Archaea |
| elongated, hollow appendage used to transfer DNA to other bacteria cells | sex pilus |
| hairlike adhesions that allow bacteria to adhere to surfaces | fimbriae |
| a long rotating filament in some bacteria that propels it forward; a whiplike tail | flagellum |
| cell membrane fold in a bacteria that increases surface area | mesosome |
| cell membrane fold in a bacteria that increases surface area | mesosome |
| gel-like polysaccharide coating on the outside of a bacteria cell | glycocalyx |
| stored nutrients for later use in a bacteria cell | inclusion body |
| circular, extrachromosomal DNA in a bacteria cell | plasmid |
| organelle that stores and protects DNA | nucleus |
| dense region of the nucleus that makes ribosomes | nucleolus |
| structural polysaccharide in the cell wall | cellulose |
| organelle that is a network of membranes that aid in the production of proteins | rough endoplasmic reticulum |
| organelle that is a network of membranes that aid in the production of lipids | smooth endoplasmic reticulum |
| organelle that deals with the detoxification of drugs | smooth endoplasmic reticulum |
| organelle that links amino acids to make proteins | ribosome |
| only "organelle" that is found in plants, animals, and bacteria | ribosome |
| organelle that modifies, packages, sorts, and transports proteins | Golgi apparatus |
| side of the Golgi apparatus where the vesicles enter, near the ER | cis face |
| side of the Golgi appartus where the vesicles leave, near the cell membrane | trans face |
| organelle that is the site of cellular respiration | mitochondrion |
| organelle that breaks down cellular waste and transports it back to the cytoplasm | lysosome |
| organelle that is made of 9 microtubule triplets arranged in a ring | centriole |
| organelle that duplicates and migrates during cell division, helping to reduce errors | centrioles |
| organelle that is a single membrane bound sac used for storage | vacuole |
| organelle that is controls turgor pressure in plant cells | central vacuole |
| scientist who stated that all cells come from other cells | Virchow |
| scientist who stated that all animals are made of cells | Schwann |
| scientist who stated that all plants are made of cells | Schleiden |
| scientist who identified and named cells | Hooke |
| scientist who made better lenses and saw living cells in pond water | Leeuwenhoek |
| scientist who identified the nucleus | Brown |
| semifluid matrix outside the nucleus that contains the organelles | cytoplasm |
| organelle that converts hydrogen perioxide to water | perioxisome |
| a stack of chlorophyll-containing thylakoids in the chloroplast | granum |
| organelle that is the site of photosynthesis | chloroplast |
| organelle that consists of protein fibers that maintain cell shape and assist movement of cell parts | cytoskeleton |
| microscope that uses light to see a specimen, has low resolution | compound light microscope |
| microscope that uses electrons to scan the surface of a specimen | scanning electron microscope |
| microscope that uses electrons to pass through a specimen and view the interior | transmission electron microscope |
| microscope that uses a laser beam to scan the specimen and create a digital image | confocal microscope |
| smallest fiber in the cytoskeleton, 7-8 nm diameter | actin filaments |
| medium fiber in the cytoskeleton, 10 nm in diameter | intermediate filaments |
| thickest fiber in the cytoskeleton, 25 nm in diameter | microtubules |
| cytoskeleton part that functions in movement of amoebas and muscles contractions | actin filaments |
| cytoskeleton part that gives strength and structure, like using keratin in hair and nails | intermediate filaments |
| cytoskeleton part made of 13 rows of tubulin dimers | microtubules |
| plant poison that blocks the assembly of microtubules by binding tubulin | colchicine |
| microscope that can be used to view large specimens and not individual cells | stereoscopic microscope |
| attempts to explain the origin of mitochondria and chloroplasts | endosymbiotic theory |
| cytoskeleton components from smallest to largest diameters | actin filaments, intermediate filaments, microtubules |
| why all cells are small | large surface-to-volume ratio |